Способ уничтожения патогенных микроорганизмов и связанных с ними частиц в системе вентиляции здания и система вентиляции здания

Группа изобретений относится к очистке и дезинфекции систем вентиляции зданий, а также к системам вентиляции зданий. Способ характеризуется тем, что закрывают герметично вентиляционные решетки в вентилируемых помещениях здания и подают средство уничтожения в воздушный канал системы под давлением через его нижнее отверстие. В качестве средства используют движущийся под давлением снизу вверх поток горячего восходящего воздуха, которым нагревают воздушный канал, части системы вентиляции и содержащиеся в воздушном канале патогенные микроорганизмы до температуры распада микроорганизмов. Распад микроорганизмов проводят путем высушивания горячим воздухом и давлением потока воздуха, восходящего снизу вверх. Процесс распада микроорганизмов и частиц осуществляют до момента превращения продукта распада в безопасную летучую смесь, которую потоком горячего воздуха под давлением снизу и всасыванием смеси сверху удаляют из воздушного канала. Система вентиляции здания содержит воздушный канал с воздухозаборным ...

СПОСОБ НАГРЕВА ГАЗА В УСТАНОВКЕ РЕДУЦИРОВАНИЯ

Группа изобретений относится к энергетическому машиностроению, в частности к установка редуцирования давления природного газа с преобразователем энергии перепада давления в теплоту, и применяется в области газораспределения и газоснабжения для утилизации энергии потока сжатого природного газа на газораспределительных станциях при редуцировании природного газа перед подачей его потребителям. Установка редуцирования содержит несколько турбонагревателей, состоящих из турбины детандера и преобразователя энергии вращения турбины в тепловую энергию, электрическую или гидроэнергию, размещенных на одном валу и расположенных в одном корпусе, которые соединяются последовательно и параллельно посредством системы трубопроводов. Установка редуцирования дополнительно содержит блок управления, датчики давления и температуры, датчики скорости, регулирующие запорные клапана с управляемыми приводами от блока управления. В турбонагревателе может быть расположен нагреватель аэродинамического нагрева, индукционного ...

ЭЛЕКТРОННАЯ СИСТЕМА ВИХРЕВОГО ИНДУКЦИОННОГО ПОДОГРЕВА ВОЗДУШНОГО ЗАРЯДА ДИЗЕЛЕЙ ТИПА В-2 В УСЛОВИЯХ НИЗКИХ ТЕМПЕРАТУР

Полезная модель относится к машиностроению, а именно к двигателестроению, и может быть использована для облегчения пуска дизелей типа В-2 бронетанковой военной техники в условиях низких температур.Предлагаемая электронная система вихревого индукционного подогрева воздушного заряда содержит:штатные аккумуляторные батареи 1, блок индуктора 2, вихревую камеру 3, электронный блок управления 4, электровентилятор 5, датчик температуры охлаждающей жидкости 6, датчик температуры воздуха во впускном коллекторе 7, трубопровод охлаждающей жидкости 8; дополнительный соединительный канал впускных коллекторов 9, правый воздушный коллектор 10, правый полублок двигателя 11, заслонку в дополнительном соединительном канале впускных коллекторов с исполнительным механизмом 12, генераторную установку 13, левый воздушный коллектор 14, левый полублок двигателя 15, компрессор 17, турбину 18.Сущность предложенияВ условиях низких температур данная система позволяет подогреть воздушный заряд во впускном коллекторе ...

УНИВЕРСАЛЬНОЕ ОБОГРЕВАЮЩЕЕ УСТРОЙСТВО ДЛЯ ЗАМКНУТЫХ ОБЪЕМОВ С АВТОНОМНЫМ ЭЛЕКТРИЧЕСКИМ ПИТАНИЕМ

Полезная модель относится к области машиностроения, преимущественно для автомобилей многоцелевого назначения, а также гусеничных машин, в качестве автономного обогревателя для замкнутых объемов. Универсальное обогревающее устройство для замкнутых объемов с автономным электрическим питанием, содержащее автономное теплопередающее устройство с металлическим профилем, жестко укрепленным на выхлопном патрубке квадратного сечения с помощью муфты с диаметром, равным внутреннему диаметру патрубка, n модулей термоэлектрических генераторных, кожух охлаждения, параметры которого больше параметров металлического профиля, снабженный гофрированным воздуховодом, подведенным к автономному теплопередающему устройству, дополнительно введены электронный блок управления, датчик температуры воздуха, реле напряжения, регулятор напряжения, дисплей, при этом вход электронного блока управления соединен с датчиком температуры воздуха и регулятором напряжения, а выход выведен на вход реле напряжения и дисплей, выход ...

Агрегат тепловентиляционный

Полезная модель имеет изобретательский уровень, промышленно применима. Относится к теплоэнергетике, изделию: с теплообменными аппаратами, несколькими теплоносителями, не контактирующими между собой; с воздухонагревом, имеющим принудительную циркуляцию воздуха; устройству для сжигания с использованием жидкого газообразного топлива в камере сгорания. В частности, к вентиляции и отоплению за счет атмосферного нагреваемого воздуха в ангарах и быстровозводимых блочно-модульных конструкциях для предпускового отопления и вентиляции блока газотурбинного двигателя, подачи нагретого воздуха для противообледенительной системы воздухоочистительного устройства. Агрегат тепловентиляционный работает за счет основного контура, теплоносителя воды и этиленгликоля, который, в свою очередь, питается от основной котельной, расположенной в местной инфраструктуре. Агрегат представляет собой металлический блок-бокс. Основными модульными элементами заводского комплектования внутреннего наполнения являются: вентиляторы ...

ТЕПЛОУТИЛИЗАЦИОННАЯ УСТАНОВКА

Теплоутилизационная установка относится к сельскому хозяйству, а именно к теплоутилизаторам для обеспечения микроклимата на животноводческих фермах. Установка содержит приточный и вытяжной вентиляторы, полимерный теплообменник, рециркуляционный канал с расположенной в нем воздушной заслонкой, смонтированной на полом валу, при этом весь контур заслонки оснащен греющим электрическим кабелем, который обогнув заслонку, входит в полость вала и выходит за пределы рециркуляционного канала. Изобретение направлено на повышение надежности теплоутилизационной установки, в том числе при эксплуатации в условиях отрицательных температур. 2 ил.

СПОСОБ ПОДОГРЕВА ШАХТНОГО ВЕНТИЛЯЦИОННОГО ВОЗДУХА И УСТРОЙСТВО ДЛЯ ЕГО ОСУЩЕСТВЛЕНИЯ

... 1. Способ подогрева шахтного вентиляционного воздуха, включающий нагрев атмосферного воздуха дымовыми газами, поступающими из камеры сгорания топлива через выходной газоход и камеру догорания топлива, подачу его в шахту через вентиляционную систему, отличающийся тем, что в поток вентиляционного воздуха, непосредственно во всасывающий канал шахтного вентилятора главного проветривания, дозированно подают присадку горячего воздуха, в камере сгорания используют вторичное дутье, вторичный воздух подогревают в конвективной рубашке боковых стенок камеры сгорания, а в выходном газоходе используют поддув холодного воздуха, который направляют вверх под углом не менее 45°. ! 2. Способ по п.1, отличающийся тем, что в камере сгорания топлива используют комбинированное сжигание топлива. ! 3. Устройство для подогрева шахтного вентиляционного воздуха, содержащее камеру сгорания топлива с боковыми, фронтальной и отбойной стенками и потолочной частью, воздухоподогреватель, воздухораспределительное устройство ...

Space heaters

A catalytic or infra-red radiation space heater comprises a casing having on its front surface an area 4 for the transmission of heat energy to surrounding air and on its interior a gas burner 6 to produce heat energy, and a fan 8 to deviate said air, the fan 8 being located externally of the casing and actuable independently from the burner. ...

RADIALGEBLASE MIT EINEM HEIZREGISTER

Ducted Campfire heater

Ducted Camp Heater The Ducted Camp Heater is a steel chamber designed to utilise the natural heat from a camp fire and convert it into a usable heating source. The heater uses an l2volt electric blower to force air around an air tight cavity, getting heated by the fire then delivering it via 100mm flexi duct to a tent, camper or caravan. The temperature is controlled by a digital thermostat mounted inside the tent, camper or caravan. The heater is designed with a lid to extend the heating process throughout the night and has extension legs to elevate the lid and protect the fire in wet weather conditions.

DEVICE AND COLLECTIVE HEATING INDIVIDUAL

Individual heater device (1) that generates a microclimate between the skin and the layer of clothing of a user such that the body is warmed and the clothing dried, which comprises an interior chamber (A), a generator unit (B) that produces warm air that comprises a motor (C) that actuates a turbine (D) that generates air, the flow of air from this turbine being directed towards an electrical resistance element (E), and it further comprises a casing (120) that contains said generator unit (B), an internal chamber (G) for distribution of the warm air coming from the generator unit (B) and it comprises a plurality of outlet ducts (130) for the warm air towards the exterior. Collective heater device (100) that comprises a gas-powered industrial heater (F), a motor (C) that actuates a turbine (D) that generates air, the flow of air from the turbine being directed towards a heat exchanger (E), wherein the collective heater device further comprises a casing (10') that contains an internal chamber ...

METHOD AND DEVICE FOR ERECTING A TOWER FOR A WIND ENERGY PLANT

The invention relates to a lifting device, in particular a crossbeam, for lifting a first tower segment of a concrete tower of a wind energy plant by means of a crane, comprising at least one securing means for securing the tower segment to the lifting device and at least one release device for releasing a connection between the lifting device and the tower segment.

FORCED AIR HEATER

A forced air heater is provided that includes: a heating element; a heat sink mounted on the heating element; and an air mover directing air towards the heating element such that the directed air provides impinged airflow in relation to the heating element. There is also provided a heater that includes a temperature sensing device, the temperature sensing device includes: a sensing plate mounted on a metallic component in the environment to be heated; and an electrical contact connected to the sensing plate, wherein the electrical contact is thermally coupled with the metallic component via the sensing plate. There is further provided a method of controlling a heater that includes a temperature sensing device that it is thermally connected to a solid component in the environment to be heated.

Verfahren zur Erwärmung von Druckluft.

Verfahren zum Betrieb von Gaserhitzern.

Soufflante transportable

For the establishment of the tower of the wind power generator method and apparatus

Heating appliance structure for premises

... a) Structure d'appareil de chauffage pour des locaux, b) Structure caractérisée en ce qu'elle comporte des moyens (7) de déviation des molécules d'air transportant l'énergie thermique, associés au boîtier et pouvant être mis en service indépendamment du dispositif de production de l'énergie thermique (6).

Using decay heat from nuclear waste for space heating - by causing air to flow naturally over heat exchanger contg. waste and diverting required hot air to heating system

Multistage centrifugal compressor hot air generator - includes superheater with adjustable bladed sections and baffle sections

MOVABLE SOLAR HEAT BLOWER FOR LEISURE, INCLUDING SOLAR HEAT COLLECTION UNIT

The present invention relates to a solar heat blower for leisure, including a solar heat collection unit. The solar heat blower for leisure is convenient to be moved by a handle and a wheel in cold in a winter season. The solar heat blower for leisure includes the handle and the wheel without an additional heating facility to block the cold in climbing in the winter or outdoors such as a tent or an outdoor military camp. A horizontal rod or a pipe-shaped foldable holder is installed in a hinge form at the left and right of the upper end in the outdoors and can be used by being fixed into the ground. The movable solar heat blower for leisure is used as the movable solar heat blower for leisure including the solar heat collection unit or the movable solar heat blower for leisure can be used to dry food by blowing hot air of 30-70°C as a hose engaged with a hot air blowing unit is connected to the lower part of a solar heat food drier heat collection unit. Also, the solar heat blower for leisure ...

Methods and apparatus for ductlessly distributing and circulating heated air from a gas-fired heater to heat large volumes of air in industrial facilities

An apparatus for ductlessly distributing and circulating heated air from a gas-fired heater to heat large volumes of air in industrial facilities and the like includes an upstanding structure which defines a vertically extending chamber. Openings are provided in lower and upper portions of the structure and communicate the chamber with lower and upper strata of ambient air. A blower assembly is housed within the structure intermediate the lower and upper openings. A gas-fired heater is carried by the structure externally of the chamber. Heated air from the gas-fired heater unit discharges into the chamber at a location between the lower and upper openings and combines with air being circulated by the blower in an upwardly directed flow through the chamber. The lower and upper openings are arranged such that air from the lower strata is drawn toward the lower openings, and such that air discharging from the upper openings into the upper strata moves outwardly toward the walls of the room ...

Heating chamber system and method for insect extermination

A heating chamber system for heat-treating items infested by insects, and methods for manufacturing and using same. The heating chamber system includes an enclosed heating chamber; a bottom portion defining a portion of the enclosed heating chamber and includes a floor skirt and a floor; a top portion defining a portion of the enclosed heating chamber and including a plurality of sidewalls and a roof; and a collapsible architecture configured to support the top portion.

Теплоэнергетический комплекс для теплоснабжения горных выработок и помещений большого объема и способ

Теплоэнергетический комплекс для теплоснабжения горных выработок и помещений большого объема и способ относятся к системам теплоснабжения различных объектов как наземного, так и подземного назначения и предназначены для получения тепловой энергии (горячего воздуха) и подачи. Техническим результатом заявляемого изобретения в части устройства и способа является повышение эффективности и безопасности работы комплекса за счет новой схемы подачи топочного дутья и применения модифицированной системы многоступенчатой очистки дымовых газов. Заявляемый теплоэнергетический комплекс включает в себя систему топливоподачи, систему золошлакоудаления, систему автоматизированного управления и воздухонагревательную установку. В свою очередь, воздухонагревательная установка включает в себя по крайней мере одну камеру сгорания с подведенными к ней системой топочного дутья и системой вторичного дутья. Теплоэнергетический комплекс обеспечивает получение и дозированную подачу горячего воздуха для теплоснабжения ...

Двухпоточная нефутерованная топка

Изобретение относится к топочным устройствам сушильных и нагревательных печей, работающих на газообразном топливе. Двухпоточная нефутерованная топка содержит корпус и коаксиально установленную в нем камеру сгорания с образованием зазора между ними, раструб и конфузор с торцов корпуса, горелочный узел, выполненный в виде установленной на входе в камеру сгорания диафрагмы с отверстиями для размещения за ними газовых горелок, вдоль периметра диафрагмы установлены поворотные заслонки, взрывной клапан, установленный на верхней грани корпуса. Топка снабжена дополнительным патрубком отбора теплоносителя, установленным на верхней грани корпуса и заключенным в воздухоохлаждаемую рубашку. Дополнительный патрубок снабжен сопловыми элементами, а в зазоре между корпусом и камерой сгорания в зоне установки патрубков взрывного клапана и дополнительного патрубка отбора теплоносителя установлен защитный экран, который имеет выпуск под верхней гранью конфузора. Изобретение позволяет обеспечить второй полноценный ...

Комплексный коррозионноустойчивый воздухоподогреватель

Изобретение относится к теплоэнергетике, а именно к хвостовому оборудованию котельных установок, и может быть использовано в процессах очистки дымовых газов от вредных примесей и утилизации их тепла. В корпусе комплексного коррозионноустойчивого воздухоподогревателя по ходу газа расположен воздухоподогреватель–электрогенератор, внутри которого устроены продольные вертикальные гофрированные перегородки с горизонтальными гофрами, термоэмиссионные элементы соединены в ряды, устроенные таким образом, что верхние и нижние спаи нескольких параллельных рядов каждого термоэмиссионного элемента соединены между собой параллельно секционными коллекторами, представляющими собой пластины, выполненные из металла с высокой электропроводностью, покрытые снаружи слоем материала–диэлектрика, в отверстия которых вставлены верхние и нижние спаи термоэмиссионных элементов, образуя вышеупомянутые теплоэлектрические секции, нижние крайние секционные коллекторы каждой пары теплоэлектрических секций соединены между ...

НАСАДКА НА РАДИАТОР ОТОПЛЕНИЯ

Полезная модель относится к системе отопления, а именно к устройствам для оптимизации системы отопления с водяным или паровым отопителем. Насадка на радиатор отопления, содержащая вентилятор, кожух и элемент крепления к радиатору отопления. Кожух представляет собой корпус, выполненный закругленным в верхней части и расширяющимся книзу, на передней стороне кожуха имеется отверстие для размещения вентилятора, задняя сторона кожуха в верхней части выполнена зауженной, кожух имеет нижнюю часть, выполненную расширенной, которой кожух надевается на элемент крепления. Элемент крепления выполнен в форме прямоугольной трубы, от которой вниз отходят опоры, представляя в сечении П-образную форму, нижняя часть кожуха выполнена размером больше, чем трубчатая часть элемента крепления, и имеет внутри ступенчатый переход, направление вращения винта вентилятора обеспечивает движение воздуха снаружи внутрь радиатора. Техническим результатом является равномерный прогрев помещения благодаря выполнению конструкции ...

ТЕПЛОГЕНЕРАТОР НА СОЛОМЕ

Полезная модель относится к области теплоэнергетики, в частности к устройствам, предназначенным для выработки тепловой энергии за счет сжигания органического топлива, а именно соломы, и применяется для обогрева помещений. Теплогенератор на соломе состоит из полого корпуса в форме прямоугольного параллелепипеда с выпускными патрубками в верхней части для выхода горячего воздуха, дымоходом, дутьевыми вентиляторами, с дверцей на стенке и ящиком для золы, к боковой стенке присоединена электрическая панель управления режимом работы устройства, внутри корпуса расположены вертикально ориентированная камера сгорания и теплообменник, состоящий из вертикально ориентированного воздуховода, основной горизонтально ориентированной трубы, распределительной коробки, горизонтально ориентированных вторичных труб и выпускной коробки, внутри корпуса на уровне воздуховода теплообменника с двух сторон расположены дефлекторы, а также к корпусу с трех сторон прикреплены вентиляторы для забора воздуха для горения ...

Verbesserungen in oder in bezug auf transportable Windmaschinen

ANLAGE ZUR KRAFT-WÄRME-KOPPLUNG

Heizungssystem, Verfahren zum Betreiben des Heizungssystems und Kachelofen für das Heizungssystem und/oder das Verfahren

Um ein Heizungssystem zur Verfügung zu stellen, in welchem ein Kachelofen (1) integriert ist und welches zur Beheizung mehrerer Wohnräume (17), die voneinander auch weiter beabstandet sein können, bzw. zur Beheizung einer ganzen Wohnung oder eines ganzen Hauses geeignet ist, wird erfindungsgemäß ein Heizungssystem vorgeschlagen, umfassend einen Kachelofen (1) sowie mindestens ein Luftzuführmittel, um Zuführluft (42), die nicht für die Verbrennung im Kachelofen (1) vorgesehen ist und bei der es sich vorzugsweise um Außenluft (18) handelt, dem Kachelofen (1) zuzuführen, wobei der Kachelofen (1) Luftanwärmmittel (4) aufweist, um die Zuführluft (42) anzuwärmen.

Mobile Feuerungsanlage

Die Erfindung betrifft eine mobile Feuerungsanlage (2) mit einem Gehäuse (20), einer Brennkammer (4), einem Wärmetauscher (10) und einem Rauchgaspfad (14) von der Brennkammer ( 4) durch die Heißseite des Wärmetauschers (10) und durch eine durch das Gehäuse (20) führende Rauchgasabfuhr (24). Eine einfache Kondensatabführung aus dem Rauchgas kann erreicht werden, wenn die Rauchgasabfuhr (24) ein erstes Rauchgasrohrstück (32) aufweist, das in eine untere Öffnung (34) eines zweiten Rauchgasrohrstücks (36) mündet, die in der Weise offen ist, dass im Rohrinneren des zweiten Rauchgasrohrstücks (36) herunter laufendes Kondensat (40) nach außerhalb des ersten Rauchgasrohrstücks (32) geleitet wird.

RADIALGEBLASE WITH A HEATING ELEMENT

Improvements in and relating to rapidly controlling room air temperature

DEFROSTING ROLL-UP CLIMATE CONTROLLED DOOR

A roll-up door assembly includes a first curtain, a second curtain, and a side frame. The first curtain and the second curtain can transition between a lowered position and a raised position. The first curtain and the second curtain at least partially define an internal volume in the lowered position. The side frame includes an elongated body defining a hollow interior, a pair of curtain tracks, a heating assembly, and an inlet assembly. The pair of curtain tracks can guide the first curtain and the second curtain between the lowered position and the raised position. The heating assembly can circulate heated air into the internal volume. The inlet assembly can provide fluid commination between the heating assembly and a lower temperature conditioned space such that the heating assembly can circulate air from the lower temperature conditioned space into the internal volume.

METHOD AND DEVICE FOR ERECTING A TOWER FOR A WIND ENERGY PLANT

The invention relates to a lifting device, in particular a crossbeam, for lifting a first tower segment of a concrete tower of a wind energy plant by means of a crane, comprising at least one securing means for securing the tower segment to the lifting device and at least one release device for releasing a connection between the lifting device and the tower segment.

ENSEMBLE DE CHAUFFAGE PAR RECUPERATION DE CHALEUR DE MATIERES IRRADIEES

L'INVENTION CONCERNE LES ENSEMBLES DE CHAUFFAGE UTILISANT LA CHALEUR DE DESINTEGRATION NUCLEAIRE. ELLE SE RAPPORTE A UN ENSEMBLE AYANT UNE ENVELOPPE DE STOCKAGE 1 DE MATIERES IRRADIEES 2, ASSOCIEE A UN SYSTEME D'ECHANGE DE CHALEUR 6. DES CONDUITS 9, 10 PERMETTENT LA CIRCULATION DE L'AIR SUR LE SYSTEME D'ECHANGE DE CHALEUR, ET UN CONDUIT 12 PERMET L'EVACUATION DE L'AIR CHAUFFE A L'ATMOSPHERE. LA CIRCULATION DE L'AIR S'EFFECTUE NATURELLEMENT PAR THERMOSIPHON. UN DISPOSITIF 14 RETIRE SELECTIVEMENT UNE PARTIE AU MOINS DE L'AIR CHAUFFE EN VUE DU CHAUFFAGE VOULU. APPLICATION AU CHAUFFAGE DES BATIMENTS PAR RECUPERATION DE LA CHALEUR DEGAGEE PAR LES DECHETS NUCLEAIRES.

Radiator for appliances heating, ventilation or similar

SYSTEM FOR COLLECTING HEAT FROM A CONDUIT HUMBUG WITH A COOLANT CIRCULATION CHANNEL

L'objet principal de l'invention est un système de collecte de chaleur (1) au niveau d'un conduit de fumisterie (2) relié à un appareil de chauffage d'un bâtiment, comportant un conduit de fumisterie (2) et un conduit d'isolation thermique (3) disposé autour d'au moins une portion du conduit de fumisterie (2). Le système comporte en outre un canal de circulation (4) de fluide caloporteur (A), situé entre le conduit de fumisterie (2) et le conduit d'isolation thermique (3), une entrée (5) de fluide caloporteur (A) vers l'intérieur du canal de circulation (4) et une sortie (6) de fluide caloporteur (A) depuis l'intérieur du canal de circulation (4), le fluide caloporteur étant apte à collecter de la chaleur lors de son cheminement depuis l'entrée (5) vers la sortie (6).

Dual purpose domestic electric heater - has fan blowing air past heater coil and pivoting clothes drying rails

Air curtain formation system - uses turbo blower in conduit to form curtain on opening door

비닐하우스 또는 건축물의 시설작물의 재배지역에 지열이 공급되는 휀코일 냉,난방장치

... 시설작물재배용 비닐 하우스 또는 실내 농사용 건축물의 면적 330㎡기준으로 농작물을 재배하기 위하여 비닐 하우스 또는 실내 농사용 건축물에서 성장할 수 있는 7℃-15℃ 온도를 유지하기 위하여 지열이 14℃ 내지 16℃ 의 온도를 유지하는 지하 152m깊이에 설치되는 3단 내지 7단으로 이루어지는 ∪형의 지열 교환파이프(7a-7c)로 구비되는 지열교환기(7)를 형성하되, 상기 지열교환기(7)의 파이프의 총연장 길이를 900M이상으로 형성하므로, 지열 교환파이프(7a - 7c) 내부를 통과하는 지열수는 순수한 신재생 에너지인 지열을 흡수하여 농작물을 재배하기 위하여 비닐하우스 또는 실내 농사용 건축물 바닥면의 경작지 기초위에 일정하게 설치된 휀코일에 의거 지열교환기(7)에 의거 흡수된 지열을 실내로 공급하는 휀코일(3), 상기 휀코일(3)에 의거 지열이 내부에 공급되는 비닐 하우스 또는 실내 농사용 건축물의 내부면적 330㎡기준으로 내부(內部)에 구비된 온도계의 지시에 따라 그 회전속도가 증감하는 순환용고압양수기(1)와 휀코일(3)에 의거 비닐 하우스 또는 실내 농사용 건축물의 내부의 온도를 7℃-15℃로 조절 및 보온하는 것이다.

태양열 집열부를 구비하는 이동식 레저 겸용 태양열 온풍기

... 본 발명은 태양열 집열부를 구비하는 레저 겸용 태양열 온풍기에 관한 것으로, 겨울철 추울때 손잡이와 바퀴에 의해 이동하기 편리하고, 겨울철 등산이나 야외에서 텐트나 야외의 군 막사 등에서 추위를 막기 위해 별도의 난방 시설이 없이 바퀴와 손잡이를 구비하고, 야외에서 상단 좌우에 힌지 형태로 좌우의 봉 또는 파이프 형태의 접이식 거치대를 구비하여 땅에 고정하여 사용이 가능하며, 태양열 집열부를 구비하는 이동식 레저용 태양열 온풍기로 사용되거나 또는 이동식 레저용 태양열 온풍기가 온풍 송출구와 연동된 호스를 태양열 식품 건조기 집열부의 하부와 연결되어 30~70℃의 온풍을 송출하여 식품을 건조하는데 사용될 수 있으며, 이동식 태양열 집광에 따라 온풍 기능을 제공하여 야외의 추운 곳(난방 시설이 없는 민박집, 텐트, 군 막사 등)에 태양열에 의한 온풍을 제공하여 추위를 저감시키는 효과가 있다.

METHOD AND DEVICE FOR ERECTING A TOWER FOR A WIND ENERGY PLANT

HEAT DISTRIBUTION APPARATUS AND METHOD

In one aspect the invention provides a heating apparatus adapted to modify local climatic conditions which includes a base arranged to support the heating apparatus on a support surface. An inlet stage is associated with the base and a mixer stage connected on top of the inlet stage. At least one outlet nozzle is connected to the mixer stage, with the outlet nozzle or nozzles being adapted to rotate relative to the base. At least one heating element is located inside the mixer stage, and an impeller is arranged to drive air through the inlet stage into the mixer stage and out at least one outlet nozzle, where the mixer stage defines an air flow path which elevates air drawn through the mixer stage.

AIR CONDITIONER

Provided is an air conditioner that may also be used as a futon dryer, that has an attractive appearance and is well designed, and that may be installed in a living room without appearing out of place. In addition to having an appearance suitable to an air conditioner which is to be installed in a living room, etc., a flexible duct used as an air flow path is configured so as to be positionable in a straight line in order to allow increased air flow during use as an air conditioner. The air conditioner is suitable for both of the intended uses because the flexible duct is designed to be pulled out for use when drying a futon.

Convection and forced draft air flow and combustion air heating furnace

РЕГУЛИРУЮЩЕЕ МОЩНОСТЬ НАГРЕВАНИЯ УСТРОЙСТВО НАГРЕВАТЕЛЯ ГОРЯЧЕГО ДУТЬЯ

... 1. Регулирующее мощность нагревания устройство нагревателя горячего дутья, которое регулирует мощность нагревания нагревателя горячего дутья путем управления площадью поперечного сечения потока воздуха, поданного в горелку нагревателя горячего дутья, содержащее:корпус клапана, включающий часть для введения воздуха, часть для выведения воздуха и пространство для потока воздуха между частью для введения воздуха и частью для выведения воздуха;корпус сопла, установленный с возможностью вращения в пространстве для потока воздуха корпуса клапана и обеспеченный множеством сопел, имеющих различные площади поперечного сечения потока для переменного регулирования скорости потока воздуха; ивращательную головку для регулирования вращения корпуса сопла относительно корпуса клапана.2. Устройство по п.1, дополнительно содержащее вращательный вал, соединяющий корпус сопла и вращательную головку.3. Устройство по п.2, в котором вращательный вал прикреплен к корпусу сопла с помощью крепежного пальца, вращательный ...

Автономный воздухонагреватель

Изобретение относится к энергетике и может быть использовано в системах децентрализованного отопления для нагревания воздуха в бытовых и производственных помещениях. Автономный воздухонагреватель включает цилиндрический корпус, внутри которого установлены вентилятор с электродвигателем, цилиндрическая камера сгорания, совмещенная с теплообменником, поверхность теплообменной части камеры сгорания выполнена с горизонтальными прямоугольными щелями, снабженными на своих торцах опорными уголками, обращенными внутрь, в щели вставлены термоэлектрические звенья, каждое из которых состоит из верхнего и нижнего рядов, выполненных из 2–х параллельных металлических полос, покрытых изнутри слоем термостойкого диэлектрического материала, между которыми зажаты спаи параллельно расположенных термоэмиссионных преобразователей, участки проволочных отрезков между верхним и нижним рядами металлических полос помещены в прямоугольные вставки, выполненные из термостойкого диэлектрического теплоизолирующего материала ...

СПОСОБ И УСТРОЙСТВО ДЛЯ ВОЗВЕДЕНИЯ БАШНИ ВЕТРОЭНЕРГЕТИЧЕСКОЙ УСТАНОВКИ

... 1. Подъемное устройство, в частности, траверса, для подъема первого сегмента бетонной башни ветроэнергетической установки с помощью крана, содержащее:- по меньшей мере одно крепежное средство для крепления сегмента башни на подъемном устройстве; и- по меньшей мере одно расцепляющее приспособление для расцепления соединения между подъемным устройством и сегментом башни.2. Подъемное устройство по п. 1, выполненное для безостаточного расцепления соединения между подъемным устройством и сегментом башни так, что на сегменте башни может быть расположен заданным образом второй сегмент башни.3. Подъемное устройство по любому из пп. 1 или 2, в котором расцепляющее приспособление выполнено для отделения соединительного элемента, в частности, ввинченной в первый сегмент башни проушины или петли стального троса, от сегмента башни, в частности, вывинчивания.4. Подъемное устройство по п. 3, отличающееся тем, что каждый крепежный элемент выполнен для соединения с петлей стального троса, соответственно ...

Полифункциональный воздухоподогреватель для автономного теплогенератора

Предлагаемое изобретение относится к теплоэнергетике, а именно, к системам поквартирного отопления и электроснабжения жилых зданий. Технической задачей предлагаемого изобретения является повышение надежности и эффективности полифункционального воздухоподогревателя для автономного теплогенератора. Технический результат достигается полифункциональным воздухоподогревателем для автономного теплогенератора, благодаря тому что газовый патрубок покрыт снаружи соединенными друг с другом кольцевым коллектором и цилиндрическим воздушным кожухом, каждый из которых состоит из двух полукольцевых коллекторов и двух полуцилиндров, покрытых слоем теплоизоляции, при этом кольцевой коллектор и кожух заглушены с внутреннего торца, кожух с наружного торца закрыт кольцевой перегородкой с заборными щелями, кольцевой коллектор соединен с воздуховодом, внутри кожуха и кольцевого коллектора вокруг наружной поверхности газового патрубка устроен термоэлектрический блок, каждая термоэлектрическая секция которого представляет ...

Utilising heat from nuclear waste for space heating

A heating unit utilising the decay heat from irradiated material comprises a storage envelope (1) for the material associated with a heat exchange system (6), means (9, 10) for producing a flow of air over the heat exchange system to extract heat from the material, an exhaust duct (12) capable of discharging the heated air to the atmosphere, and means (14) for selectively diverting at least some of the heated air to effect the required heating. With the flow of air over the heat exchange system taking place by a natural thermosyphon process the arrangement is self regulating and inherently reliable. ...

RADIALGEBLASE WITH A HEATING ELEMENT

Mobile Feuerungsanlage

Die Erfindung betrifft eine mobile Feuerungsanlage (2) mit einem Gehäuse (20), das senkrechte Eckpfeiler (36) und daran abgestützte Außenbleche (30) aufweist, einer Brennkammer (4), einem Wärmetauscher (10), einem Rauchgaspfad (14) von der Brennkammer (4) durch die Heißseite des Wärmetauschers (10), einem Kühlluftpfad (12) von außen in das Gehäuse hinein, durch die Kaltseite des Wärmetauschers (10) und aus dem Gehäuse hinaus sowie einem Kühlluftgebläse (16) zum Antreiben eines Kühlluftstroms durch den Kühlluftpfad (12). Um eine gute Witterungsfestigkeit der Feuerungsanlage (2) zu erreichen, wird vorgeschlagen, dass die Eckpfeiler (36) jeweils zumindest einen Profilstab aufweisen, der in Verbindung mit einem Außenblech (30) auf der Außenseite eine nach innen gerichtete Nut (42) bildet, in der das Außenblech (30) mit dem Eckpfeiler (36) verbunden ist.

Mobile Feuerungsanlage

Die Erfindung betrifft eine mobile Feuerungsanlage (2) mit einer Brennkammer (4), einem Wärmetauscher (10), einem Rauchgaspfad (14) von der Brennkammer (4) durch die Heißseite des Wärmetauschers (10) , einem Kühlluftpfad ( 12) durch die Kaltseite des Wärmetauschers (10) und einer elektrischen Anlagensteuerung (26). Eine große Robustheit der Feuerungsanlage (2) kann erreicht werden durch zumindest einen ersten und einen zweiten eine Temperatur in eine mechanische Bewegung umsetzenden Temperatursensor (28, 30, 32).

Feuerungsanlage

Die Erfindung betrifft eine Feuerungsanlage (2) mit einer Brennkammer (4), einem Wärmetauscher (10), dessen Heißseite durch Bleche (32) von dessen Kaltseite getrennt ist, einem Rauchgaspfad von der Brennkammer (4) durch die Heißseite des Wärmetauschers (10), einem Kühlluftpfad durch die Kaltseite des Wärmetauschers (10) und einem Kühlluftgebläse (16) zum Antreiben eines Kühlluftstroms (12) durch den Kühlluftpfad. Eine hohe Betriebssicherheit kann erreicht werden, wenn die Bleche (310) des Wärmetauschers (32) verzinkt sind.

A furnace, a method for operating a furnace and a furnace controller configured for the same

A FURNACE, A METHOD FOR OPERATING A FURNACE AND A FURNACE CONTROLLER CONFIGURED FOR THE SAME A controller for a gas furnace, a computer-usable 5 medium for implementing a method and a gas furnace are disclosed herein. In one embodiment, the controller includes: (1) an interface configured to receive a heating call and (2) a processor configured to enable an inducer of the gas furnace at a low speed based on the 10 heating call and ignite the gas furnace at a high fire operation when determining a low fire pressure switch of the gas furnace is open. 3098558-1 154 - t CCONTRROLLER FG 1 150 -, 130 --- - HEAT ___ TO CONDITIONED EXCHANGER 120 SPACE TO GAS BURNEqRl, SUPPLY 110 CONTROLLER FIG. 1 210 INTERFACE DATA ASSOCIATED CONTROL SIGNALS WITH THE FURNACE 220 PROCESSOR TO DIRECT OPERATION OF THE FURNACE ...

Oscillating mechanism and electric fan heater

Anticorrosive intelligent air heater

PROCESS FOR the PRODUCTION Of HOT AIR AND DEVICE FOR SA IMPLEMENTED

MAT FOR PREVENTING DRAFT

According to an embodiment of the present invention, a mat supplies hot wind or cold wind to a periphery of a body of a user to reduce user inconvenience caused by draft in a winter season or a summer season. More specifically, the present invention can control the wind direction in accordance with a body condition of the user and enables an air discharge hole to be opened and closed to prevent contamination caused by external foreign substances. The present invention comprises: a mat main body; a connection mat; a bearing; a rotary plate; and a blower. COPYRIGHT KIPO 2017 ...

Heating device

DEVICE AND METHOD FOR ERECTING A TOWER FOR A WIND ENERGY PLANT

BASKET WITH DETACHABLE COVER PLATE FOR AIR FRYER AND AIR FRYER HAVING BASKET WITH DETACHABLE COVER PLATE

Provided are basket with detachable cover plate for air fryer and air fryer having basket with detachable cover plate. The basket includes basket body and handle provided at side of basket body, and top portion of basket body is of opening structure, cover plate matched with opening is provided at opening of basket, and cover plate is detachably installed at opening of basket; the air fryer includes cooking cavity located inside air fryer, and basket and hot air device provided inside cooking cavity, and hot air device is located above basket, when cover plate is installed on basket, interior of basket is hermetically isolated by cover plate from hot air device, and when cover plate is detached from upper opening of basket, interior of basket is in communication with hot air device. 1. A basket for an air fryer , comprising a basket body and a handle provided at a side of the basket body , a top portion of the basket body being of an opening structure , wherein a cover plate matched with an opening is provided at the opening of the basket , and the cover plate is detachably installed at the opening of the basket.2. The basket according to claim 1 , wherein the cover plate is snapped with the basket body claim 1 , and one of the cover plate and the basket body is provided with a clamping groove claim 1 , and the other is provided with a clamping position corresponding to the clamping groove.3. The basket according to claim 2 , wherein a plurality of clamping grooves opening in a same rotation direction are provided at intervals on a peripheral side of the cover plate claim 2 , a plurality of corresponding clamping positions designed in a protruding manner are provided on a side wall of the basket body claim 2 , and the clamping grooves are rotatably snapped with the clamping positions.4. The basket according to claim 1 , wherein the basket is a drawer-type basket claim 1 , a gas outlet pipe is provided at an edge of the cover plate claim 1 , the gas outlet pipe is in ...

Воздухоподогреватель-газоход

Изобретение относится к теплоэнергетике, а именно к вспомогательному оборудованию котлов, работающих на серосодержащих топливах, и может быть использовано для создания комплексного оборудования, совмещающего функции газохода и воздухоподогревателя. Воздухоподогреватель-газоход содержит корпус, состоящий из каркаса и стеклоблоков с воздушными каналами, выполненными из термостойкого малощелочного стекла с упругой прокладкой между ними, уложенными с образованием продольных газоходов между ними. Корпус состоит из соединенных друг с другом секций, скомпонованных из боковых и внутренних стенок, днища, перекрытия и секционных воздушных коллекторов. Стеклоблоки выполнены различной конфигурации: со сквозным продольным воздушным каналом, с продольным воздушным каналом, заглушенным с торца, с продольным воздушным каналом, заглушенным с торца и соединенным с одним боковым заборным отверстием, с заглушенным с торца продольным воздушным каналом, соединенным с двумя боковыми заборными отверстиями: прямые ...

РЕГУЛИРУЮЩЕЕ МОЩНОСТЬ НАГРЕВАНИЯ УСТРОЙСТВО НАГРЕВАТЕЛЯ ГОРЯЧЕГО ДУТЬЯ

Устройство регулирования мощности нагревания нагревателя горячего дутья управлением давления воздуха, поданного в горелку, путем выполнения выборочного переключения между площадями поперечного сечения сопел в пространстве потока воздуха, расположенном между насосом и головкой горелки, и тем самым переменно регулируют мощность нагревания, созданную горелкой. Устройство включает корпус клапана, включающий часть для введения воздуха, часть для выведения воздуха и пространство для потока воздуха между ними, корпус сопла, установленный с возможностью вращения в пространстве потока воздуха корпуса клапана и обеспеченный множеством сопел, имеющих различные площади поперечного сечения потока для переменного регулирования скорости потока воздуха, и вращательную головку для регулирования вращения корпуса сопла относительно корпуса клапана. Изобретение обеспечивает регулирование мощности нагревания. 7 з.п. ф-лы, 5 ил.

ГАЗОВЫЙ ВОЗДУХОНАГРЕВАТЕЛЬ

Полезная модель - газовый воздухонагреватель может быть использован для уничтожения вредителей растений, отопления животноводческих, складских и производственных помещений. В качестве горелки используется горелка с керамической вставкой и дожигатель газа, состоящий из пакета керамических муллитокремнеземистых трубок, в торце горелки к корпусу прикреплен центробежный вентилятор. Полезная модель обеспечивает высокую температуру нагрева воздуха путем смешения его с продуктами сгорания с минимальным расходом топлива и содержанием СО и NOx в продуктах сгорания. 2 ил.

КОНСТРУКЦИЯ СИСТЕМЫ ВОЗДУШНОГО ОТОПЛЕНИЯ ТЯГОВЫХ БАТАРЕЙ ЭЛЕКТРОБУСА

Полезная модель относится к источникам энергии электротранспорта, а именно к системе воздушного обогрева источников электроэнергии, может быть использована для обогрева или охлаждения тяговых литий-ионных накопителей энергии электротранспорта. Полиуретановый коллектор с параллельным соединением рукавов показывает симметричные результаты массового расхода воздуха. Данный коллектор собран из полиуретановых рукавов, которые соединены тройниками. В качестве критериев, по которому оценивалась конструкция коллектора, были выбраны массовый расход воздуха, средняя температура в выходных сечениях, средняя скорость на выходах. Предложенная полезная модель позволяет равномерно прогревать аккумуляторные блоки. 3 ил.

УНИВЕРСАЛЬНЫЙ МОБИЛЬНЫЙ ВОЗДУХОПОДОГРЕВАТЕЛЬ

Полезная модель относится к теплоэнергетическим устройствам, а именно к мобильным воздухоподогревателям, и может применяться в различных отраслях промышленности, таких как нефтегазовая, транспортная, авиационная, а также в структурах ЖКХ, МЧС, МО РФ и других для нагрева воздушной среды различных помещений, предметов, узлов и объектов посредством воздействия теплым воздухом. Также полезная модель может использоваться для процессов вентилирования. Технической проблемой, решаемой полезной моделью, является расширение арсенала мобильных воздухоподогревателей, а именно создание мобильного (передвижного) воздухоподогревателя, в котором можно использовать в качестве топлива для теплогенератора газ. Поставленная проблема решается за счет того, что мобильный воздухоподогреватель, установленный на шасси автомобиля и содержащий смонтированное за передней стенкой кузова устройство для подачи воздуха, установленный в кузове теплогенератор с размещенными в нем двумя камерами сгорания с блочными горелками ...

Реверсный аэродинамический нагреватель с ротором увеличенной длины

Изобретение относится к теплотехнике, в частности для использования в установках для нагревания и нагнетания воздуха в рециркуляционных нагревательных установках, а именно в камерных сушилках для древесины. Реверсный аэродинамический нагреватель с ротором содержит кожух 2, имеющий подвижные створки 3, с помощью которых осуществляется реверс нагреваемого потока без изменения направления вращения ротора 1. Высота створки составляет 1/4 диаметра кожуха 2. Кожух 2 закреплен на раме 4. Внутри кожуха 2 расположен ротор увеличенной длины 1, имеющий диаметр до 350 мм, максимальная длина ротора составляет до 1400 мм. Ротор содержит лопасти 5, имеющие радиус изгиба в соответствии с расчетом лопаток для аэродинамического нагрева, соединенные крепежными кольцами 7, имеющими прорези по форме изгиба лопастей, одно сверху, другое снизу попарно, расположенными на расстоянии до 400 мм, начинающимися и оканчивающимися торцевыми дисками 8, также имеющими прорези, упирающимися в тарельчатые пружины 6. Изобретение ...

СПОСОБ ПОДОГРЕВА ВОЗДУХА ДЛЯ ОБОГРЕВА ПРОМЫШЛЕННЫХ И ПРОИЗВОДСТВЕННЫХ ОБЪЕКТОВ

FIELD: heating systems. SUBSTANCE: invention relates to heat supply systems of various facilities for both land and underground purposes, and is intended for producing heat energy (hot air) and its supply to facility. Disclosed is method of air heating with flue gases coming from combustion chamber of solid fuel into built-in plate recuperative gas-air heat exchanger. Heated in air jacket enclosing combustion chamber, primary air is directed into combustion chamber active zone, and secondary air is supplied to afterburning zone, fuel combustion process is carried out in high-temperature fluidized bed, and the formed flue gases are directed to the heat exchanger, after which hot air is directed to the object through the air ducts, and flue gas removed in the ash collector is removed into the atmosphere. EFFECT: reducing metal consumption of the installation, increasing the plant efficiency, increasing the temperature of the supplied flue gases to the heat exchanger up to 1,000 °C. 1 cl, 1 dwg РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 2 709 251 C1 (51) МПК E21F 3/00 (2006.01) F24H 3/02 (2006.01) F23G 5/46 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ ИЗОБРЕТЕНИЯ К ПАТЕНТУ (52) СПК E21F 3/00 (2019.08); F24H 3/02 (2019.08); F23G 5/46 (2019.08) (21)(22) Заявка: 2019120765, 01.07.2019 (24) Дата начала отсчета срока действия патента: (73) Патентообладатель(и): Волков Вадим Михайлович (RU) Дата регистрации: 17.12.2019 Приоритет(ы): (22) Дата подачи заявки: 01.07.2019 (45) Опубликовано: 17.12.2019 Бюл. № 35 2 7 0 9 2 5 1 R U (54) СПОСОБ ПОДОГРЕВА ВОЗДУХА ДЛЯ ОБОГРЕВА ПРОМЫШЛЕННЫХ И ПРОИЗВОДСТВЕННЫХ ОБЪЕКТОВ (57) Реферат: Изобретение относится к системам камеры сгорания, а вторичный воздух подают в теплоснабжения различных объектов как дожигательную зону, процесс горения топлива наземного, так и подземного назначения, и осуществляют в высокотемпературном кипящем предназначено для получения тепловой энергии слое, а образующиеся дымовые газы ...

Агрегат воздухонагревательный жидкотопливный

Изобретение относится к воздухонагревательным устройствам для непрямого нагрева приточного воздуха в системах приточной вентиляции и автономного воздушного отопления помещений, находящихся в непосредственной близости от нефтяных скважин, при использовании в качестве топлива сырой нефти. Содержит корпус с воздухозаборным входным отверстием, вентилятор, камеру сгорания и рекуперативный теплообменник, горелку, систему подачи топлива с системой фильтрации и выходное отверстие нагретого воздуха. Перед вентилятором установлена система воздушных фильтров. Система фильтрации топлива включает грязесборник, самоочищающиеся фильтры грубой и тонкой очистки. Теплогенераторная установка выполнена со съемными панелями, камера сгорания снабжена съемной крышкой, теплообменник снабжен передней и задней съемными крышками. Техническим результатом является уменьшение образования нагара и возможность его удаления с внутренних частей агрегата, что обеспечивает повышение эффективности работы устройства при использовании ...

Ventilation heat recovery device

A ventilation heat recovery device comprises a body 1 including an air admittance passageway 2 for admitting fresh air from outdoors via a fan 21, the air admittance passageway 2 being coupled (adjacent) and in heat exchange relationship with a vent passageway 3 for venting indoor air from indoors via a fan 31 and thereby conducting heat to the fresh air in the air admittance passageway 2. Passageways 2, 3 may be curved (fig 5) or arranged in multi-layers winding throughout the device (fig 6). A plurality of devices may be combined together (fig 7) to improve heat conduction. The speed of the fans 21, 31 may controlled so as to rotate at different speeds to control the amount of air flow. Filters 22, 32 adjacent the fans 21, 31 may be provided. Body 1 may include heat insulation material surrounding the passageways 2, 3 to increase heat conduction.

Open fronted food cabinet

The cabinet 10 has a top 16, rear 14, base 12 and opposed sides 18,20. The top, rear, base and opposing sides define an interior space 22 of the cabinet 10 which is accessible through an opening 24 to the front of the cabinet. The opening is defined between edges of the top, base and opposing sides of the cabinet. The cabinet includes an interior chassis structure (26, figure 4) comprised of a base panel (12a, figure 4), a rear panel (14a, figure 4) and a top panel (16a, figure 4) which are mechanically connected to one another. The base, rear and top panels are each formed from a structural sandwich composite material (28, figure 6) having thermal insulation properties. The rear panel includes an aperture (38, figure 5) to which a temperature changing mechanism (40, figure 5) is mounted. The temperature changing mechanism my cool or heat the interior space and my comprise a Petlier device and a fan.

PLANT TO THE COMBINED HEAT AND POWER

ANLAGE ZUR REKUPERATIVEN WÄRMENUTZUNG MIT ZUMINDEST EINER BRENNSTOFFZELLE

Mobile Feuerungsanlage

Die Erfindung betrifft eine mobile Feuerungsanlage (2) mit einem Gehäuse (20), einer Brennkammer (4), einem Wärmetauscher (10), einem Rauchgaspfad von der Brennkammer (4) durch die Heißseite des Wärmetauschers (10), einem Kühlluftpfad (12) durch die Kaltseite des Wärmetauschers (10) und einem Kühlluftgebläse (16) zum Antreiben eines Kühlluftstroms durch den Kühlluftpfad (12). Um einen leisen Betrieb der Feuerungsanlage (2) zu erreichen, wird vorgeschlagen, dass die Lüfterfläche des Kühlluftgebläses (16) nach außen hin vollständig durch eine durchgehende Abdeckschicht (28) abgedeckt ist.

Feuerungsanlage

Die Erfindung betrifft eine Feuerungsanlage (2, 2a-e) mit einer Brennkammer (4, 4a-e), einem Wärmetauscher (10), einem Abgaspfad von der Brennkammer (4, 4a-e) durch die Heißseite des Wärmetauschers (10), einem Kühlluftpfad, der durch die Kaltseite des Wärmetauschers (10) und um die Brennkammer (4, 4a-e) geführt ist, und einem Kühlluftgebläse (16) zum Antreiben eines Kühlluftstroms (12) durch den Kühlluftpfad. Um den Energieverbrauch und die Geräuschentwicklung eines Kühlluftgebläses gering zu halten, wird vorgeschlagen, dass die Brennkammer (4, 4a-e) der Hauptanströmrichtung (22), aus der der Kühlluftstrom (12) auf die Brennkammer (4, 4a-e) trifft, eine zum Kühlluftstrom (12) schräge Außenseite (26a-e) zuwendet.

HEIZVORRICHTUNG ZUR ERWÄRMUNG EINES RAUMES

AIR HEATING APPARATUS USEFUL FOR HEATING AN AIRCRAFT INTERIOR

An air heater apparatus may include a housing having an interior with an air path extending between an upstream air inlet in the housing and a downstream air outlet in the housing, and a motor mounted on the housing. The apparatus may also include a fan rotated by the motor and positioned in the air path to move air along the air path, an air heating assembly mounted on the housing and configured to heat air moving along the air path, and a gas detector being positioned in the air path in the interior of the housing and configured to detect a gas level in the air path.

PROCEDE DE CHAUFFAGE ET APPAREIL CORRESPONDANT POUR REDUIRE LA PRESSION DE L'AIR DANS UNE CHAMBRE A UN NIVEAU REGLE

DISPOSITIF DE CHAUFFAGE COMPRENANT UNE CHAMBRE SUSCEPTIBLE D'ETRE CLOSE ET PRESENTANT DES MOYENS D'INTRODUCTION DIRECTE DE L'AIR EXTERIEUR. DES MOYENS ROTATIFS 6, 8 SONT DISPOSES DANS LA CHAMBRE 1 POUR REDUIRE LA PRESSION DE L'AIR JUSQUA UN NIVEAU REGLE GRACE A L'ASPIRATION FORCEE DE L'AIR RETENU DANS LA CHAMBRE PAR DES MOYENS 9 D'EVACUATION DE L'AIR VERS L'EXTERIEUR. LES MOYENS ROTATIFS 6, 8 MAINTIENNENT UNE DIFFERENCE DE PRESSION ENTRE LA CHAMBRE 1 ET L'AIR A L'EXTERIEUR ET CHAUFFENT L'INTERIEUR DE LA CHAMBRE 1. APPLICATION AU SECHAGE DE PRODUITS DISPOSES A L'INTERIEUR DE LA CHAMBRE ET QUI SONT A LA FOIS CHAUFFES ET MIS EN DEPRESSION.

GENERATEUR DE CHALEUR PAR FROTTEMENT

L'invention concerne un générateur de chaleur par frottement. Il comporte essentiellement un moteur électrique qui fait tourner un tambour cylindrique à l'intérieur d'un boîtier cylindrique, avec un jeu d'environ 3 mm formant une chambre annulaire qui contient un peu d'huile. L'huile remplit la double fonction d'assurer la lubrification et la production de chaleur par frottement sur les parois du tambour et du boîtier cylindrique. Une enceinte entoure l'ensemble pour permettre la circulation d'air à chauffer. L'invention s'applique notamment à des radiateurs portatifs.

STRUCTURE OF THE HEATING APPARATUS FOR ROOMS.

controlador para uma fornalha a gás

Heat generating device

A heat generating device includes a sealed metal drum with spaced peripheral fins and houses a cage-like agitator mounted on a rotatable shaft axially disposed therein and extending through one end for connection to a source of power. The agitator includes a plurality of elongated flat bar-like vanes arranged in close concentric relationship to the drum and supported by spaced apertured hubs on the shaft. The periphery of each hub has serrated type notches so that the vanes are tangential to the hubs and in off-set alignment with each other. Relative to the direction of rotation of the agitator, the leading edge of each vane is spaced inwardly from the trailing edge of the adjacent vane a predetermined distance to provide a restricted passageway. A supply of oil within the drum is forcibly driven by rotation of the agitator through the restricted passageways to the inner wall of the drum and upwardly thereon to return to the interior of the agitator through the hubs for repeated circulation ...

Furnace, a method for operating a furnace and a furnace controller configured for the same

A controller for a gas furnace, a computer-usable medium for implementing a method and a gas furnace are disclosed herein. In one embodiment, the controller includes: (1) an interface configured to receive a heating call and (2) a processor configured to enable an inducer of the gas furnace at a low speed based on the heating call and ignite the gas furnace at a high fire operation when determining a low fire pressure switch of the gas furnace is open.

СПОСОБ ПОДОГРЕВА ШАХТНОГО ВЕНТИЛЯЦИОННОГО ВОЗДУХА И УСТРОЙСТВО ДЛЯ ЕГО ОСУЩЕСТВЛЕНИЯ

Группа изобретений относится к системам обогрева, а именно к способу подогрева шахтного вентиляционного воздуха и устройству для его осуществления. Способ включает нагрев атмосферного воздуха дымовыми газами, поступающими из камеры сгорания топлива, подачу его в шахту через вентиляционную систему. В поток вентиляционного воздуха, непосредственно во всасывающий канал шахтного вентилятора главного проветривания, дозированно подают присадку горячего воздуха. В камере сгорания используют вторичное дутье. Вторичный воздух подогревают в конвективной рубашке боковых стенок камеры сгорания. В выходном газоходе используют поддув холодного воздуха, который направляют вверх под углом не менее 45°.Камера сгорания топлива снабжена расположенными снаружи вентиляторами вторичного дутья и выполненными в боковых стенках наклонными щелевыми форсунками. Наружная поверхность боковых стенок камеры сгорания топлива снабжена конвективной рубашкой. В потолочной части камеры сгорания топлива расположены газовые ...

ВОЗДУХОВОД ДЛЯ СИСТЕМЫ ОХЛАЖДЕНИЯ И ВЕНТИЛИРОВАНИЯ ТЯГОВЫХ ЭЛЕКТРОДВИГАТЕЛЕЙ ЛОКОМОТИВОВ

Воздуховод для системы охлаждения и вентилирования тяговых электродвигателей (ТЭД) локомотивов относится к гибким трубопроводам, и предназначен для использования в качестве соединительных патрубков между вентиляторами охлаждения, расположенными в кузове локомотива, и непосредственно ТЭД, установленными в тележках локомотивов. Воздуховод содержит присоединительные фланцы 1, гибкий рукав 2, закрепленный на фланцах 1, гибкий рукав 2 выполнен в виде эластичной оболочки прямоугольного сечения, выполненной из композитного материала ПЦ-40, представляющего собой кремнийорганическую композицию, армированную арамидными волокнами, снабжен ребрами 3 жесткости. Композитный материал ПЦ-40 может иметь однослойное кремнийорганическое покрытие, выполненное на тканевой основе-подложке, тканевая основа может быть выполнена из арамида и может иметь полотняное плетение. Ребра 3 жесткости могут быть равномерно расположены на поверхности оболочки воздуховода. Ребра 3 жесткости могут быть выполнены в виде металлической ...

ОТОПИТЕЛЬНОЕ УСТРОЙСТВО

Изобретение относится к области теплотехники и может быть использовано в отопительных устройствах, в частности, для мобильного применения. Отопительное устройство, содержащее камеру сгорания для осуществления реакции топлива с воздухом для горения с целью выделения тепла, теплообменник, служащий для передачи, по меньшей мере, части выделяемого тепла предназначенному для нагрева теплоносителю, устройство подачи топлива в камеру сгорания, нагнетатель воздуха для его подачи в камеру сгорания, нагнетатель теплоносителя для его подачи к теплообменнику, общий привод для нагнетателя воздуха для горения и нагнетателя теплоносителя, по меньшей мере, один сенсор для контроля массового потока теплоносителя, и систему управления, которая управляет устройством подачи топлива и общим приводом. Технический результат - обеспечение возможности изменять отношение между количеством теплоносителя и количеством подаваемого в камеру сгорания топлива в зависимости от массового потока теплоносителя. 2 н. и 18 ...

Теплогенератор универсальный, мобильный с телескопической дымовой трубой

Изобретение относится к области теплотехники и может быть использовано в теплообменных устройствах для подогрева жидких или газообразных сред. Мобильный теплогенератор, установленный на транспортной базе с силовой платформой, состоящий из двух секций, соединенных друг с другом посредством шарнирного узла. Первая секция состоит из топочного узла с горелочным устройством и теплообменного агрегата, вывешивается на цапфах в подшипниковых узлах, установленных в кронштейнах силовой платформы транспортной базы, в которой имеется паз для горизонтального ее расположения, которое фиксируется стопорными элементами, при этом геометрическая ось, проходящая через подшипниковые узлы, проходит через центр масс секции для обеспечения поворота секции в подшипниковых узлах в плоскости силовой платформы с возможностью позиционирования секции в вертикальной и горизонтальной плоскостях, соответствующих рабочему или транспортному положению секции, а организация подачи воздуха в рабочие полости теплогенератора ...

Воздухонагреватель теплогенерирующий смесительный

Область использования: теплоэнергетика и газовое оборудование, в частности воздухонагреватели газовые смесительные с принудительной подачей воздуха, применяемые для отопления помещений (складских, животноводческих, производственных, теплиц), а также для технологических процессов сушки, пропарки и т.п. Воздухонагреватель теплогенерирующий смесительный содержит корпус, камеру сгорания с установленной в ней горелкой, наружную обечайку, расположенную вокруг камеры сгорания, часть которой выполняет функцию камеры смешения продуктов сгорания со вторичным воздухом. В воздухонагревателе использована автоматическая блочная горелка предварительного смешения, часть камеры сгорания, в которой формируется факел, закрыта стальной обечайкой, а установленная в кольцевом зазоре между наружной обечайкой и камерой сгорания криволинейная перегородка выполнена в виде шнека, образующего спиральный канал для прохождения основного потока нагреваемого воздуха в направлении, поперечном направлению распространения ...

ОТОПИТЕЛЬНОЕ УСТРОЙСТВО

... 1. Отопительное устройство, в частности, для мобильного применения, содержащее:камеру (10) сгорания для осуществления реакции топлива с воздухом для горения с выделением тепла,теплообменник (15) для передачи, по меньшей мере, части выделяемого тепла на предназначенный для нагрева теплоноситель,устройство (11) подачи топлива, служащее для подачи топлива в камеру (10) сгорания,нагнетатель (13) воздуха для горения, служащий для подачи воздуха для горения в камеру (10) сгорания,нагнетатель (20) теплоносителя, служащий для нагнетания теплоносителя,общий привод (21) для нагнетателя (13) воздуха для горения и нагнетателя (20) теплоносителя,по меньшей мере один сенсор (22), служащий для контроля массового потока теплоносителя, исистему (23) управления устройством (11) подачи топлива и общим приводом (21),отличающееся тем, что система (23) управления выполнена с возможностью изменения соотношения между количеством теплоносителя и количеством подаваемого в камеру сгорания топлива в зависимости от ...

КРОВАТЬ С ДВУСТОРОННИМ ПОДОГРЕВОМ

... 1. Кровать с двусторонним подогревом, содержащая:теплоизоляционный материал, содержащий теплообменный канал, в котором осуществляется теплообмен при протекании воздуха; иизлучающую трубу с горячей водой, расположенную сверху указанного теплоизоляционного материала, чтобы тепло выделялось от нее в верхнем направлении и в нижнем направлении;причем тепло, выделяемое в нижнем направлении от излучающей трубы с горячей водой, обменивается с теплом воздуха, протекающего через теплообменный канал для создания нагретого воздуха, тем самым, нагревая кровать с помощью указанного нагретого воздуха.2. Кровать с двусторонним подогревом по п.1, в которой тепло, выделяемое от излучающей трубы с горячей водой, используется для нагревания посредством теплопроводности с помощью теплопроводящей пластины и теплоаккумулирующей пластины, и нагретый воздух через теплообменный канал используется для нагревания посредством воздушной конвекции.3. Кровать с двусторонним подогревом по п.2, в которой нагнетатель воздуха ...

КОНСТРУКЦИЯ СИСТЕМЫ ВОЗДУШНОГО ОТОПЛЕНИЯ ТЯГОВЫХ БАТАРЕЙ ЭЛЕКТРОБУСА

Полезная модель относится к источникам энергии электротранспорта, а именно к системе воздушного обогрева источников электроэнергии, может быть использована для обогрева или охлаждения тяговых литий-ионных накопителей энергии электротранспорта. Полиуретановый коллектор с параллельным соединением рукавов показывает симметричные результаты массового расхода воздуха. Данный коллектор собран из полиуретановых рукавов, которые соединены тройниками. В качестве критериев, по которому оценивалась конструкция коллектора, были выбраны массовый расход воздуха, средняя температура в выходных сечениях, средняя скорость на выходах. Предложенная полезная модель позволяет равномерно прогревать аккумуляторные блоки. 3 ил.

Воздухоподогреватель-газоход

Воздухоподогреватель-газоход, содержащий корпус, состоящий из каркаса и стеклоблоков с воздушными каналами, выполненными из термостойкого малощелочного стекла с упругой прокладкой между ними, уложенными с образованием продольных газоходов между ними, отличающийся тем, что корпус, образующий газоходы, состоит из соединенных друг с другом секций, скомпонованных из боковых и внутренних стенок, днища, перекрытия и секционных воздушных коллекторов, при этом стеклоблоки выполнены различной конфигурации, а именно со сквозным продольным воздушным каналом; с продольным воздушным каналом, заглушенным с торца; с продольным воздушным каналом, заглушенным с торца и соединенным с одним боковым заборным отверстием; с заглушенным с торца продольным воздушным каналом, соединенным с двумя боковыми заборными отверстиями - прямыми П-образными, угловыми П-образными, причем заборные отверстия и воздушные каналы боковых и внутренних стенок, днища, перекрытия в каждой секции сообщаются между собой и соединены ...

Ventilatoren-Konsohle mit offenen, eingesteckten Ventilatoren

Für: -Ventilatoren-Elecktro-Konsohle mit -frei- eingesteckten -Ventilatoren-, ohne Schutzabdeckung, über den Heizkörper. Mit einer gitterartigen Auflagefläche, diese darin fest eingeklemmt/eingerastet sind. Sowie deren gleichen Material eine Einspannmöglichkeit auf den entsprechenden Heizkörper vorhanden ist. Diese Heizungs-Ventilatoren-Konsohlen-Befestigungsmöglichkeit sollte aus hitzebeständigen Material bestehen. Und in derer Konstrucktion so stabielsein um fest, während des Ventilatoren-Betriebes, um fest in deeren Halterung zu bleiben. Für eine Elecktro-Konsohlen-Halterung, darin einsteckbare und schwenkbare Ventilatoren darin befestigt sind. Diese sind versehen mit einer stufenförmigen Einschaft-Möglichkeit. Und diese sind mit einer eingebauten -Wärme-Zensorig- und eines -Zeitregulators-. Um durch diese eingebaute, beinhaltete -Regulierungen, um durch diese eine schnelle und sichere -Erwärmung durch die hochsteigende Heizungswärme und durch schwenkbaren offenen Ventilatoren zu erreichen ...

Portable air conditioning apparatus

An air conditioning apparatus is provided with an air plenum in fluid communication with an air inlet and an air outlet. A fan moves air through the air plenum. An interchangeable air conditioning core is removably installed within the air plenum and interposed between the air inlet and air outlet such that air moving along an air pathway is forced to proceed through the interchangeable air conditioning core.

Drying pad

A drying pad includes a flexibly bendable pad body, an air-blowing device and an ultraviolet sterilization device. The pad body is sheet-shaped. A supporting blower is disposed on a bottom-layer sheet of the pad body. An air-blowing device is provided one side of the pad body and communicated with the air-blowing device. The pad body has a plurality of outlet-air vents on a top surface thereof. The supporting blower has a plurality of inlet pipes communicated with the air-blowing device, round casings, and joining pipes. Each round casing has an outlet hole formed on a top thereof. Channels are defined in the supporting blower for guiding the air from the air-blowing device to the outlet holes through the outlet hole. The present invention is capable of blowing air, drying and sterilizing the feet by ultraviolet lights, so that the feet can be dried sufficiently.

Def pump and tank thawing system and method

A fluid supply system configured to be utilized with a coolant system of an engine, the fluid supply system including; a fluid tank, a fluid pump coupled to the fluid tank and a thermal management system in thermal communication with the fluid tank and the fluid pump, wherein the thermal management system includes; a first coolant circuit in thermal communication with the fluid tank and a second coolant circuit in thermal communication with the fluid pump, wherein flow of coolant from the coolant system through the first fluid circuit and second fluid circuit is in parallel when coolant flows through the second fluid circuit.

HEAT MEDIUM HEATING DEVICE AND VEHICULAR AIR-CONDITIONING DEVICE INCLUDING THE SAME

Provided are: a heat medium heating device capable of bringing: flat heat exchange tubes and PTC heaters; and inlet/outlet header parts of the flat heat exchange tubes, into sufficiently close contact with each other, and incorporating these components into a casing; and a vehicular air-conditioning device including the same. In a heat medium heating device, flat heat exchange tubes each including a flat tube part and inlet/outlet header parts and PTC heaters are stacked in layers, and a heat exchange holding member presses the flat heat exchange tubes from one side, whereby the stacked structure is incorporated on an inner bottom surface of a casing. In this configuration, at least uppermost one of the flat heat exchange tubes has one surface pressed by the heat exchange holding member, the one surface being formed into a planar shape in which the flat tube part and the inlet/outlet header parts are flattened. 1. A heat medium heating device comprising: an inlet header part from which a heat medium flows into the flat heat exchange tube;', 'a flat tube part in which the heat medium circulates; and', 'an outlet header part from which the heat medium flows out of the flat heat exchange tube;, 'a plurality of flat heat exchange tubes each includingPTC heaters that are respectively incorporated to between the flat tube parts of the plurality of flat heat exchange tubes;a casing in which the flat heat exchange tubes and the PTC heaters are alternately stacked and incorporated in a plurality of layers; anda heat exchange holding member that presses the flat heat exchange tubes stacked in the plurality of layers from one side thereof, to thereby tighten and fix the flat heat exchange tubes to an inner bottom surface of the casing, whereinat least an uppermost flat heat exchange tube of the plurality of stacked flat heat exchange tubes has one surface pressed by the heat exchange holding member, the one surface being formed into a planar shape in which the inlet header ...

Mobile heating apparatus and method

The present invention provides for a mobile heating apparatus for heating an enclosed space to a temperature sufficient to kill bed bugs. The mobile heating apparatus has a recirculation chamber having a fresh air inlet configured to receive fresh air from a fresh air area and a recirculation air inlet configured to receive recirculation air from a heated air area. The fresh air area is located outside of the area to be heated. The heated air area is located within the area to be heated. The apparatus also has an air mixture/circulation apparatus configured to mix the fresh air and the recirculation air and an air heating chamber having a heat exchanger. A mixed air inlet is in communication with the air mixture/circulation apparatus. A heated air outlet is configured to route the heated air into the heated air area. A heating apparatus is configured to provide heated combustion flow to the heat exchanger. The present invention also provides for a related method.

APPARATUS FOR CAPTURING HEAT FROM A STOVE

Apparatus for capturing heat from a stove to enable it to be transferred to a central heating system is disclosed. The apparatus comprises an air-water heat exchanger, the heat exchanger having an air side and a water side and being operative to transfer heat between air on the air side and water flowing in channels in the water side. The apparatus includes an air duct through which air heated by a stove can pass by convection to contact the air side of the heat exchanger and control means operable to control the amount of air flowing to the heat exchanger. The control means may include a fan that can be operated to direct the flow of air to the heat exchanger. 1. A stove that incorporates a heat capturing apparatus for capturing heat from outer surfaces of the stove , the heat capturing apparatus comprising an air-water heat exchanger , the heat exchanger having an air side and a water side and being operative to transfer heat between air on the air side and water flowing in channels in the water side , characterised by the heat capturing apparatus including an air duct through which air heated by the stove can pass , and an enclosure surrounding the stove , said enclosure forming a chamber that partially surrounds the stove , the duct being connected to the enclosure , and control means operable to control the flow of air within the heat capturing apparatus by the operation of a fan; wherein in a first mode , the control means allows air to flow from the air duct to the chamber , then to a space surrounding the stove at least partly by natural convection and in a second mode , the control means induces air to flow from said chamber to the air duct , then to the air side of the heat exchanger , such that air within the duct flows in opposite directions in the first and second modes.2. A stove according to in which claim 1 , in the first mode claim 1 , air flows generally upward within the air duct.3. A stove according to in which the control means includes a fan ...

SPRINKLER TEST DEVICE AND METHOD

The invention relates to a sprinkler test device comprising: a chamber configured to fit around a sprinkler head mounted in a sprinkler system; a drain conduit for guiding extinguishing agent to a disposal or collection container; a temperature regulator for regulating the temperature in the chamber. The invention further relates to a method for testing a sprinkler system, comprising the following steps, to be executed in any suitable order; providing a sprinkler test device as described herein above; positioning the chamber of the sprinkler test device around a first sprinkler head of a sprinkler system to be tested; and regulating the temperature around the sprinkler head for testing purposes. 1. A sprinkler test device comprising:a chamber configured to fit around a sprinkler head mounted in a sprinkler system;a drain conduit for guiding extinguishing agent to a disposal or collection container; anda temperature regulator for regulating the temperature in the chamber.2. The sprinkler test device according to claim 1 , wherein the temperature regulator comprises a temperature sensor claim 1 , preferably in the chamber.3. The sprinkler test device according to claim 1 , wherein the temperature regulator comprises a control unit.4. The sprinkler test device according to any preceding claims claim 1 , wherein the temperature regulator comprises an air heater.5. The sprinkler test device according to claim 1 , wherein the temperature regulator comprises a camera claim 1 , a bulb burst registration device claim 1 , or combinations thereof.6. The sprinkler test device according to claim 1 , wherein the control unit is configured to provide a time dependent temperature profile in the chamber.7. The sprinkler test device according to claim 1 , wherein the chamber of the test device is mounted on a mobile lifting device.8. A method for testing a sprinkler system claim 1 , comprising the following steps claim 1 , to be executed in any suitable order;{'claim-ref': {'@idref': ...

Indoor unit for air conditioning device

There is provided an indoor unit for an air conditioning device that can increase strength of a casing of the indoor unit and increase stability of the indoor unit, and promote cooling of an electric component. The indoor unit for the air conditioning device includes a casing formed with an intake port of air in a lower portion thereof, and formed with an exhaust port of the air in an upper portion thereof, a fan arranged inside the casing, and generating an air flow flowing from the intake port to the exhaust port, a heat exchanging device arranged below the fan inside the casing to exchange heat with the air taken into the casing from the intake port, and an electric component case provided at a position adjacent to a lateral side of the fan in a circulation space of the air in the casing and configured as a strengthening member of the casing.

VENTURI DISK NON-EXPOSED FLAME AND ELECTRONIC CONTROLS HEATER

A portable heating apparatus includes a housing, a heat source, a fan, and a heat shield. The housing includes a fluid inlet and a fluid outlet. The fluid inlet is in fluid communication with the fluid outlet. The heat source is located within the housing. The fan creates a flow of fluid from the inlet to the outlet and is disposed between the heat source and the outlet. The heat shield is disposed between the heat source and the fan and is operable to restrict the flow of fluid between the heat source and the fan.

GAS FURNACE

A gas furnace includes: a burner in which a mixture of air and fuel gas burns; a heat exchanger through which a combustion gas produced by the combustion of the mixture flows; a duct including a room air duct through which air coming from a room passes and a supply air duct through which air supplied to the room passes; a blower that induces a flow of the room air supplied as the supply air to the room through the heat exchanger; and a humidification and dehumidification device with no water supply installed on one side of the supply air duct. The amount of moisture contained in the supply air is adjusted by an adsorbent coated on the surface of the humidification and dehumidification device with no water supply. 1. A gas furnace comprising:a burner in which a mixture of air and fuel gas burns;a heat exchanger through which a combustion gas produced by the combustion of the mixture flows;a duct comprising a room air duct through which air coming from a room passes and a supply air duct through which air supplied to the room passes;a blower that induces a flow of the room air supplied as the supply air to the room through the heat exchanger; anda humidification and dehumidification device with no water supply installed on one side of the supply air duct, for adjusting the amount of moisture contained in the supply air by an adsorbent coated on the surface.2. The gas furnace of claim 1 , wherein the humidification and dehumidification device with no water supply further comprises a rotor with the adsorbent coated on the surface that rotates in a certain direction claim 1 , the rotor comprising a first portion located inside the supply air duct and a second portion located outside the supply air duct claim 1 , andwherein the first and second portions vary in position as the rotor rotates.3. The gas furnace of claim 2 , wherein the humidification and dehumidification device with no water supply further comprises a casing that accommodates the second portion therein and ...

GAS FURNACE

Provided is a gas furnace. The gas furnace includes: a manifold with an exhaust port for discharging fuel gas; a nozzle attached to the exhaust port; a burner for burning a mixture of air and fuel gas ejected from the nozzle; a primary heat exchanger that provides a first flow path and allows a combustion gas produced by the combustion of the mixture to move through the first flow path; and a secondary heat exchanger located adjacent to the primary heat exchanger, that provides a second flow path and allows the combustion gas discharged from the primary heat exchanger to move through the second flow path, wherein the secondary heat exchanger includes: at least one tube forming the second flow path; and a baffle inserted into the at least one tube, the baffle including: a plate longitudinally extending in a lengthwise direction and twisted in the shape of a screw; and a plurality of holes formed to penetrate the plate. 1. A gas furnace comprising:a manifold with an exhaust port for discharging fuel gas;a nozzle attached to the exhaust port;a burner for burning a mixture of air and fuel gas ejected from the nozzle;a primary heat exchanger that provides a first flow path and allows a combustion gas produced by the combustion of the mixture to move through the first flow path; anda secondary heat exchanger located adjacent to the primary heat exchanger, that provides a second flow path and allows the combustion gas discharged from the primary heat exchanger to move through the second flow path,wherein the secondary heat exchanger comprises:at least one tube forming the second flow path; anda baffle inserted into the at least one tube,wherein the baffle comprises:a plate extending long in a lengthwise direction of the tube and twisted in the shape of a screw; anda plurality of holes formed to penetrate the plate.2. The gas furnace of claim 1 , wherein the plate comprises a plurality of segments claim 1 , and the plurality of holes are formed in the plurality of segments ...

PORTABLE AIR CONDITIONING APPARATUS

An air conditioning apparatus is provided with an air plenum in fluid communication with an air inlet and an air outlet. A fan moves air through the air plenum. An interchangeable air conditioning core is removably installed within the air plenum and interposed between the air inlet and air outlet such that air moving along an air pathway is forced to proceed through the interchangeable air conditioning core. 1. An air conditioning apparatus , comprising:an exterior case comprising an air inlet and an air outlet;an air plenum disposed within the exterior case in fluid communication with the air inlet and air outlet;a fan communicating with the air inlet for moving air through the air plenum;an interchangeable air conditioning core removably installed within the air plenum and configured such that air is forced to proceed through the interchangeable air conditioning core by operation of said fan; andan air jacket extending adjacent the exterior case and located between said exterior case and the interchangeable air conditioning core, wherein air directed through the air jacket by operation of said fan does not pass through the interchangeable air conditioning core.2. The air conditioning apparatus of claim 1 , further comprising at least one air conditioning device arranged within the interchangeable air conditioning core such that air moving through said core is conditioned by the at least one air conditioning device claim 1 , wherein the least one air conditioning device is removable from the air plenum together with the interchangeable air conditioning core.3. The air conditioning apparatus of claim 2 , wherein the at least one air conditioning device comprises a source of thermal energy.4. The air conditioning apparatus of claim 3 , wherein the source of thermal energy is an infrared emitter.5. The air conditioning apparatus of claim 3 , wherein the interchangeable air conditioning core comprises a heat exchanger comprising an inner duct and an outer duct claim 3 ...

FORCED AIR HEATER

A forced air heater is provided that includes: a heating element; a heat sink mounted on the heating element; and an air mover directing air towards the heating element such that the directed air provides impinged airflow in relation to the heating element. There is also provided a heater that includes a temperature sensing device, the temperature sensing device includes: a sensing plate mounted on a metallic component in the environment to be heated; and an electrical contact connected to the sensing plate, wherein the electrical contact is thermally coupled with the metallic component via the sensing plate. There is further provided a method of controlling a heater that includes a temperature sensing device that it is thermally connected to a solid component in the environment to be heated. 1. A forced air heater comprising:a heating element;a heat sink mounted on the heating element; andan air mover directing air towards the heating element such that the directed air provides impinged airflow in relation to the heating element.2. The heater of claim 1 , wherein the heat sink has at least one extended surface extending approximately in the direction of the air directed from the air mover.3. The heater of claim 1 , wherein the air mover directs the air such that the angle of impingement is an acute angle relative to the heating element.4. The heater of claim 3 , wherein the angle of impingement is between 30 and 60 degrees relative to the heating element.5. The heater of claim 1 , wherein the air mover comprises a plurality of air movers and each air mover directs air towards the heating element at a different angle.6. The heater of claim 5 , wherein the plurality of the air movers comprises two air movers and each air mover directs air towards the heating element from opposite sides of the heating element.7. The heater of claim 1 , wherein the heating element is a positive temperature coefficient (PTC) heating element.8. The heater of claim 1 , wherein the heating ...

Packaged terminal climate unit for pest control

In certain embodiments, a packaged terminal device for killing pests in an affected area includes a housing configured to be positioned at least partially within an affected area, a fan positioned within the housing, and one or more heating elements positioned within the housing. The fan is operable to draw a flow of air from the affected area into the housing. The one or more heating elements are operable to generate heated air by transferring heat to the flow of air. The packaged terminal device further includes a control unit operable to control the operation of the one or more heating elements in order to cause the packaged terminal device to operate in either a first mode or a second mode. In the first mode, the operation of the one or more heating elements is controlled such that sufficient heated air is generated to heat at least a portion of the affected area to a temperature less than or equal to a first predefined temperature. In the second mode, the operation of the one or more heating elements is controlled such that sufficient heated air is generated to heat at least a portion of the affected area to a temperature greater than or equal to a second predefined temperature, the second predefined temperature being greater than the first predefined temperature.

FORCED AIR HEATER INCLUDING MULTIPLE ON-BOARD SOURCES OF ELECTRIC ENERGY

A heater includes a housing extending longitudinally between a rear intake end and a front discharge end, a support attached to a lower portion of the housing, and a cylindrical combustion chamber secured within the housing. A control unit is disposed within the support adjacent to the combustion chamber. A heater control panel is disposed on the support and electrically connected to the control unit, the heater control panel including an ignition switch for selective operation of the control unit to power an igniter. An electrical conductor is electrically connected to the control unit, wherein the support is configured to retain a battery for connection with the electrical conductor, to power the control unit. A plug is connected to the support and electrically connected to the control unit by a rectifier to convert AC power from an external power source to DC power to supply to the control unit. 1. A heater comprising:a housing extending longitudinally between a rear intake end and a front discharge end;a support attached to a lower portion of the housing;a cylindrical combustion chamber secured within the housing;a control unit disposed within the support adjacent to the combustion chamber;a motorized fan assembly disposed in the housing between the intake guard and a rear end of the cylindrical combustion chamber, the motorized fan being electrically connected with the control unit;a nozzle disposed within the cylindrical combustion chamber and connected with a fuel passage extending into the support, for supplying fuel to the combustion chamber through the nozzle;an igniter disposed within the cylindrical combustion chamber, the igniter being electrically connected with the control unit;a heater control panel disposed on the support and electrically connected to the control unit, the heater control panel including an ignition switch for selective operation of the control unit to power the igniter;an electrical conductor electrically connected to the control ...

RADIANT HEATER DEVICE

A radiant heater device includes: a heater main body having a heating portion that generates heat by being supplied with electric power to radiate radiation heat due to the heat supplied from the heating portion; an output control unit that controls an output of the heating portion; and a maximum output determination unit that determines an upper limit of the output of the heating portion depending on a heat load around the heater main body. The output control unit controls the output of the heating portion depending on the heat load not to exceed the upper limit of the output determined by the maximum output determination unit. 1. A radiant heater device comprising:a heater main body having a heating portion that generates heat by being supplied with electric power to radiate radiation heat due to the heat supplied from the heating portion;an output control unit that controls an output of the heating portion; anda maximum output determination unit that determines an upper limit of the output of the heating portion depending on a heat load around the heater main body, whereinthe output control unit controls the output of the heating portion depending on the heat load not to exceed the upper limit of the output determined by the maximum output determination unit.2. The radiant heater device according to claim 1 , further comprising:an output setting unit that sets an output level of the heating portion; anda storage unit that stores control characteristic data used to determine the output of the heating portion relative to the heat load depending on the output level of the heating portion set by the output setting unit in advance, whereinthe output control unit controls the output of the heating portion determined depending on the heat load according to the control characteristic data not to exceed the upper limit of the output determined by the maximum output determination unit when the output level set by the output setting unit is a maximum level.3. The radiant ...

DEFROSTING ROLL-UP CLIMATE CONTROLLED DOOR

A roll-up door assembly includes a first curtain, a second curtain, and a side frame. The first curtain and the second curtain can transition between a lowered position and a raised position. The first curtain and the second curtain at least partially define an internal volume in the lowered position. The side frame includes an elongated body defining a hollow interior, a pair of curtain tracks, a heating assembly, and an inlet assembly. The pair of curtain tracks can guide the first curtain and the second curtain between the lowered position and the raised position. The heating assembly can circulate heated air into the internal volume. The inlet assembly can provide fluid commination between the heating assembly and a lower temperature conditioned space such that the heating assembly can circulate air from the lower temperature conditioned space into the internal volume. 1. A roll-up door assembly , comprising:(a) a first curtain;(b) a second curtain; wherein the first curtain and the second curtain are configured to transition between a lowered position and a raised position, wherein the first curtain and the second curtain at least partially define an internal volume in the lowered position; and (i) an elongated body defining a hollow interior,', '(ii) a pair of curtain tracks configured to guide the first curtain and the second curtain between the lowered position and the raised position,', '(iii) a heating assembly configured to circulate heated air into the internal volume, and', '(iv) an inlet assembly configured to provide fluid communication between the heating assembly and a lower temperature conditioned space such that the heating assembly circulates air from the lower temperature conditioned space into the internal volume., '(c) a side frame, wherein the side frame comprises2. The roll-up door assembly of claim 1 , wherein the elongated body further comprises a wall mounting surface and an inward surface claim 1 , wherein the wall mounting surface is ...

Vehicle heater

A vehicle heater housing ( 46 ) has an inlet area ( 49 ), an outlet area ( 51 ) and an air flow space ( 47 ) for air to be heated with a burner chamber assembly unit ( 30 ), to be fed with combustion air and fuel. A heat exchanger area ( 11 ), including a heat exchanger housing ( 12 ), is elongated in the direction of a housing longitudinal axis (L) with an outer side ( 24 ) around which air flowing in the air flow space flows. Heat transfer ribs are on a side of the heat exchanger housing. The heater housing has a housing circumferential wall ( 56 ) and an outlet front wall area ( 58 ). The heat transfer ribs have a longitudinal edge ( 64 ) extending along the housing circumferential wall and a radial edge extending along the outlet front wall area. A distance of the radial edge from the outlet front wall area changes from radially outwards to radially inwards.

METHOD AND SYSTEM FOR PROTECTING A SINGLE-STAGE FURNACE IN A MULTI-ZONE SYSTEM

A method of protecting a single-stage furnace in a multi-zone system includes monitoring a temperature of each zone of a plurality of zones, determining if the temperature of at least one zone of the plurality of zones is less than a threshold temperature, powering on the HVAC system to satisfy a heating demand of the zone having a temperature less than the threshold temperature, monitoring an outlet temperature of the single-stage furnace, determining if the outlet temperature is greater than an outlet temperature threshold, and responsive to a determination that the outlet temperature is greater than the outlet temperature threshold, modulating a gas valve to reduce a flow of gas to the single-stage furnace. 1. A method of protecting a single-stage furnace in a multi-zone system , the method comprising:monitoring, by an HVAC controller of an HVAC system, a temperature of each zone of a plurality of zones;determining, by the HVAC controller, if the temperature of at least one zone of the plurality of zones is less than a threshold temperature;responsive to a determination that the temperature of at least one zone of the plurality of zones is less than the threshold temperature, powering on the HVAC system to satisfy a heating demand of the zone having a temperature less than the threshold temperature;monitoring, by the HVAC controller, an outlet temperature of the single-stage furnace;determining, by the HVAC controller, if the outlet temperature is greater than an outlet temperature threshold; andresponsive to a determination that the outlet temperature is greater than the outlet temperature threshold, modulating a gas valve to reduce a flow of gas to the single-stage furnace.2. The method of claim 1 , comprising:determining, by the HVAC controller, if the heating demand has been satisfied; andresponsive to a determination that the heating demand has not been satisfied, returning to the monitoring step.3. The method of claim 1 , wherein the powering on the HVAC ...

METHOD AND DEVICE FOR ERECTING A TOWER FOR A WIND ENERGY PLANT

The present invention concerns a lifting apparatus, in particular a cross lifting beam, for lifting a first pylon segment of a concrete pylon of a wind power installation by means of a crane, including at least one fixing means for fixing the pylon segment to the lifting apparatus, and at least one release apparatus for releasing a connection between the lifting apparatus and the pylon segment. 1. A lifting apparatus for lifting a first pylon segment of a concrete pylon of a wind power installation of in conjunction with a crane , the lifting apparatus comprising:at least one fixing means for fixing the first pylon segment to the lifting apparatus; andat least one release apparatus configured to actuate the at least one fixing means for releasing a connection between the lifting apparatus and the first pylon segment.2. The lifting apparatus according to wherein the release apparatus is configured to release the connection between the lifting apparatus and the first pylon segment in a substantially residue-free fashion such that a second pylon segment can be arranged on the first pylon segment.3. The lifting apparatus according to wherein the release apparatus is configured to release the connection of a steel cable loop or eye screwed into the first pylon segment unscrewing it.4. The lifting apparatus according to wherein each fixing means is adapted to be connected to one or more steel loops of the first pylon segment claim 3 , and wherein each fixing means is provided with one of the release apparatuses and is configured to screw the steel loop connected to the respective fixing means out of the first pylon segment.5. A The lifting apparatus according to wherein the at least one fixing means comprises two fixing means claim 1 , each of the two fixing means having a transverse pin portion or a hook portion that is configured to be releasably connected to a steel cable loop.6. The lifting apparatus according to wherein the release apparatus has an electric motor for ...

SYSTEMS AND METHODS FOR PROVIDING AIRFLOW IN FURNACE SYSTEMS

A heating system, includes a furnace that is configured to heat air to be provided to a conditioned space, a pressure sensor configured to collect sensor data indicative of a pressure of air within the furnace; a fan configured to supply the heated air to the conditioned space, and a motor configured to drive the fan. Additionally, the heating system includes processing circuitry communicatively coupled to the pressure sensor and the motor. The processing circuitry is configured to control the motor based upon the sensor data such that an amount of airflow supplied to the conditioned space is constantly supplied by the fan. 1. A heating system , comprising:a furnace configured to heat air to be provided to a conditioned space;a pressure sensor configured to collect sensor data indicative of a pressure of air within the furnace;a fan configured to direct heated air to the conditioned space;a motor configured to drive the fan; andprocessing circuitry communicatively coupled to the pressure sensor and the motor, wherein the processing circuitry is configured to control the motor, based upon the sensor data, such that an amount of airflow supplied to the conditioned space is constantly supplied by the fan.2. The heating system of claim 1 , wherein the pressure sensor is disposed within a cabinet of the furnace and is configured to measure a pressure of air within the cabinet.3. The heating system of claim 2 , wherein the motor is disposed within the cabinet.4. The heating system of claim 3 , wherein the processing circuitry is disposed within the cabinet.5. The heating system of claim 1 , wherein the motor is a constant torque brushless direct current (DC) motor.6. The heating system of claim 1 , comprising a controller disposed within the conditioned space claim 1 , wherein the controller is communicatively coupled to the processing circuitry and configured to determine the amount of airflow.7. The heating system of claim 1 , wherein the sensor data comprises a first ...

APPARATUS, SYSTEM, AND METHOD OF PROVIDING UNDERFILL ON A CIRCUIT BOARD

An apparatus, system and method for dispensing underfill to components on a printed circuit board. The apparatus, system and method may include an underfill chamber having an input through which the printed circuit board is received; at least one dispensing robot capable of dispensing the underfill to the components; a lower heater suitable to substantially evenly heat at least half of or the entirety of an underside of the printed circuit board once the printed circuit board is within the underfill chamber; and an overhead heater capable of heating up to half of a topside of the printed circuit board once the printed circuit board is within the underfill chamber. 1. An apparatus for dispensing underfill to components on a printed circuit board , comprising:an underfill chamber having an input through which the printed circuit board is received;at least one dispensing robot capable of dispensing the underfill to the components;a lower heater suitable to substantially evenly heat at least half of or the entirety of an underside of the printed circuit board once the printed circuit board is within the underfill chamber; andan overhead heater capable of heating up to half of a topside of the printed circuit board once the printed circuit board is within the underfill chamber.2. The apparatus of claim 1 , further comprising a conveyer capable of conveying the printed circuit board through the input.3. The apparatus of claim 2 , wherein the conveyer comprises a slide.4. The apparatus of claim 2 , wherein the conveyer is automated and the conveying through the input is subjected to an automated timer.5. The apparatus of claim 1 , further comprising a carrier upon which the printed circuit board passes into the underfill chamber.6. The apparatus of claim 5 , wherein the lower heater comprises the carrier.7. The apparatus of claim 6 , wherein the carrier comprises finned heaters.8. The apparatus of claim 6 , wherein the carrier comprises air circulators.9. The apparatus of ...

TEMPERATURE REGULATING DEVICE FOR FAN

A temperature regulating device, which is installed with an electric fan, comprises an air-compressing member for outputting a compressed gas, a vortex tube, a hot gas accelerating member, a cold gas accelerating member, and an outputting member. The compressed gas is received by the vortex tube. The compressed gas flowing through the vortex tube is discharged from the hot gas outlet as a hot gas of the vortex tube and is discharged from the cold gas outlet as a cold gas of the vortex tube. The hot gas accelerating member is converged the hot gas and the compressed gas to discharge a high-speed hot gas from the hot gas export outlet. The cold gas accelerating member is converged the cold gas and the compressed gas to discharge a high-speed cold gas from the cold gas export outlet. The high-speed hot gas and the high-speed cold gas in a predetermined ratio are mixed by the outputting member as temperature-adjusted gas to flow from the temperature adjustment gas outlet to an air supply channel of the electric fan so as to adjust temperature of outflowing air of the electric fan. 1. A temperature regulating device , which is installed with an electric fan , comprising:an air-compressing member for outputting a compressed gas;a vortex tube having a gas inlet, a cold gas outlet and a hot gas outlet which are connected to the gas inlet, the gas inlet connected to the air-compressing member to receive the compressed gas, wherein the compressed gas flowing through the vortex tube is discharged from the hot gas outlet as a hot gas having a temperature higher than the compressed gas and is discharged from the cold gas outlet as a cold gas having a temperature lower than the compressed gas;a hot gas accelerating member having a hot gas export outlet, the hot gas accelerating member connected to the hot gas outlet and the air-compressing member to converge the hot gas and the compressed gas to discharge a high-speed hot gas from the hot gas export outlet;a cold gas accelerating ...

Air Fryer with Oil Residual Prevention Arrangement

An air fryer includes a first housing, a second housing, a heating element supported in the first housing, a fan supported in the first housing, and an oil residual prevention arrangement. The oil residual prevention arrangement includes a screening member detachably attached on at least one of the first housing and the second housing to provide a boundary between the first housing and the second housing such that oil residual produced from the second housing is substantially blocked by the screen member. The screening member has a plurality of ventilating channels communicating the first housing with the second housing so as to maintain sufficient air circulation between the first housing and the second housing for air frying. 1. An air fryer , comprising:a first housing;a second housing connected to said first housing;at least one heating element supported in said first housing;a fan supported in said first housing;an oil residual prevention arrangement, which comprises a screening member detachably attached on at least one of said first housing and said second housing to provide a boundary between said first housing and said second housing such that oil residual produced from said second housing is substantially blocked by said screen member, said screening member having a plurality of ventilating channels communicating said first housing with said second housing so as to maintain sufficient air circulation between said first housing and said second housing for air frying.2. The air fryer claim 1 , as recited in claim 1 , wherein said first housing has a first housing cavity claim 1 , wherein said heating element and said fan are supported in said first housing cavity claim 1 , said second housing having a second housing cavity claim 1 , said air fryer further comprising a deep-frying tray detachably attached on said second housing claim 1 , said deep-frying tray having a food storage cavity for temporarily accommodating a predetermined amount of food items.3. ...

FORCED AIR HEATER INCLUDING MULTIPLE ON-BOARD SOURCES OF ELECTRIC ENERGY

One or more techniques and/or systems are disclosed for a heating device may comprise a control assembly having a self-contained, on board power supply. A control unit may control the operation of the heater and the power supply may comprise a first power source in electrical communication with the control unit, wherein the control unit controls the operation of the first power source to selectively supply electrical power to at least a portion of the heating device; and, a second power source in electrical communication with the control unit, wherein the control unit controls the operation of the second power source to selectively supply electrical power to at least a portion of the heating device. 1. A forced air heating system , comprising:a housing comprising an elongated tubular shell;a combustion region disposed within the housing;a fuel inlet fluidly coupled with the combustion region, the fuel inlet configured to fluidly couple with an external fuel tank;a support engaged with the lower portion of the housing proximate the combustion region, the support comprising an internal chamber;a control unit, at least a portion of which is disposed in the internal chamber, which selectively supplies electrical power from a power supply to control at least a portion of the heater; anda first power source electrically coupled with the power supply, the first power source electrically coupling with a selectively removable rechargeable battery.2. The heating system of claim 1 , comprising a second power source electrically coupling with a remote power source.3. The heating system of claim 2 , the second power source comprising an alternating current (AC) electrical power source supplied by remote source of AC electrical power coupled with the second power source.4. The heating system of claim 3 , comprising a rectifier electrically coupled with the second power source for converting AC electrical power to direct current (DC) electrical power.5. The heating system of claim ...

RPM CONTROL METHOD OF BLOWER FOR GAS FURNACE

The present invention relates to a method of controlling an RPM of a blower for a gas furnace that passes air to be supplied to a room around a heat exchanger of a gas furnace. The method includes: starting operation of the gas furnace; measuring an air temperature in an outlet side of the gas furnace; measuring the RPM of the blower; determining whether the air temperature falls within a reference temperature range; and adjusting the RPM of the blower such that the air temperature falls within the reference temperature range. 1. A method of controlling an RPM of a blower for a gas furnace that passes air to be supplied to a room around a heat exchanger of a gas furnace , the method comprising:starting operation of the gas furnace;measuring an air temperature in an outlet side of the gas furnace;measuring the RPM of the blower;determining whether the air temperature falls within a reference temperature range; andadjusting the RPM of the blower such that the air temperature falls within the reference temperature range.2. The method of claim 1 , wherein claim 1 , if it is determined that the air temperature is lower than a lower limit temperature of the reference temperature range claim 1 , adjusting the RPM of the blower comprises maintaining an inoperative state of the blower when the blower is not operating claim 1 , and reducing a current RPM of the blower by a certain amount when the blower is operating.3. The method of claim 1 , wherein adjusting the RPM of the blower comprises maintaining a current RPM of the blower claim 1 , if it is determined that the air temperature falls within the reference temperature range.4. The method of claim 1 , wherein adjusting the RPM of the blower comprises increasing a current RPM of the blower by a certain amount claim 1 , if it is determined that the air temperature exceeds an upper limit temperature of the reference temperature range but is lower than a restriction temperature higher than the upper limit temperature.5. The ...

PULSE WIDTH MODULATED MULTIPLE HEATER CONTROL

A system includes, in one example, a first heater device, a second heater device, and a temperature sensor, each disposed within a fluid flow. The system further includes a controller communicatively coupled to the first heater device, the second heater device, and the temperature sensor. The controller is configured to receive, from the temperature sensor, an indication of a measured temperature of the fluid flow. The controller is further configured to control, based on a difference between the measured temperature of the fluid flow and a target temperature, operation of the first heater device via a first pulse width modulation signal and operation of the second heater device via a second pulse width modulation signal. 1. A system comprising:a first heater device, a second heater device, and a temperature sensor, each disposed within a fluid flow; and receive, from the temperature sensor, an indication of a measured temperature of the fluid flow; and', 'control, based on a difference between the measured temperature of the fluid flow and a target temperature, operation of the first heater device via a first pulse width modulation signal and operation of the second heater device via a second pulse width modulation signal., 'a controller communicatively coupled to the first heater device, the second heater device, and the temperature sensor, the controller configured to2. The system of claim 1 , wherein the first heater device and the second heater device are disposed in series within a flow duct.3. The system of claim 1 , wherein the second heater is disposed downstream of the first heater within the fluid flow.4. The system of claim 1 , wherein the controller is configured to control the operation of the first heater device via the first pulse width modulation signal and the operation of the second heater device via the second pulse width modulation signal by at least being configured to:increase, in response to determining that the measured temperature of the ...

MOBILE HEATER AND FAN SYSTEM AND METHODS OF COMMISIONING A DATA CENTER

A mobile system for simulating a thermal load and airflow expected in the operation of a data center includes a thermal energy source, an impeller and impeller drive unit, an outlet port, a frame and a ground engaging member. The thermal energy source provides thermal energy to air adjacent to the thermal energy source. The impeller controls a flow rate of air adjacent to the adjacent to the thermal energy source. The outlet port outputs the flowing air. The impeller drive unit drives the impeller at a frequency based on a determined airflow at the outlet port. The frame supports the thermal energy source, the impeller, the output port and the drive unit. The ground engaging member supports the frame and enables the mobility of the system. 1. A mobile system for simulating a thermal and airflow load expected in operation of a data center , the system comprising:a thermal energy source configured to provide thermal energy to air adjacent to the thermal energy source;an impeller oriented substantially horizontal and configured to control a flow rate of the air adjacent to the thermal energy source such that the air adjacent to the thermal energy source flows in a vertically upward direction;an output port positioned vertically above the impeller and oriented substantially horizontal, wherein the output port is configured to output the vertically flowing air;an impeller drive unit configured to drive the impeller at a rotational frequency that is varied during operation of the system based on a comparison of a predetermined airflow range and an actual airflow through the output port, wherein the actual airflow is monitored during the operation of the system by an airflow meter that is positioned either adjacent or within the output port wherein the predetermined airflow range corresponds to the airflow load expected in the operation of the data center and a predetermined airflow tolerance;a frame configured to support the thermal energy source, the impeller, the output ...

HEAT CONDITIONING DEVICE UNDERNEATH A SHELF AND CATERING TABLE THEREOF

A device for the local heat conditioning around a shelf is disclosed including at least a heat conditioning member provided with heating means and with an air moving fan, mounted underneath said shelf through a support structure fixed to the lower surface of said shelf, wherein said heat conditioning member is mounted so that said fan generates an airflow directed substantially horizontally and radially towards the outside of said shelf, said support structure comprises at least fixed sliding means and a fastening shuttle slidingly mounted with respect to said fixed sliding means through releasable constraining means, said at least heat conditioning member being integral with said fastening shuttle, said fastening shuttle furthermore including power supply socket/plug, for supply power to said at least heat conditioning member, apt to be connected to a power supply plug/socket. 1. A device for the local heat conditioning around a shelf comprisingat least a heat conditioning member provided with heating means and with an air movement fan, mounted underneath said shelf through a support structure fastened to the lower surface of said shelf, whereinsaid heat conditioning member is mounted so that said fan generates an airflow directed substantially horizontally and radially towards the outside of said shelf,said support structure comprises at least fixed sliding means and a fastening shuttle slidingly mounted with respect to said fixed sliding means through releasable constraining means,said at least one heat conditioning member being integral with said fastening shuttle,said fastening shuttle furthermore comprising a power supply socket/plug, for supplying power to said at least one heat conditioning member, apt to be connected to a power supply plug/socket.2. The device according to claim 1 , wherein said releasable constraining means are in the shape of a rail slidingly engagable with said fixed sliding means in the shape of a rail means.31. The device claimed in ...

HEATING AND COOLING APPARATUS

A heating and cooling apparatus provides hands free operation for heating and cooling a room and purifying the surrounding air. Apparatus includes a fan, a housing for receiving the fan, and at least one heating element positioned between an outer edge of the fan and an inner surface of the housing. Apparatus further includes system logic to control operation of a motor when a parameter, such as temperature or occupation of a room is detected. Housing includes air purifying properties to reduce virus or bacteria in the air moving through the apparatus. 1. A heating and cooling apparatus comprising:a fan comprising a plurality of blades extending between a support plate and a retaining collar;a housing configured to receive the fan; andat least one heating element attached to the housing.2. The heating and cooling apparatus of claim 1 , further comprising:an inner surface of the housing;an annular outer edge of the retaining collar on the fan;a spaced gap defined between the inner surface and the outer edge; andwherein the at least one heating element is disposed within the spaced gap.3. The heating and cooling apparatus of claim 1 , wherein each blade comprises:a first edge extending along the support plate;a second edge spaced apart from the first edge extending along the collar;an entrance edge configured to draw air inwardly in a substantially vertical direction; andan exit edge spaced apart and shorter than the entrance edge configured to move air outwardly in a substantially horizontal direction.4. The heating and cooling apparatus of claim 1 , wherein each blade comprises:a concave first surface to draw air generally vertically upwards; andan opposite facing convex second surface to move air horizontally outward as the fan rotates about an axis.5. The heating and cooling apparatus of claim 1 , wherein the support plate includes:a concave segment extending through the center of the plate;an annular convex segment spaced radially outward of the concave segment; ...

Superheated steam and efficient thermal plasma combined generation for high temperature reactions apparatus and method

Presented are devices and methods for the generation of high temperature plasma, wherein air or gas is projected past a heating element, or superheated steam produced by water projection on an element and combinations thereof utilizing a heat source comprising an electrically powered heating element in a double helical (DNA) shape which allows for an efficient generation of high heat output.

Electrically Operated Fireplace Systems and Methods

The present disclosure is directed to systems and methods for providing an electrically operated fireplace that includes a one or more display panels, one or more reflective surfaces inclined at an angle with respect to the one or more display panels to reflect the video images of a flame displayed by the one or more display panels. One or more filters or privacy screens are disposed proximate the one or more display panels. Beneficially, the electrically operated fireplaces disclosed herein do not require the use of moving parts, such as a rotating mirror, to provide the images of the flames. Further, since video images are used to provide the flame effect, the flame effect may be varied simply by loading a new video image into the memory portion of the control circuitry used to provide the flame display. 1. An electrically operated fireplace system , comprising:one or more first display panels aligned to form a first planar display structure;one or more first reflective panels, having at least one reflective surface disposed at an angle measured with respect to the first planar display structure, the at least one reflective surface to reflect at least a portion of an image displayed by the first planar display structure;one or more first filters disposed between the first planar display structure and the one or more first reflective panels, the one or more first filters to transmit incident visible light generated by the first planar display structure and perpendicular to the one or more first filters.2. The system of claim 1 , further comprising one or more first substrate light sources.3. The system of wherein the one or more first substrate light sources comprise one or more light emitting diode (LED) light sources.4. The system of claim 2 , further comprising:a substrate material disposed proximate the substrate light source and proximate at least a portion of the one or more first reflective panels, the substrate material to diffuse the light emitted by the ...

HOT AND COOL FAN

A hot and cool fan is revealed. An air distribution unit and a feed unit are mounted in a fan body. The feed unit consists of a driving part and a driven part connected to each other. An electric heating unit is connected to the driven part for being moved to be aligned with or away from an air exhaust part of the air distribution unit. Air from the air exhaust part is heated by the electric heating unit when the electric heating unit is aligned with the air exhaust part. Air is blown out of the air exhaust part smoothly when the electric heating unit is away from the air exhaust part of the air distribution unit. Thereby the fan is switched between a warm mode and a cold mode easily and there is a sufficient amount of wind available. 1. A hot and cool fan comprising:a fan body with a mounting space formed therein;an air distribution unit arranged at the mounting space of the fan body;a feed unit set in the mounting space of the fan body and having a driving part and a driven part connected to the driving part; andan electric heating unit that is connected to the driven part for being moved to be corresponding to an air exhaust part of the air distribution unit or away from the air exhaust part of the air distribution unit.2. The device as claimed in claim 1 , wherein the fan body is disposed with at least one air inlet and at least one air outlet; the air inlet and the air outlet are communicating with the mounting space; the air exhaust part of the air distribution unit is corresponding to the air outlet of the fan body.3. The device as claimed in claim 1 , wherein the fan body includes a housing and a cover while the mounting space is formed inside the housing; an opening end is formed on one end of the housing and at least one air inlet is disposed on a surface of another end of the housing; the cover is arranged at the opening end of the housing and is set with at least one air outlet; both the air inlet and the air outlet are communicating with the mounting ...

HEATING CONVECTORS PROVIDED WITH GAS HEATERS

Heating convectors are provided which include a housing, a fan arranged inside the housing and a gas heater to heat air which is sucked in by the fan through a vertical conduit forming the housing of the gas heater. An upstream wall of the housing may include an inlet opening in the region where the conduit of the gas heater is connected to the housing so as to allow shifting between a closed normal-operation position, in which the gas heater closes off the inlet opening, and an open position, in which the gas heater allows access to the inside of the housing, and therefore to the fan, through the inlet opening. The conduit may be connected by a hinge device to the upstream wall of the housing, in such a way that the conduit and the housing are rotatable relative to each other about a hinge axis (y) between the closed position and the open position. 15-. (canceled)6. A heating convector for convection heating of spaces comprising a housing , a fan arranged inside the housing and a gas heater to heat air which is sucked in by the fan through a conduit forming the housing of the gas heater ,wherein an upstream wall of the housing has an inlet opening in the region of which the conduit of the gas heater is releasably connected to the housing, so as to allow shifting between a closed normal-operation position, in which the gas heater closes off the inlet opening, and an open position, in which the gas heater allows access to the inside of the housing, and therefore to the fan, through the inlet opening,and wherein the conduit of the gas heater is connected by a hinge device to the upstream wall of the housing, in such a way that the conduit and the housing are rotatable relative to each other about a hinge axis (y) between said closed position and said open position.7. The heating convector of claim 6 , wherein the conduit and the housing are freely rotatable relative to each other about the hinge axis (y) claim 6 , and wherein the heating convector further comprises a ...

Fuel/Air Furnace Mixer

A heating, ventilation, and/or air conditioning (HVAC) furnace has a venturi premixer and a disturber disposed downstream relative to the premixer and in an undivided output of the venturi premixer. 1. A heating , ventilation , and/or air conditioning (HVAC) furnace , comprising:a venturi premixer; anda disturber disposed downstream relative to the premixer and in an undivided output of the venturi premixer.2. The HVAC furnace of claim 1 , further comprising:a post-combustion chamber comprising a plurality of outlets, wherein the post-combustion chamber is disposed downstream of the disturber, and wherein the post-combustion chamber and premixer are in fluid communication with each other.3. The HVAC furnace of claim 2 , wherein the post-combustion chamber comprises a deflector.4. The HVAC furnace of claim 2 , wherein the post-combustion chamber is configured to divide a single flowpath entering the post-combustion chamber into a plurality of parallel flowpaths exiting the post-combustion chamber.5. The HVAC furnace of claim 1 , further comprising:a heat exchanger tube disposed downstream of the premixer and in fluid communication with the premixer.6. The HVAC furnace of claim 1 , further comprising:a tube configured to receive the undivided output, wherein the disturber is at least partially disposed within the tube, and wherein the tube is configured to pass the undivided output through the tube in an undivided single flowpath.7. The HVAC furnace of claim 1 , wherein the disturber comprises a longitudinal member.8. The HVAC furnace of claim 1 , wherein the disturber comprises a tab member.9. The HVAC furnace of claim 1 , wherein the disturber comprises a helical member.10. The HVAC furnace of claim 1 , further comprising an inducer blower disposed downstream relative to the disturber.11. A receiving tube for a furnace claim 1 , comprising:a flowspace disposed within the receiving tube; anda disturber at least partially disposed within the flowspace;wherein the ...

Multi-Component System for Treating Enclosed Environments

Described herein is a heating system where air is drawn into a system where hot gas is injected into it. The air is then discharged at a regulated temperature into an environment through ductwork to heat environments to elevated temperatures and employing functional modules to further condition the air to humidify, dehumidify, decontaminate with airborne free-radicals, and filtrate in both stationary and portable applications. The system is useful to eradicate pests, disease germs, bacteria, viruses, and mold. The system is also useful in water remediation and comfort heating. The system can be configured to create a parallel path to both heat and dehumidify the airflow blended and discharged at the operator-chosen set-point temperatures. 1. A system to supply an adjustable volume of discharge blended air into an enclosed environment , comprising:a source of BTU energy having a combustion blower configured to establish an air-to-fuel ratio of a direct gas-fired burner;an injection chamber operatively connected to the source of BTU energy;an air inlet connected to the injection chamber configured to receive the heated gas from the source of BTU energy;a dual inlet blower operatively connected to the injection chamber, and configured to draw air through the injection chamber and to inject heated gas into the injection chamber; and,a modulated air inlet gate and modulated air inlet damper in communication with the air inlet, the modulated air inlet damper being movable to one or more positions,the modulated air inlet gate and the modulated air inlet damper being configured to provide a variable and divergent airflow through the air inlet, the variable and divergent airflow being blended with the heated gas received in the injection chamber to form a discharge of blended heated air.2. The system of claim 1 , further comprising a dehumidification chamber positioned in communication with the modulated air inlet gate and damper claim 1 , the dehumidification chamber ...

LANTERN WITH HEATER

A lantern comprises a light source configured to emit visible light, as well as a heater configured to emit heat separate from the visible light of the light source. The lantern may have a housing defining a lighting section and a heating section, with the lighting section being arranged above the heating section. The light source may be positioned in the lighting section, or the light source may be positioned outside of the lighting section and adapted to project visible light at least partially into the lighting section, such as from a base below the lighting section or from a top above the lighting section. The heating section may contain the heater, which may be a convection heater adapted to blow heated air out of the housing in a desired direction. The housing may include a suspension structure for supporting the lantern. 1. A lantern , comprising:a light source configured to emit visible light;a heater configured to emit heat separate from the visible light of the light source; anda housing having a top, a base, and defining an interior volume; the housing permitting visible light from the light source and heat generated by the heater to emanate from the housing.2. The lantern of claim 1 , wherein the housing defines a lighting section and a heating section claim 1 , the heating section containing the heater claim 1 , and the lighting section adapted to be at least partially illuminated by the visible light emitted by the light source.3. The lantern of claim 2 , wherein the lighting section is arranged above the heating section.4. The lantern of claim 3 , wherein the heating section is located in the base.5. The lantern of claim 2 , wherein the heating section is adapted to direct heat from the heater outward from the lantern in a desired direction.6. The lantern of claim 5 , wherein the heater is a convection heater adapted to blow heated air in the desired direction.7. The lantern of claim 2 , wherein the lighting section includes at least one aperture in ...

Heater with Flame Display

A heater with a visual flame display is described. The heater may include a top portion and a base, separated by concentric cylinders. The innermost cylinder houses a flame element, which may be spun into a vortex. The cylinders may be constructed from transparent materials such that the flame element is visible to an observer. The base provides heat at or near ground level for efficient heat distribution.

PORTABLE HEATING SYSTEM

The invention relates to a portable heating system that in a first instance provides heat and in a second instance provides a source of electrical current from thermo electric modules where the produced electrical energy is intended to be forwarded to a rechargeable battery. The rechargeable battery serves as a current source for the portable heating system e.g. for driving the fuel pump and air fans. When the rechargeable battery is replenished with electrical energy a control is configured to switch the by the thermo electrical modules generated electrical energy to selected power consumers arranged with the portable heating system in order to facilitate the thermo electrical modules to keep the intended quality serving as a heat pump for transferring the produced heat from a burner to a transportation media for releasing the heat in the designated intended area. 1. A portable heating system (PHS) , comprising:an air inlet;a combustion chamber for combustion of fuel;a burner connected to the air inlet, the burner comprising a fuel inlet for introducing fuel to the burner;a combustion blower for blowing air from the air inlet into the combustion chamber thereby allowing for production of heat by combustion of the fuel;an outlet for releasing exhaust from the combustion chamber; a first side, arranged in such a way as to absorb heat from the combustion chamber;', 'a second side for releasing heat into the heat transporting media;', 'at least one thermoelectric module arranged between the first side and second side of the heat exchanger for producing electrical power;', 'a rechargeable battery for absorbing the electrical power generated by the at least one thermoelectrical module;, 'a heat exchanger, interfacing the combustion chamber and exchanging heat with a heat transporting media, the heat exchanger comprisinga control that monitors the electrical power generated by the at least one thermoelectric module and regulates a current draw from the at least one ...

ELECTRIC RESISTANCE RADIANT FURNACE WITH MESH, SCREEN, OR HONEYCOMB BETWEEN PANEL EMITTERS

An electric resistance radiant furnace that includes multiple panel emitters and at least one layer of metallic mesh, wire screen, or honeycomb assembly located between the panel emitters. In some embodiments, the panel emitters each include a ceramic body with an electric resistance wire embedded therein. Furnaces can be for heating an occupied space within a building and can also include a blower and controls and heat produced by electricity passing through the wire can be conducted through the ceramic body of each panel emitter and at least part of the heat can be radiated from the ceramic body to the metallic mesh, wire screen, or honeycomb assembly and then be transferred to air blown by the blower between the panel emitters and along the metallic mesh, wire screen, or honeycomb assembly. Concave or convex surfaces of curved layers of metallic mesh, wire screen, or honeycomb assembly can face opposite directions, can face the panel emitters, or both. 1. An electric resistance radiant furnace for heating an occupied space within a building , the electric resistance radiant furnace comprising:a blower;multiple panel emitters, each panel emitter comprising a ceramic body and an electric resistance wire through which electricity passes to produce heat, wherein the electric resistance wire is embedded within the ceramic body;controls that operate the blower and the multiple panel emitters; andat least one layer of metallic mesh, wire screen, or honeycomb assembly located between the multiple panel emitters; heat produced by electricity passing through the electric resistance wire of each panel emitter is conducted through the ceramic body of each panel emitter;', 'at least part of the heat produced by the electric resistance wire of each panel emitter is radiated from the ceramic body to the at least one layer of metallic mesh, wire screen, or honeycomb assembly;', 'the blower blows air between the multiple panel emitters and along the at least one layer of metallic ...

PARAMETRICALLY OPTIMIZED FLAMELESS HEATER SYSTEM TO GENERATE HEAT

The flameless heater system includes an energy source comprising a diesel engine configured to create volumes of air, a hydraulic system to control engine loading for heat generation and for air moving, and a control system, operatively coupled with the energy source and the hydraulic system to control at least one of a speed of the diesel engine, a loading of the diesel engine, or a fan speed. 1. A flameless heater system , comprising:an energy source comprising a diesel engine configured to create volumes of air;a hydraulic system to control engine loading for heat generation and for air moving; anda control system, operatively coupled with the energy source and the hydraulic system to control at least one of a speed of the diesel engine, a loading of the diesel engine, or a fan speed.2. The flameless heater system of claim 1 , further comprising:a magnetic braking system comprising a magnet arm actuator and a pivoting magnet arm, the magnet arm actuator to position the pivoting magnet arm to exert a desired magnetic force on a rotating structure.3. The flameless heater system of claim 2 , wherein the rotating structure comprises rotating disks that are interleaved between magnets of the pivoting magnet arm.4. The flameless heater system of claim 1 , further comprising:a speed system comprising a variable speed hydraulic motor, the variable speed hydraulic motor to independently adjust a rotational speed of a rotating structure.5. The flameless heater system of claim 1 , wherein the hydraulic system further comprises:one or more hydraulic pumps coupled to the diesel engine, the one or more hydraulic pumps to control a fuel burn rate of the flameless heater system.6. The flameless heater system of claim 1 , further comprising:an air system comprising a fan and a variable speed hydraulic fan motor, the fan to facilitate air moving within the flameless heater system and the variable speed hydraulic fan motor to control fan speed of the fan.7. The flameless heater ...

ELECTRIC SPACE HEATER

In a electric space heater, particularly in a relatively low mass portable, freestanding forced circulation air heater, a solid thermal storage element is heated by means of the same electrical heating element used for ordinary output, allowing heat to be stored efficiently and provided later to extend the useful heat output of the heater. 1. An electric space heater comprising:a housing;a fan arranged for drawing ambient air into the housing and ejecting an air stream from an air outlet port in the housing;at least one electrical heating element in the housing for heating the air stream, anda solid thermal storage element disposed in or adjacent the air outlet port.2. The electric space heater of wherein a duct is disposed in the housing for bounding the air stream.3. The electric space heater of wherein the at least one electrical heating element is disposed in the duct between the fan and the air outlet.4. The electric space heater of wherein the at least one electrical heating element is a resistance heating element.5. The electric space heater of wherein the solid thermal storage element comprises at least one opening therethrough for the passage of air.6. The electric space heater of wherein the solid thermal storage element is substantially coextensive with a cross-sectional area of the air outlet.7. The electric space heater of wherein the solid thermal storage element is foraminous.8. The electric space heater of wherein the solid thermal storage element comprises a material selected from a metal claim 7 , mineral or ceramic claim 7 , that is suitable for storing heat at a temperature level of at least about 200° C. claim 7 , and especially about 400° C.9. The electric space heater of wherein the solid thermal storage element is formed of a ceramic material.10. The electric space heater of wherein the ceramic is selected from silicon carbide and aluminium nitride.11. The electric space heater of wherein both the at least one heating element and the solid ...

MODULAR ASSEMBLY FOR ELECTRIC FIREPLACE

An electric fireplace () includes a fireplace housing () and a heater assembly () that is configured to generate heated air. The heater assembly () is configured to be installed substantially within the fireplace housing (). In various embodiments, the heater assembly () includes a heater body (), and a grill cover () that is couplable to the heater body (). The grill cover () includes a cover body () that is couplable to the heater body (), and at least one extender () that is configured to be positioned substantially adjacent to the cover body (). The cover body () has a first cover length. The cover body () and the at least one extender () cooperate to have a second cover length that is greater than the first cover length. The second cover length is substantially equal to a dimension of the fireplace housing (). 1. An electric fireplace comprising:a fireplace housing; anda heater assembly that is configured to generate heated air, the heater assembly being configured to be installed substantially within the fireplace housing, the heater assembly including a heater body, and a grill cover that is couplable to the heater body;wherein the grill cover includes a cover body that is couplable to the heater body, and at least one extender that is configured to be positioned substantially adjacent to the cover body;wherein the cover body has a first cover length, and wherein the cover body and the at least one extender cooperate to have a second cover length that is greater than the first cover length; andwherein the second cover length is substantially equal to a dimension of the fireplace housing.2. The electric fireplace of wherein the heater body has a body length; and wherein the first cover length is substantially equal to the body length.3. The electric fireplace of wherein the at least one extender is configured to be positioned substantially adjacent to an outer lateral edge of the cover body.4. The electric fireplace of wherein the grill cover includes two ...

Blower assembly for use in an air handling system and method for assembling the same

A blower assembly includes a housing including an inner shell and an outer shell that define a flow passage therebetween. The inner shell also at least partially defines a cavity. The blower assembly also includes a fan coupled within the housing such that the fan also at least partially defines the cavity. The blower assembly further includes a motor configured to rotate about an axis. The motor is coupled to the inner shell and is positioned within the cavity radially inward of the flow passage.

SYSTEM AND METHOD FOR OPERATING A PORTABLE AIR HEATER

A portable forced air heater including a housing, a heating element located within the housing, a sensor configured to sense a characteristic of the portable heater, a communications device configured to communicate with an external device, and a controller having an electrical processor and memory. The controller is configured to receive, from the sensor, the characteristic of the portable heater, and output, via the communications device, a signal indicative of the characteristic of the portable heater to the external device. 1. A portable forced air heater comprising:a housing;a heating element located within the housing;a sensor configured to sense a characteristic of the portable heater;a communications device configured to communicate with an external device; and receive, from the sensor, the characteristic of the portable heater, and', 'output, via the communications device, a signal indicative of the characteristic of the portable heater to the external device., 'a controller having an electrical processor and memory, the controller configured to'}2. The portable heater of claim 1 , further comprising a battery receptacle located on the housing claim 1 , the battery receptacle configured to receive a rechargeable battery pack.3. The portable heater of claim 2 , wherein the controller receives power from the rechargeable battery pack.4. The portable heater of claim 2 , wherein the rechargeable battery pack is used in conjunction with a power tool when removed from the battery receptacle.5. The portable heater of claim 1 , wherein the external device is at least one selected from a group consisting of an external computer claim 1 , a smartphone claim 1 , a tablet claim 1 , a smart watch claim 1 , and a server.6. The portable heater of claim 1 , wherein the characteristic is at least one selected from a group consisting of a fuel level claim 1 , a battery capacity claim 1 , a temperature claim 1 , an oxygen level claim 1 , and an angle.7. The portable heater of ...

Hot Food Holding Station with Multi-Functional Ramp

A hot food holding station is a device that can keep food warm, especially food that has been deep fried or cooked, thereby providing consumers convenience of serving heated ready-to-eat food. The device further ensures that edibles that are being held are evenly heated across the storage unit. In order to accomplish this, the device uses a heated airflow system that includes multiple air flow passages and a multi-functional grease tray ramp. The heated airflow system includes an air blower unit, an airflow unit, a heated air chamber and a food holding compartment that are fluidly communicated with one another. Further, the device utilizes fresh air from the atmosphere for heating the food, thereby preventing recirculation of air within the system. 1. A hot food holding station , comprising:an air blower unit;an airflow unit;a heated air chamber; anda food holding compartment;the airflow unit comprising a first air flow chamber, a heater cartridge and a second air flow chamber;the heated air chamber comprising a receptacle, a chamber tray, an airflow nozzle, and an airflow distribution cap;the food holding compartment comprising a plurality of apertures;the airflow unit being connected between the air blower unit and the heated air chamber;the heater cartridge being connected between the first air flow chamber and the second airflow chamber;the heated air chamber being connected between the airflow unit and the food holding compartment;the chamber tray, the airflow nozzle, and the airflow distribution cap being positioned within the receptacle;the airflow distribution cap being mounted onto a lower surface of the food holding compartment;the plurality of apertures traversing through the food holding compartment;the plurality of apertures being distributed across the food holding compartment;the food holding compartment being in fluid communication with the heated air chamber through the plurality of apertures;the heated air chamber being in fluid communication with ...

Heater for an incubator for infants and incubator for infants

A heater, for an incubator for infants, has a housing structure with an upper housing surface and a lower housing surface, at least one air inlet for an inflowing air stream, at least one air outlet for an outflowing air stream, at least one fan impeller, at least one heating element and at least one heat transfer element. The upper housing surface and the lower housing surface delimit a flow space. The heat transfer element is a plate with a flat surface that is arranged horizontally during operation of the heater. An incubator for infants having such a heater is also provided.

Blow Through Air Handler

An air handling unit has an enclosure, a heat exchanger disposed within the enclosure, and a heating element substantially co-located with the heat exchanger within the enclosure. An air handling unit has a cabinet with a first air opening and a second air opening. A blower is disposed within the cabinet adjacent to the first air opening and a heat exchanger is disposed within the cabinet adjacent to an air outlet of the blower unit and also adjacent to the second air opening. At least one heating element is located adjacent the heat exchanger. A method of constructing an air handling unit includes forming an air handling enclosure, mounting a blower in the air handling enclosure, mounting a heat exchanger in the air handling enclosure downstream of the blower, and mounting at least one heating element in the air handing enclosure downstream of the blower. 1. A method of operating a heating , ventilation , and/or air conditioning (HVAC) system , comprising:providing an enclosure comprising a plurality of sides and having an air supply opening in one of the plurality of sides and an air return opening in another of the plurality of sides;disposing a blower within the enclosure;disposing a heat exchanger within the enclosure downstream of the blower and in the discharge airflow path of the blower, wherein the heat exchanger comprises a first section and a second section, and wherein each of the first section and the second section comprises a plurality of fins;disposing at least one electronically-powered resistive heating element substantially co-located with the heat exchanger and downstream of the heat exchanger in the discharge airflow path of the blower;providing an airflow through the enclosure via a discharge airflow path of the blower between the blower and the air supply opening in a downstream direction, the discharge airflow path having a longitudinal axis; andorienting the plurality of fins of the first section of the heat exchanger and the plurality of ...

FOOTHOLD INCLUDING THERMOELECTRIC MODULE

A foothold including a thermoelectric module includes a body having an air channel in which a suction fan is provided and a dissipation channel in which a dissipation fan is provided, and a cover including an air discharge portion disposed on the body. Further, the thermoelectric element is disposed between the dissipation heat sink and the cover. 1. A foothold comprising:a body having an air channel in which a suction fan is provided and a dissipation channel in which a dissipation fan is provided;a dissipation heat sink provided in the body, the dissipation heat sink being positioned in the dissipation channel;a cover disposed to cover the body and having a top surface on which a user's feet are placed; anda thermoelectric element disposed between the dissipation heat sink and the cover,wherein the cover includes:a cover plate to contact with the thermoelectric element, the cover plate including an air discharge portion to discharge air that has passed through the air channel; andat least one fin extending from the cover plate, the at least one fin being positioned in the air channel.2. The foothold of claim 1 , wherein the air channel includes a first channel and a second channel claim 1 , andthe dissipation channel is disposed between the first and second channels.3. The foothold of claim 2 , wherein the suction fan includes:a first fan disposed at a lower portion of the body to force the air to flow through the first channel; anda second fan disposed at a lower portion of the body to force the air to flow through the second channel.4. The foothold of claim 2 , wherein the body includes a first part forming the first channel and a second part forming the second channel claim 2 , andthe first and second channels are disposed at center portions of the first and second parts, respectively.5. The foothold of claim 4 , wherein the cover is disposed over the first and second parts claim 4 , andan intermediate channel is formed between a bottom surface of the cover and ...

MULTIPLE STAGE MODULATING GAS FIRED HEAT EXCHANGER

A modulating heating system includes a tube heat exchanger having a plurality of burners, a combustion air blower (CAB) having an exhaust vent connected with the plurality of burners, the CAB operable at a first speed and a second speed, a first valve connecting a fuel source to a first subset of the plurality of burners, and a second valve connecting a fuel source to a second subset of the plurality of burners, wherein the first and second valves each have a low fire rate and a high fire rate. The heat exchanger is operable through multiple heat stages at a constant fuel-air mixture. 1. A heating system , comprising:a heat exchanger comprising burners configured to burn a combustible fuel-air mixture;a combustion air blower (CAB) operable at a low speed and a high speed to supply air to the burners;a first subset of the burners connected to a fuel source through a first valve;a second subset of the burners connected to the fuel source through a second valve, wherein the first valve and the second valve each have an off position, a low fire rate, and a high fire rate; andwherein the burners are configured to operate in a low fire mode at the low speed and the low fire rate and operated in a high fire mode at the high speed and the high fire rate and the heat exchanger is operable through multiple heat stages.2. The system of claim 1 , wherein the heat exchanger is operable at about a nineteen percent fuel input rate at one of the multiple heat stages.3. The system of claim 1 , wherein the multiple heat stages achieve a turndown ratio of about 3:1 or greater.4. The system of claim 1 , wherein the multiple heat stages achieve a turndown ratio of about 5:1 or greater.5. The system of claim 1 , wherein the multiple heat stages achieve a turndown ratio of about 7.5:1 or greater.6. The system of claim 1 , wherein the fuel-air mixture ratio is maintained constant through the multiple heat stages.7. The system of claim 1 , wherein the CAB comprises a vent common to the ...

Integratable Movement Device for Ventilating Equipment

An integratable movement device for ventilating equipment includes an electric machine such as a motor and a fan wheel connected with the electric machine. The movement device further includes a housing, wherein the electric machine and the fan wheel are installed in an inner lower portion of the housing. An upper portion of the housing integrally forms one or more venting outlets. A plurality of venting outlet units is provided at the venting outlets respectively. A chamber provided between the venting outlets and the fan wheel in the housing defines a venting channel. The housing having the venting outlets and the venting channel, along with the venting outlet units, the electric machine and the fan wheel configure the integratable movement device that is able to be directly assembled into the ventilating equipment. 1. An integratable movement device for ventilating equipment , comprising:an electric machine;a fan wheel connected with said electric machine;a housing, wherein said electric machine and said fan wheel are installed in a lower portion thereof, an upper portion of said housing providing one or more venting outlets; andone or more venting units provided at said one or more venting outlets respectively, wherein a chamber between said one or more venting outlets and said fan wheel in said housing defines a venting channel to allow air blowing from said fan wheel to be buffered and evenly sent out through said one or more venting outlets, wherein said housing having said one or more venting outlets and venting channels, said one or more venting outlet units secured at said one or more venting outlets, and said electric machine and fan wheel installed in said housing constructed said integratable movement device to be assembled into a ventilating equipment.2. The integratable movement device claim 1 , as recited in claim 1 , further comprising a PCT heating component installed in said housing to heat air blowing in said housing claim 1 , thereby said ...

HEAT AND ENERGY RECOVERY AND REGENERATION ASSEMBLY, SYSTEM AND METHOD

A heat recovery system including a chamber having a cooling intake, an emissions intake for receiving exhaust gas from a furnace, and a chamber exhaust to discharge emissions from the chamber, a heat recovery exchanger disposed within the chamber for contacting a mixture of cooling gas from the cooling intake and the exhaust gas to effect heat exchange, a fluid circuit in communication with the heat recovery exchanger, a heat extraction exchanger in fluid communication with the heat recovery exchanger through the fluid circuit to effect heat exchange between the heat extraction exchanger and an airstream running therethrough, and a temperature sensor located in a supply plenum of the furnace and having hi and low temperature set points, the controller is configured so that the furnace is repeatedly cycled when the controller registers temperature sensor signals corresponding to the hi and low temperature set points. 1. A heat recovery system in a habitat to be heated by a furnace having a controller coupled to a thermostat , the heat recovery system comprising:a chamber including a cooling intake, an emissions intake and a chamber exhaust, the emissions intake is configured for receiving exhaust gas emitted as a result of fuel combustion in the furnace and the chamber exhaust is configured to discharge emissions from the chamber;a heat recovery exchanger disposed within the chamber for contacting a mixture of cooling gas introduced through the cooling intake and the exhaust gas introduced through the emissions intake such that heat exchange is effected;at least one fluid circuit in communication with the heat recovery exchanger;a heat extraction exchanger in fluid communication with the heat recovery exchanger through the at least one fluid circuit to effect heat exchange between the heat extraction exchanger and an airstream running therethrough; anda temperature sensor located in a supply plenum of the furnace and having a predetermined hi temperature set point ...

FORCED AIR HEATER INCLUDING MULTIPLE ON-BOARD SOURCES OF ELECTRIC ENERGY

One or more techniques and/or systems are disclosed for a heating device may comprise a control assembly having a self-contained, on board power supply. A control unit may control the operation of the heater and the power supply may comprise a first power source in electrical communication with the control unit, wherein the control unit controls the operation of the first power source to selectively supply electrical power to at least a portion of the heating device; and, a second power source in electrical communication with the control unit, wherein the control unit controls the operation of the second power source to selectively supply electrical power to at least a portion of the heating device. 1. A heating system , comprising: a combustion region; and', the first power source is in electrical communication with a selectively removable rechargeable battery; and', 'the second power source is in electrical communication with remote power source., 'a control unit adjacent the combustion region that selectively supplies electrical power from a first or second power source to control at least a portion of the heater; wherein], 'a forced air heater, comprising2. The heating system of claim 1 , the heater comprising a fuel inlet for coupling to an external fuel tank.3. The heating system of claim 2 , comprising a fuel line to fluidly couple the fuel tank with the fuel inlet claim 2 , the fuel tank comprising a pressurized hydrocarbon fuel used for combustion in the combustion region.4. The heating system of claim 1 , comprising a fuel tank fixedly engaged to the heater claim 1 , and holding liquid fuel oil product used for combustion in the combustion region.5. The heating system of claim 1 , the first power source comprising a selectably removable lithium-based battery.6. The heating system of claim 1 , the forced-air heater comprising a chamber disposed adjacent to the combustion region claim 1 , wherein the control unit is disposed in the chamber.7. The heating ...

CLIMATE CONTROLLED BEDS AND METHODS OF OPERATING THE SAME

A climate controlled seat, bed or other assembly configured to receive a person includes a blower and two or more thermoelectric devices or other conditioning fluid modules. According to one embodiment of an operational scheme, a control system for the seat or bed is configured to continuously discharge air from the blower through the thermoelectric devices. In one arrangement, the thermoelectric devices are sequenced between an activated and a deactivated position. Consequently, the desired cooling and/or cooling effect can be maintained while reducing energy consumption of the climate control system. 119-. (canceled)20. A climate controlled seat assembly configured to receive an occupant , the climate controlled seat assembly comprising:one or more support members configured to receive an occupant;one or more air transfer devices configured to deliver air;a first thermoelectric device configured to heat or cool air delivered by the one or more air transfer devices;a second thermoelectric device configured to heat or cool air delivered by the one or more air transfer devices;a first air distribution device downstream of and in fluid communication with the first thermoelectric device, the first air distribution device configured to distribute air from the one or more air transfer devices toward the occupant on the one or more support members along a first area of the one or more support members;a second air distribution device downstream of and in fluid communication with the second thermoelectric device, the second air distribution device configured to distribute air from the one or more air transfer devices toward the occupant on the one or more support members along a second area of the one or more support members; selectively regulate the first and second thermoelectric devices and the one or more air transfer devices to deliver a volume of air to first and second air distribution devices; and', 'maintain a generally consistent overall power consumption rate for ...

FURNACE, A METHOD FOR OPERATING A FURNACE AND A FURNACE CONTROLLER CONFIGURED FOR THE SAME

A controller for a gas furnace, a computer-usable medium for implementing a method and a gas furnace are disclosed herein. In one embodiment, the controller includes: (1) an interface configured to receive a heating call and (2) a processor configured to enable an inducer of the gas furnace at a low speed based on the heating call and ignite the gas furnace at a high fire operation when determining a low fire pressure switch of the gas furnace is open. 110-. (canceled)11. A method of operating a gas furnace , the method comprising:receiving a heating call for a low fire operation of the gas furnace;enabling, using a processor, an inducer of the gas furnace to operate at a low speed in response to receiving the heating call;determining, using the processor, whether a low fire pressure switch of the gas furnace is open;responsive to a determination that the low fire pressure switch is open, switching the inducer to operate at a high speed;determining, using the processor, whether the low fire pressure switch and a high fire pressure switch are closed; andresponsive to a determination that the low fire pressure switch and the high fire pressure switch are closed, igniting the gas furnace at a high fire operation.12. The method of claim 11 , further comprising:responsive to a determination that the low fire pressure switch is open, igniting, using the processor, the gas furnace at the high fire operation.13. The method of claim 11 , further comprising:responsive to a determination that the low fire pressure switch is open, initiating, using the processor, a lockout routine.14. The method of claim 11 , further comprising:responsive to a determination that the high fire pressure switch is open, initiating, using the processor, a lockout routine.15. The method of claim 11 , further comprising:responsive to a determination that either said low fire pressure switch or said high fire pressure switch is open, initiating, using the processor, a restart routine.16. The method of ...

Open Fronted Cabinet

The present invention relates to an open fronted food storage cabinet (). The cabinet () has a top (), rear (), base () and opposed sides (). The top, rear, base and opposing sides () define an interior space () of the cabinet () which is accessible through an opening () to the front of the cabinet (). The opening () is defined between edges of the top (), base () and opposing sides () of the cabinet (). The cabinet () includes an interior chassis structure () comprised of a base panel (), a rear panel () and a top panel () which are mechanically connected to one another. The base, rear and top panels () are each formed from a structural sandwich composite material () having thermal insulation properties. The rear panel () includes an aperture () to which a mechanism () operable to alter the temperature within interior space () of the cabinet () is mounted. 1. An open fronted food storage cabinet having a top , rear , base and opposed sides , the top , rear , base and opposing sides defining an interior space of the cabinet which is accessible through an opening to the front of the cabinet defined between edges of the top , base and opposing sides of the cabinet , wherein the cabinet includes an interior chassis structure comprised of a base panel , a rear panel and a top panel which are mechanically connected to one another , wherein further the base , rear and top panels are each formed from a structural sandwich composite material having thermal insulation properties , and wherein further the rear panel includes an aperture to which a mechanism operable to alter the temperature within interior space of the cabinet is mounted.2. An open fronted food storage cabinet as claimed in wherein the structural sandwich composite material includes an inner core of expanded polymer and outer metal layers.3. An open fronted food storage cabinet as claimed in wherein the expanded polymer is expanded polystyrene.4. An open fronted food storage cabinet as claimed in wherein the ...

CENTRIFUGAL PROTECTIVE BLOWER

A centrifugal protective hair blower, comprising a plastic shell for wrapping powered devices of the blower, wherein the plastic shell is made of polycarbonate casting; an electric heating device which is arranged in the plastic shell of the hair blower, composed of a two to three sections electric heating wire, and is used to control the blowing temperature of the hair blower; a hemispherical picture-shooting mechanism, which includes a trailing measurement device, an image interception device, a data analysis device, a DC drive motor, an optical filter, optical lens and an image sensing device; an electric heating device, which is connected with a vector analysis device, and is used to reduce the blowing temperature of the hair blower when the target type is a cat, a dog or a rabbit. Through the present invention, it is capable of preventing the hair blower from causing unwarranted injury to surrounding pets. 17-. (canceled)8. A centrifugal protective hair blower , wherein the hair blower comprises:a plastic shell for wrapping various electrical device of the hair blower, and theplastic shell is made of polycarbonate casting.characterized by the hair blower further comprises:an electric heating device which is arranged in the plastic shell of the hair blower, composed of a two to three sections electric heating wire, and is used to control the blowing temperature of the hair blower.characterized by the hair blower further comprises:a hemispherical picture-shooting mechanism, which includes a trailing measurement device, an image interception device, a data analysis device, a DC drive motor, an optical filter, optical lens and an image sensing device;wherein, the image sensing device is used for photoelectric sensing around the hair blower to output images around the hair blower.characterized by:the trailing measurement device is connected to the image sensing device, and is used to receive images around the hair blower, and performs image content measurement on ...

ULTRA-LOW NOx BURNER

A burner for use with an igniter for firing a flame into a heat-exchanger includes a body having a sidewall that defines an interior chamber. A first opening in the body receives a pre-mixed mixture of air and fuel. A second opening in the body is in fluid communication with the first opening. A distributor is connected to the body and closes the second opening. The distributor includes a first portion and at least one curved second portion provided on the first portion. Each second portion includes a plurality of first perforations in fluid communication with the first opening in the body. The first perforations of one second portion are positioned adjacent to the igniter such that ignition of the pre-mix mixture flowing through the first perforations results in a flame through the second portion. A flange extends around the first portion and includes second perforations. 1. A burner for use with an igniter for firing a flame into a heat-exchanger comprising:a body having a sidewall that defines an interior chamber;a first opening in the body for receiving a pre-mixed mixture of air and fuel;a second opening in the body in fluid communication with the first opening; and a first portion;', 'at least one curved second portion provided on the first portion, each second portion including a plurality of first perforations in fluid communication with the first opening in the body, wherein the first perforations of one second portion are positioned adjacent to the igniter such that ignition of the pre-mix mixture flowing through the first perforations results in a flame through the second portion; and', 'a flange extending around the first portion and including second perforations., 'a distributor connected to the body and closing the second opening, the distributor comprising2. The burner of further comprising at least one baffle positioned within the interior chamber for directing the pre-mixed mixture to the at least one second portion claim 1 , the baffle being ...

Led heating lamp and fan

In combination with a building room having a ceiling defining a recessed lighting aperture and a cavity with a lighting receptacle disposed therein, wherein an improvement is disclosed that includes an LED lamp with a housing having a first end with a connector removably coupled to the light receptacle. The lamp has a second end defining a front face with an output vent disposed thereon. The light also has a heating element housed within the housing and electrically coupled to the lighting receptacle, a fan housed within the housing and electrically coupled to the lighting receptacle that is operably configured to emit air in an air-emitting direction substantially parallel to the longitudinal direction and through the heating element and the output vent, and has at least one LED bulb disposed on the rear face operably configured to emit light to an ambient environment.

BLADELESS FAN

A bladeless fan assembly is provided which includes a housing having an air inlet and an air outlet. A blower is located within the housing, and includes a motor for driving an air stream between the air inlet and air outlet of the housing. A directional scoop is affixed to the housing at the air outlet. The directional scoop including a first end, connected to the housing at the air inlet, and a second open end opposite the first end. The first end and second open end of the directional scoop define a longitudinal length “L” of the directional scoop having a longitudinal axis “X.” The directional scoop is arcuate is shape, being curved along the longitudinal axis between the first and the second open end, and about the longitudinal axis to define an open channel along the length of the directional scoop. 1. A fan assembly for comprising:a housing having an air inlet and an air outlet;a blower located within the housing; anda directional scoop affixed to the housing at the air outlet.2. A fan assembly as set forth in claims 1 , further comprising;an inlet grill positioned in the air inlet; andan outlet grill positioned in the air outlet.3. A fan assembly as set forth in claim 1 , wherein the blower is positioned between the air inlet and the air outlet claim 1 , drawing air through the housing.4. A fan assembly as set forth in claim 2 , wherein the blower comprises a motor and a power cable connected to the motor through housing.5. A fan assembly as set forth in claim 1 , where in the directional scoop comprises;a first end connected to the housing at the air inlet;a second open end opposite the first end,wherein the directional scoop is curved along a length between the first end and the second open end.6. A fan assembly as set forth in claim 5 , wherein the directional scoop has a curved inner surface defining an open channel between the first end and the second open end.712. A fan assembly as set forth in claim 6 , wherein the open channel has a first width “W” ...

Magnetic induction heat engine and heat pipe delivery system and methods of producing and delivering heat

A magnetic induction thermal heat unit, capable of producing heat by magnetic field, inducing direct agitation and friction, at the molecular level within a ferrous magnetic or semi-magnetic substrate. The substrate is specifically designed to capitalize on storing the heat generated and then transferring the heat generated to a subsequent device that requires or uses heat as its primary energy source. The system can use both a combination of induction heated substrates that are ferrous or magnetic in various configurations. The substrates can also be joined or bonded to non-magnetic or ferrous materials such as aluminum or copper as a conductive heat path to a heat pipe system where a transfer of thermal energy occurs. Additionally, convective and resultant radiant heat from the magnetic induction system can be directed back into the cumulative total of heat energy produced. The major objective ultimately being able to produce a greater degree of efficiency per given watt of electricity beyond what is currently available with current technology.

BATHROOM MANAGEMENT APPARATUS

Disclosed is a bathroom management apparatus having a storage space for various function modules, and capable of dividing the storage space into various sizes. The bathroom management apparatus may include a cabinet, a frame installed in the cabinet to reinforce stiffness of the cabinet; and a function module may include a towel care module. The function module includes an outer case configured to provide a storage space, a back plate provided inside the outer case to form a rear surface of the storage space, and an attachment groove being formed at a front surface at the back plate, a metal plate disposed at a rear surface of the back plate, and a partition removably coupled to the front surface of the back plate to divide the storage space. The partition may include an attachment protrusion configured for insertion into the attachment groove and a magnet coupled to the metal plate. 1. A bathroom management apparatus comprising:a cabinet having an open front side;a frame installed in the cabinet to reinforce stiffness of the cabinet; anda function module including at least one of a towel care module, a sterilizing module, a secret box module, a refrigerating module, and a charging module, the function module being mounted in the frame,wherein the function module includesan outer case configured to provide a storage space having a front side that is open,a back plate provided inside the outer case to form a rear surface of the storage space, and an attachment groove being formed at a front surface at the back plate,a metal plate disposed at a rear surface of the back plate, anda partition removably coupled to the front surface of the back plate to divide the storage space, wherein the partition includes an attachment protrusion configured for insertion into the attachment groove and a magnet coupled to the metal plate by magnetic force.2. The bathroom management apparatus of claim 1 , further comprising a heater disposed at a rear surface of the metal plate to heat ...

BATHROOM MANAGEMENT APPARATUS

Disclosed is a bathroom management apparatus including a cabinet, a frame provided at an inner side of the cabinet to reinforce stiffness of the cabinet, and having a lower side that is spaced apart from a bottom of the cabinet, a function module including at least one of a towel care module, a sterilizing module, a lock box module, a refrigerating module, and a charging module, and mounted inside the frame, a dryer coupled with the function module and disposed inside the frame, and a vane assembly disposed between the cabinet and a lower side of the frame. A first air outlet is provided for airflow in a forward direction, and a second air outlet provided for airflow in a downward direction. The vane assembly may switch a direction of the airflow received from the dryer through the first air outlet and the second air outlet. 1. A bathroom management apparatus comprising:a cabinet having an open front side;a frame provided at an inner side of the cabinet to reinforce stiffness of the cabinet, and having a lower side that is spaced apart from a bottom of the cabinet;a function module including at least one of a towel care module, a sterilizing module, a lock box module, a refrigerating module, and a charging module, and mounted inside the frame;a dryer coupled with the function module and disposed inside the frame; anda vane assembly disposed between the cabinet and a lower side of the frame, whereina first air outlet is provided between the cabinet and the lower side of the frame for airflow in a forward direction, and a second air outlet provided at a lower side of the cabinet for airflow in a downward direction,the dryer generates airflow and blows air inside the cabinet to the vane assembly, andthe vane assembly switches a direction of the airflow received from the dryer to one of a first direction through the first air outlet and a second direction through the second air outlet.2. The bathroom management apparatus of claim 1 , wherein the frame includes a first ...

BATHROOM MANAGEMENT APPARATUS

A bathroom management apparatus includes: a cabinet having an front surface; at least one frame configured to be attached to the cabinet; and at least one function module including at least one of a towel care module, a sterilizing module, a secret box module, a refrigerating module, a charging module, and an air conditioning module configured to be installed in the at least one frame, wherein the at least one frame provides a first mounting space, a second mounting space provided beneath the first mounting space, and a third mounting space provided beneath the second mounting space. 1. A bathroom management apparatus comprising:a cabinet having an open front surface;at least one frame configured to be attached to the cabinet to reinforce stiffness of the cabinet; andat least one function module configured to be attached to the frame, wherein the at least one function module includes at least one of a towel care module, a sterilizing module, a secret box module, a refrigerating module, a charging module, and an air conditioning module, wherein the at least one frame includes a first mounting space, a second mounting space provided below the first mounting space, and a third mounting space provided below the second mounting space, and wherein one of the towel care module and the secret box module is installed at the first mounting space, one of the towel care module, the refrigerating module, and the charging module is installed at the second mounting space, and one of the towel care module, the sterilizing module, the refrigerating module, the charging module, and the air conditioning module is installed at the third mounting space.2. The bathroom management apparatus of claim 1 , wherein guide ribs are formed at both sides of the at least one function module claim 1 , respectively claim 1 , and inner ribs are formed at a left side frame and a right side frame of the at least one frame to guide and support the guide ribs when the at least one function module is ...

STRUCTURE FOR COUPLING A CASE TO AN AIR HEATER

The present invention relates to a structure for coupling a case to an air heater, and the structure includes: an air heater body for generating flames with the fuel supplied from a fuel tank and forcedly blowing the heat of the flames to the outside; the case detachably coupled surroundingly to the air heater body; fastening screws for unitarily coupling the air heater body and the case to each other; coupling flanges formed on both sides of the case in a longitudinal direction of the case and having first screw coupling holes screw-coupled to the fastening screws; and coupling brackets located on one side and the other side of the air heater body in the longitudinal direction of the air heater body in such a manner as to come into surface contact with the coupling flanges and having second screw coupling holes formed thereon correspondingly to the first screw coupling holes. 1. A structure for coupling a case to an air heater , the structure comprising:an air heater body for generating flames with the fuel supplied from a fuel tank to forcedly and blowing the heat of the flames to the outside;the case detachably coupled surroundingly to the air heater body;fastening screws for unitarily coupling the air heater body and the case to each other;coupling flanges formed on both sides of the case in a longitudinal direction of the case and having first screw coupling holes screw-coupled to the fastening screws; andcoupling brackets located on one side and the other side of the air heater body in the longitudinal direction of the air heater body in such a manner as to come into surface contact with the coupling flanges and having second screw coupling holes formed thereon correspondingly to the first screw coupling holes.2. The structure according to claim 1 , wherein each coupling bracket comprises a first contact fixing portion coming into surface contact with the external surface of the air heater body and a second contact fixing portion coming into surface contact ...

BATHROOM MANAGEMENT APPARATUS

Disclosed is a firm bath management apparatus. A bathroom management apparatus includes: a cabinet of which a front surface is open; a frame installed at an inner side of the cabinet to reinforce stiffness of the cabinet and of which an upper side and a lower side are spaced apart from the cabinet; an upper cover provided between the cabinet and the upper side of the frame to be coupled with the cabinet and the frame and configured to cover a space between the cabinet and the upper side of the frame; and a control panel provided between the cabinet and the lower side of the frame to be coupled with the cabinet and the frame and installed therein with a user interface. 1. A bathroom management apparatus comprising:a cabinet having a front side that is open;a frame installed in the cabinet to reinforce a stiffness of the cabinet and having an upper side and a lower side that are spaced apart from the cabinet;an upper cover provided between the cabinet and the upper side of the frame to be coupled to the cabinet and the frame and configured to cover a space between the cabinet and the upper side of the frame; anda control panel having a user interface and provided between the cabinet and the lower side of the frame to be coupled to the cabinet and the frame.2. The bathroom management apparatus of claim 1 , whereinthe cabinet includes an upper panel forming an upper side of the cabinet, a lower panel forming a lower side of the cabinet, a left side panel forming a left side of the cabinet, and a right side panel forming a right side of the cabinet,first end ribs having first end grooves at top sides of the first end ribs are formed at both ends of the upper panel,second end ribs inserted into the first end grooves are formed at an inner side of the left side panel and an inner side of the right side panel, respectively,third end ribs having second end grooves at top sides of the third end ribs are formed at top sides of both ends of the lower panel, respectively, ...

HEAT SOURCE UNIT OF REFRIGERATING APPARATUS

A heat source unit of a refrigerating apparatus includes a heat exchanger, a blower, an electrical component, a rectifying member, and a casing. The casing houses the heat exchanger, blower, electrical component, and rectifying member. The casing has a vent that vents air upward. The electrical component controls driving of an actuator, and includes a heat-generating part and a heat sink. The heat sink is installed on the heat-generating part, and has a heat-radiating fin. The rectifying member extends along a vertical direction, and covers the heat-radiating fin, and rectifies flow of air. An air inlet is formed on a lower part, and an air outlet on an upper part of the rectifying member. A first air flow path is formed inside the rectifying member. An air flow generated by the blower passes through the first air flow path. The heat-radiating fin is positioned in the first air flow path. 1. A heat source unit of a refrigerating apparatus , comprising:a heat exchanger;a blower;an electrical component configured to control driving of an actuator;a rectifying member configured and arranged to rectify a flow of air; anda casing housing the heat exchanger, the blower, the electrical component, and the rectifying member, the casing having a vent configured and arranged to vent air upward, a heat-generating part, and', 'a heat sink installed on the heat-generating part and having a heat-radiating fin,, 'the electrical component including'} an air inlet formed on a lower part and an air outlet formed on an upper part, and', 'a first air flow path formed in an interior thereof, the first air flow path being configured and arranged to carry an air flow generated by the blower, and, 'the rectifying member extending along a vertical direction and covering the heat-radiating fin, the rectifying member including'}the heat-radiating fin being positioned inside the first air flow path.2. The heat source unit of a refrigerating apparatus according to claim 1 , whereinthe heat- ...

REMOTELY CONTROLLED PORTABLE HEATER

A system and method for controlling a portable space heater is presented. The portable space heater includes a housing, a heating unit and a control processor. The heating unit is contained in the housing. The control processor receives a wireless message from a wireless network and then decodes the wireless message and controls the portable space heater based on the wireless message. 1. A portable space heater comprising:a housing;a heating unit in the housing;a control processor adapted to receive a wireless message from a wireless network and to decode the wireless message and to control the portable space heater based, at least in part, on the wireless message.2. The portable space heater of further comprising:a light emitting diode (LED) display for displaying settings describing operating characteristics of the portable space heater and to aid in selecting operating characteristics of the portable space heater.3. The portable space heater of further comprising:a control panel comprising the LED display and further comprising:an up button; anda down button, wherein the up button and the down button are configured allow a user to input a temperature setting that the portable space heater is to heat to.4. The portable space heater of wherein the control panel further comprising:a soft button, where functionality of the soft button is controlled by the control processor to determine what the portable space heater is being program to do and wherein the control processor causes the LED display to display a current functionality of the soft button adjacent the soft button.5. The portable space heater of further comprising:an air purifier adapted to filter air passing through the portable space heater.6. The portable space heater of further comprising:a fan adapted to move air threw the portable space heater.7. The portable space heater of wherein the control panel further comprises:at least one button, wherein the control panel and the at least one button are ...

Outdoor Heating or Cooling System Creating an Open Temperature-Controlled Zone

A cooling or heating system creating an open temperature-controlled zone for personnel, the system having HVAC equipment for producing and delivering cooled or heated air, a lower air outlet disposed in a deck member, an upper air outlet disposed in a wall member, and a central air intake disposed between the lower and upper air outlets, whereby conditioned air expelled from the lower and upper air outlets is recycled through the central air intake and HVAC equipment. 1a high volume air conditioning apparatus;a deck member;a wall member;a lower air outlet, an upper air outlet and a central air intake disposed between said lower and upper air outlets;wherein the combination of said deck member and said wall member define an open front, ends and top, and wherein air expelled from said lower and upper air outlets is drawn through said central air intake and delivered to said high volume air conditioning apparatus, conditioned, and delivered to said lower air outlet and said upper air outlet, such that an open temperature-controlled zone of conditioned air is defined.. An outdoor heating or cooling system creating an open temperature-controlled zone comprising: This application is a continuation-in-part application of U.S. Non-Provisional Patent Application Ser. No. 13/398,962, filed Feb. 17, 2012, the disclosure of which is incorporated herein by reference.This invention relates generally to the field of devices used to provide localized cooling or heating in an outdoor setting, and more particularly to such devices capable of cooling or heating personnel, such as athletes standing or sitting on the sidelines of sporting events, firefighters at the scene of a fire, workers in high or low temperature environments, participants in long running races, etc., and more particularly relates to such devices that provide cool or warm air in a substantially open, temperature-controlled zone accessible by the personnel.Sporting events such as football, soccer, tract, etc., ...

SUBSTRATE TREATING APPARATUS

Disclosed is a substrate treating apparatus including a treatment container, a pin, a seal housing, a seal member, and an exhaust port. The treatment container includes an opening. The pin is disposed between an interior of the treatment container and an exterior of the treatment container through the opening, and is configured to reciprocate along an axis thereof. The seal housing is disposed in the exterior of the treatment container. The seal housing is in close contact with the treatment container around the opening, and accommodates a part of the pin. The seal member is in close contact with an inner peripheral surface of the seal housing, and in close contact with an outer peripheral surface of the pin so as to be slidable relative to the pin. The exhaust port is in connection with the seal housing in a communicated manner. 1. A substrate treating apparatus , comprising:a treatment container having a first opening and configured to treat a substrate;a first shaft member that is disposed between an interior of the treatment container and an exterior of the treatment container through the first opening, and that is configured to reciprocate in an axis direction of the first shaft member;a first seal housing that is disposed in the exterior of the treatment container, that is in close contact to the treatment container around the first opening, and that accommodates a part of the first shaft member,a first seal member that is in close contact with an inner peripheral surface of the first seal housing, and that is in close contact with an outer peripheral surface of the first shaft member so as to be slidable relative to the first shaft member; anda first exhaust port that is in connection with the first seal housing in a communicated manner, and that is configured to exhaust gas within the first seal housing.2. The substrate treating apparatus according to claim 1 , whereinthe first seal member is made of metal.3. The substrate treating apparatus according to ...

Air blower, drying device, liquid discharge apparatus, and treatment-liquid application device

A gas blower includes a supply port, a chamber to which a gas is fed from the supply port, a nozzle communicating with an interior of the chamber to discharge the gas from the nozzle, a partition member disposed in the chamber to partition the interior of the chamber into a first space including the supply port and a second space not including the supply port, the partition member including at least one first opening through which the gas communicates between the first space and the second space, and an air flow guide including a plurality of second openings, disposed in the chamber between the second space and the nozzle. The supply port is disposed on one end in a longitudinal direction of the chamber.

SIDE-MOUNTED ELECTRIC HEATER

An HVACR fan and heater assembly accounts for the cyclonic flow produced by centrifugal blowers by placing a heater vertically and biased towards a side of a fan cabinet in order to increase and balance airflow through the heater, eliminating hot spots and fire risk and improving heater efficiency. A blockoff in the fan cabinet forces airflow within the cabinet to move through the heater. The positioning of the heater may vary depending on the direction of rotation of the centrifugal blower. The fan and heater assembly may further include baffles to direct the airflow from the centrifugal blower.

FLOW CONTROL DEVICES FOR CONVECTOR HEATERS

Flow control devices for convector heaters are provided. Such devices may include a casing in the shape of a cylindrical tube having in a first portion thereof, facing in a mounted condition towards the intake conduit of a convector heater, a plurality of first openings and in a second portion thereof, facing in the mounted condition towards the opposite side of the intake conduit, a plurality of second openings, the casing being arranged to be mounted onto the ceiling (S) in such a manner that the first and second openings allow the inside of the casing to be placed into communication with a first space (A) beneath the ceiling (S) and with a second space (A) above the ceiling (S), respectively; a closure member in the shape of a cylindrical tube which is mounted within the casing and is axially slidable relative to the latter between a first position, in which it leaves the first openings open and closes the second openings, and a second position, in which it closes the first openings and leaves the second openings open; and actuation elements for controlling the axial sliding movement of the closure member relative to the casing between the first and second position. 14-. (canceled)51121. A flow control device to be connected to an intake conduit of a convector heater mounted in a first space (A) of a building allowing the intake conduit to be placed into communication selectively with the first space (A) or with a second space (A) above a ceiling (S) that delimits the first space (A) from the top , the device comprising:{'b': 1', '2, 'a casing in the shape of a cylindrical tube having in a first portion thereof, facing in a mounted condition towards the intake conduit, a plurality of first openings and in a second portion thereof, facing in the mounted condition towards to opposite side of the intake conduit, a plurality of second openings, the casing being closed at its end opposite to the one intended to be connected to the intake conduit and being arranged to ...

PORTABLE FLUID FUEL AIR HEATER

A portable fluid fuel air heater comprising a combustion chamber adapted to accommodate a combustion of a fluid fuel; a supply conduit for supplying said fluid fuel to the combustion chamber; at least one electrical device required for the operation of the heater mounted on board the heater; an outer surface of the heater comprising a cavity-like portion for receiving an electric battery in a removable manner up to an operative position of the battery in which the battery is adapted to electrically power the electrical device and is at least partially inserted into said cavity-like portion, said cavity-like portion being configured to keep the battery outside the outer surface of the heater in said operative position of the battery. 2. The heater according to claim 1 , wherein said cavity-like portion comprises guide surfaces adapted to slidably guide the battery between a battery inlet position and said operative position along a battery sliding direction claim 1 , said guide surfaces extending parallel with said battery sliding direction.3. The heater according to claim 2 , wherein the cavity-like portion comprises a stop surface arranged transversely to the battery sliding direction claim 2 , adapted to stop the sliding of said battery at said operative position.4. The heater according to claim 1 , wherein said outer surface comprises a recessed portion for gripping the battery claim 1 , adjacent to said cavity-like portion and as an extension of said cavity-like portion claim 1 , forming a space that can be accessed from the outside to allow an operator to insert a finger to grasp the battery when said battery is in the operative position in order to remove it.5. The heater according to claim 4 , wherein said recessed portion for gripping the battery is developed starting from said stop surface moving away from said cavity-like portion.6. The heater according to claim 1 , wherein the cavity-like portion faces towards the outside of the heater along an edge of ...

AIR CONDITIONER

An air conditioner may include a casing having an inner air flow space defined therein and an entrance defined in one of a first side plate or a second side plate, a heat exchanger and a fan disposed between an outdoor air inlet body and an air outlet body in an air flow direction of the casing, a heater module inserted through the entrance into the inner air flow space, a handle mounted on one side face among both side faces of the heater module, one side face of the both side faces being closer to the entrance than the other side face thereof, a pair of guide brackets installed in the casing to slidably guide the heater module, and a door module that opens and closes the entrance. The door module may be configured to contact the handle to press the handle in a direction away from the entrance. 1. An air conditioner , comprising:a casing including a first side plate, a second side plate, an outdoor air inlet body, and an air outlet body, the casing having an inner air flow space defined therein and an entrance defined in one of the first side plate or the second side plate;at least one heat exchanger and a fan disposed between the outdoor air inlet body and the air outlet body in an air flow direction of the casing;a heater module inserted through the entrance into the inner air flow space, wherein a handle is mounted on a first side face of the heater module, and wherein the first side face is closer to the entrance than a second side face thereof;a pair of guide brackets installed in the casing that slidably guide the heater module; anda door module that opens and closes the entrance, wherein the door module is configured to contact the handle to press the handle in a direction away from the entrance.2. The air conditioner of claim 1 , wherein the door module includes:a door body connected to the casing;a fixed bracket fixed onto an inner face of the door body and having a surface configured to face the handle; andan insulating material disposed on the surface of ...

AIR CONDITIONING APPARATUS

An air conditioning apparatus includes a casing having an inlet and an outlet, an airflow import device, a nozzle, two valves disposed at two ends of the nozzle, a vacuum pump connected through the nozzle, a connecting device, a heater, a humidifier, and an airflow export device. The airflow import and export devices are disposed at positions near the inlet and the outlet inside the casing. The nozzle includes an intake portion, a throat, and an exhaust portion connected sequentially and coaxially. A cross-sectional area of the intake portion decreases gradually from one end away from the throat to the other end close to the throat. A cross-sectional area of the throat is smaller than that of the exhaust portion. The connecting device is connected to the intake portion and the exhaust portion. The heater and the humidifier are disposed between the nozzle and the outlet. 1. An air conditioning apparatus , comprising:a casing comprising an inlet and an outlet;an airflow import device disposed in the casing at a position near the inlet;a supersonic nozzle disposed between the airflow import device and the outlet and comprising an intake portion, a throat, and an exhaust portion disposed sequentially and coaxially, wherein a cross-sectional area of the intake portion decreases gradually from an end away from the throat to the other end close to the throat, and a cross-sectional area of the throat is smaller than a cross-sectional area of the exhaust portion;two valves respectively disposed at an inlet port of the intake portion and an outlet port of the exhaust portion;a vacuum pump connected to communicate with the supersonic nozzle;a connecting device connected with a side wall of the intake portion of the supersonic nozzle and a side wall of the exhaust portion, wherein the connecting device and the supersonic nozzle are non-coaxial;a heater and a humidifier disposed between the supersonic nozzle and the outlet; andan airflow export device disposed after the heater ...

HEATER FOR AN INCUBATOR FOR INFANTS AND INCUBATOR FOR INFANTS

A heater, for an incubator for infants, has a housing structure with an upper housing surface and a lower housing surface, at least one air inlet for an inflowing air stream, at least one air outlet for an outflowing air stream, at least one fan impeller, at least one heating element and at least one heat transfer element. The upper housing surface and the lower housing surface delimit a flow space. The heat transfer element is a plate with a flat surface that is arranged horizontally during operation of the heater. An incubator for infants having such a heater is also provided. 1. A heater for an incubator for infants , the heater comprising:a housing structure with an upper housing surface and with a lower housing surface;at least one air inlet for an inflowing air stream;at least one air outlet for an outflowing air stream;at least one fan impeller;at least one heating element; andat least one heat transfer element, wherein the upper housing surface and the lower housing surface define a flow space, and the heat transfer element is a plate arranged horizontally during the operation of the heater with a flat surface.2. A heater in accordance with claim 1 , wherein heat generated by the heating element is transferred by means of the heat transfer element to both the inflowing air stream and the outflowing air stream.3. A heater in accordance with claim 2 , wherein the heat transfer element forms the lower housing surface entirely or partially.4. A heater in accordance with claim 1 , wherein the heater has a flow element.5. A heater in accordance with claim 4 , wherein the flow element is arranged between the upper housing surface and the lower housing surface.6. A heater in accordance with claim 4 , wherein the flow element is made in one piece with an upper housing element and/or with a lower housing element.7. A heater in accordance with claim 4 , wherein the flow element divides the flow space into an inflow space and an outflow space.8. A heater in accordance ...

HEATING CHAMBER SYSTEM AND METHOD FOR INSECT EXTERMINATION

A heating chamber system for heat-treating items infested by insects, and methods for manufacturing and using same. The heating chamber system includes an enclosed heating chamber; a bottom portion defining a portion of the enclosed heating chamber and includes a floor skirt and a floor; a top portion defining a portion of the enclosed heating chamber and including a plurality of sidewalls and a roof; and a collapsible architecture configured to support the top portion. 1. A heating chamber system for treating items infested by insects comprising:an enclosed heating chamber;a bottom portion defining a portion of the enclosed heating chamber and including a floor skirt and a floor;a top portion defining a portion of the enclosed heating chamber and including a plurality of sidewalls and a roof, the top portion coupled to the floor skirt about a bottom edge of the top portion;a collapsible architecture configured to support the top portion;a heater disposed within the enclosed heating chamber and configured to generate and expel heated air, the heater including a heating array having four electrically isolated heating elements;an elongated heating assembly coupled to the heater configured to receive the heated air and introduce at least a portion of the heated air to the enclosed heating chamber; an interface configured to present controls for the heater; and', 'four electrically isolated power cord assemblies configured to provide power to a respective heating element, the power cord assemblies having a cord and a plug., 'a control system disposed external to the heating chamber and operably coupled to the heater and configured to control the generation of heated air by the heater, the control system including2. The heating chamber system of claim 1 , wherein the heating chamber system is configured assume a disassembled configuration operable to fit through standard doors claim 1 , and wherein the heating chamber system is configured assume an assembled ...

INDUSTRIAL HEATING APPARATUS AND METHOD EMPLOYING FERMION AND BOSON MUTUAL CASCADE MULTIPLIER FOR BENEFICIAL MATERIAL PROCESSING KINETICS

Presented is a simple, but highly energy efficient industrial heating device and method for rapid heating and high temperature gradient production whereby fermions and bosons are introduced into an adjoining fluid which may be boundary layered and consequently produce an amplifiable activated condition even at room pressure and high temperature. This heating device uses a comparatively long current carrying member which may have some curvature with penetration of the current carrying members into spaces that could have any cross-sectional geometry in a high temperature resistant stable material. 1. An industrial device for the rapid and efficient heating of a gaseous multi-species fermion and boson containing flow comprising at least one electrically joined current carrying member wherein the member has a length , a high temperature resistant material comprising at least one member channel passing therethrough wherein the at least one channel has an uninterrupted length closely corresponding to the length of the at least one member , wherein the at least one member is contained within the at least one channel , an outer casing having an intake end and an exhaust end in which the high temperature resistant material and the at least one current carrying member are contained and a means to the gaseous multi-species fermion and boson containing flow through the high temperature resistant material and near and predominantly axially along the length of the members.2. The device of wherein the means to force the gaseous flow through the high temperature resistant material is located at the intake end of the outer casing.3. The device of wherein the length of the at least one current carrying member has a radius curvature of approximately one to twenty-five millimeters.4. The device of wherein the high temperature resistant material is porous.5. The device of wherein the high temperature resistant material is comprised of a ceramic refractory.6. The device of wherein the at ...

HEATER DEVICE

A heater device for warming a user has a heater panel including a planar heating element which generates heat by energization, a first heat radiation surface formed on one surface side of the heating element, and a second heat radiation surface formed on the other surface side of the heating element. The temperature of the first heat radiation surface is higher than the temperature of the second heat radiation surface. In the heater panel, the first heat radiation surface is configured as a non-contact heater that warms the user in a non-contact manner, and the second heat radiation surface is configured as a contact heater that warms the user in a contact manner. 1. A heater device for warming a user , comprisinga heater panel including a planar heating element which generates heat by energization, a first heat radiation surface formed on one surface side of the heating element, and a second heat radiation surface formed on the other surface side of the heating element, whereinthe temperature of the first heat radiation surface is higher than the temperature of the second heat radiation surface, andin the heater panel, the first heat radiation surface is configured as a non-contact heater that warms the user in a non-contact manner, and the second heat radiation surface is configured as a contact heater that warms the user in a contact manner.2. The heater device according to claim 1 , whereinthe heater panel has a plate member disposed on the second heat radiation surface side of the heater panel, andthe second heat radiation surface is formed by a surface opposite to the heating element side of the plate member.3. The heater device according to claim 2 , whereinin the heater panel, the first heat radiation surface radiates radiant heat toward a lower body of the user seated on the seat, and the heater panel is arranged such that the second heat radiation surface functions as a table used by the user seated on the seat,the plate member is configured as a top plate ...

FURNACE, A METHOD FOR OPERATING A FURNACE AND A FURNACE CONTROLLER CONFIGURED FOR THE SAME

A controller for a gas furnace, a computer-usable medium for implementing a method and a gas furnace are disclosed herein. In one embodiment, the controller includes: (1) an interface configured to receive a heating call and (2) a processor configured to enable an inducer of the gas furnace at a low speed based on the heating call and ignite the gas furnace at a high fire operation when determining a low fire pressure switch of the gas furnace is open. 1. A gas furnace comprising: an interface configured to receive a heating call for a low fire operation of the gas furnace; and', 'a processor configured to sequentially perform the following steps:', 'enable an inducer of the gas furnace to operate at a low speed in response to receiving the heating call;', 'determine whether a low fire pressure switch of the gas furnace is open;', 'responsive to the determination that the low fire pressure switch is open, switch the inducer to operate at a high speed;', 'determine whether the low fire pressure switch and a high fire pressure switch are closed; and', 'responsive to the determination that the low fire pressure switch and the high fire pressure switch are closed, ignite the gas furnace at a high fire operation., 'a controller configured to operate the gas furnace, the controller comprising2. The gas furnace of claim 1 , further comprising:a heat exchanger; andwherein the inducer is configured to draw combustion air through the heat exchanger.3. The gas furnace of claim 2 , wherein:the low fire pressure switch is configured to close when flow of the combustion air has been established for the low fire operation; andthe high fire pressure switch is configured to close when flow of the combustion air has been established for the high fire operation.4. The gas furnace of claim 1 , wherein the processor is configured to operate the gas furnace at the high fire operation for a preset period of time.5. The gas furnace of claim 1 , wherein the processor is configured to: ...

Momentum Based Blower Interstitial Seal

A heating, ventilation, and/or air conditioning (HVAC) system includes a blower assembly having a blower housing, a motor disposed at least partially within the blower housing, and a small diameter impeller having a plurality of blades disposed about the impeller. The small diameter impeller extends radially into an inlet of the blower housing and includes a peripheral flange that forms a momentum based interstitial seal that orients leakage between the blower housing and the impeller against an incoming airflow entering the at least one air inlet and reduces leakage between the blower housing and the impeller by employing a velocity pressure of the incoming airflow to overcome a static pressure within the blower housing that drives leakage. 1. A blower assembly , comprising:a blower housing comprising at least one air inlet; andan impeller comprising a peripheral flange;wherein a momentum based interstitial seal is formed by orienting the blower housing inlet and impeller flange such that leakage between the blower housing and the impeller against an incoming airflow entering the at least one air inlet.2. The blower assembly of claim 1 , wherein the impeller extends at least partially radially into the at least one inlet of the blower housing.3. The blower assembly of claim 2 , wherein the impeller comprises an impeller diameter that is smaller than an inlet diameter of the at least one inlet.4. The blower assembly of claim 1 , wherein the momentum based interstitial seal is formed between the peripheral flange and a fixed blower housing inlet orifice.5. The blower assembly of claim 4 , wherein the peripheral flange comprises a base and a flange that extends from the base substantially parallel to an axis of rotation of the impeller.6. The blower assembly of claim 1 , wherein the momentum based interstitial seal is configured to orient the leakage in a primary leakage direction that is substantially counter to the direction of flow entering at least one inlet.7. ...

Method and apparatus for producing plastic bags

A gusset preheating assembly and a method of using the same. The assembly includes a heating gun assembly mounted on a frame. Spreader rods open up a gap in a bag's gusset and nozzles blow warmed air into the gap. Orthogonally arranged first and second hydraulic members are operatively engaged with heating gun assembly and are activated to move the heating gun assembly vertically or horizontally. Hot air blowing into the gap from the nozzle relaxes the gusset. Pressure is applied to the relaxed gusset, thereby reducing the thickness of the gusset region of the bag. The reduction in thickness makes it possible to increase the number of gusseted bags that are packaged in a container or on a roll.

Electric resistance radiant furnace having a short cycle air pass

An electric resistance radiant furnace is disclosed. Solid ceramic panel emitters having electric resistance wires embedded therein produce heat. A blower receives air from a return duct. Metallic screens are located between the panel emitters. A thermostat is connected to the wires and the blower. Heat is produced by each panel emitter. Part of the heat produced is radiated from the ceramic body to the metallic screens. Air flows in a parallel manner between the panel emitters and along the metallic-screens. The thermostat heat buildup by turning on the panel emitters controlling the blower. A short cycle air pass conduit accepts a portion of heated air from between the multiple panel emitters and to convey the portion of heated air to the return duct, such that the portion of heated air is mixed with return air, and a temperature of the return air provided to the blower is elevated.

TOWEL WARMING APPARATUS

Embodiments relate generally to a heated towel rack that includes at least one lateral support, at least one forced air heating unit in fluid communication with a channel within a lateral support, and at least one cross bar coupled to the at least one lateral support. The at least one cross bar including at least one vent that traverses into a conduit within the cross bar. The channel is in fluid communication with the at least one vent by way of the conduit. 1. A heated towel rack comprising:at least one lateral support;at least one forced air heating unit in fluid communication with a channel within the lateral support;at least one cross bar coupled to the at least one lateral support;wherein the at least one cross bar comprises at least one vent that traverses into a conduit within the cross bar; andwherein the channel of the lateral support is in fluid communication with the at least one vent by way of the conduit of the cross bar.2. The heated towel rack of claim 1 , comprising a plurality of lateral supports.3. The heated towel rack of claim 1 , comprising a plurality of vents.4. The heated towel rack of claim 1 , wherein the at least one forced air heating unit comprises at least one heating element claim 1 , a fan claim 1 , and a controller claim 1 , and wherein the controller is operatively coupled to the at least one heating element and the fan to control air temperature and flow through the at least one vent.5. The heated towel rack of claim 1 , further comprising a first lateral support and a second lateral support claim 1 , wherein the at least one forced air heating unit is coupled to the first lateral support.6. The heated towel rack of claim 5 , wherein at least one stopper is obstructively positioned within the conduit proximal to the second lateral support.7. The heated towel rack of claim 5 , comprising a plurality of cross bars and further comprising a plurality of stoppers obstructively positioned within the conduits of each of the plurality of ...

HEATER

This invention relates to a heater. A combustion air blower feeds combustion air to a burner device. The burner device burns a gas-air mixture from the combustion air and a fuel and serves for heating air. A circulating air blower discharges heated air from the heater. A control device acts on at least one component of the heater, wherein a night mode parameter set associated with an operation of the heater in a night mode and a default parameter set are stored in a data storage device. After an activation of the night mode, the control device accesses the night mode parameter set and uses the same for acting on the component. The night mode parameter set effects a reduction of background noise generated by the heater. 1. A heater ,comprising a burner device, a combustion air blower, a circulating air blower, a control device and a data storage device,wherein the combustion air blower feeds combustion air to the burner device,wherein the burner device burns a gas-air mixture consisting of the combustion air and a gaseous fuel or fuel converted into a gaseous state,wherein the burner device at least serves for heating air,wherein the circulating air blower discharges heated air from the heater,wherein the control device acts on at least one component of the heater,wherein at least one night mode parameter set associated with an operation of the heater in a night mode and a default parameter set associated with an operation of the heater in a mode different from the night mode are stored in the data storage device,wherein after activation of the night mode, the control device accesses to the associated night mode parameter set and uses the same for acting on the at least one component, andwherein the night mode parameter set effects a reduction of background noise generated by the heater.2. The heater according to claim 1 ,wherein the control device takes a lower temperature tolerance value from the night mode parameter set,wherein in the case that a temperature ...

Bottom board for bed

본 발명은 청정공기와 열풍을 공급하여 쾌적한 수면 환경을 조성할 수 있는 침대용 깔판을 개시한다. 본 발명은 두개 이상의 데크 세그먼트, 청정공기 공급유닛, 전기히터, 컨트롤 패널과 볼 조인트 파이프로 구성되어 있다. 데크 세그먼트들은 힌지기구에 의해 분리할 수 있도록 연결되어 있다. 공기의 흐름을 위한 지그재그 통로가 서로 연결되도록 데크 세그먼트들에 형성되어 있으며, 지그재그 통로를 따라 흐르는 공기의 배출을 위한 복수의 상면통기구멍이 데크 세그먼트들의 상면에 형성되어 있다. 청정공기 공급유닛은 첫 번째 데크 세그먼트의 지그재그 통로에 연결되어 있고, 외부의 공기를 청정공기로 여과하여 첫 번째 데크 세그먼트의 지그재그 통로에 공급한다. 전기히터는 청정공기 공급유닛에 장착되어 청정공기를 열풍으로 가열한다. 컨트롤 패널은 청정공기 공급유닛과 전기히터의 작동을 제어할 수 있도록 청정공기 공급유닛에 장착되어 있다. 볼 조인트 파이프는 두개 이상의 데크 세그먼트 각각의 지그재그 통로를 서로 연결하는 것으로 볼과, 볼이 회전할 수 있도록 수용되는 소켓을 갖는다. 본 발명에 의하면, 두개 이상의 데크 세그먼트의 지그재그 유로에 청정공기 또는 열풍을 공급하여 뿜어냄으로써 쾌적한 수면 환경을 간편하게 조성할 수 있다. 또한, 청정공기와 열풍의 공급에 의해 습기를 효율적으로 제거하여 거동이 불편한 환자의 피부질환 등을 방지할 수 있는 유익한 효과가 있다. The present invention discloses a bed pallet capable of providing a comfortable sleeping environment by supplying clean air and hot air. The present invention comprises two or more deck segments, a clean air supply unit, an electric heater, a control panel and a ball joint pipe. The deck segments are detachably connected by a hinge mechanism. Zigzag passages for the flow of air are formed in the deck segments to be connected to each other and a plurality of upper surface ventilation holes for discharging the air flowing along the zigzag passage are formed on the upper surface of the deck segments. The clean air supply unit is connected to the zigzag passage of the first deck segment and filters the outside air with clean air to supply it to the zigzag passage of the first deck segment. The electric heater is mounted on the clean air supply unit and heats the clean air with hot air. The control panel is mounted on the clean air supply unit to control the operation of the clean air supply unit and the electric heater. The ball joint pipe has a ball connecting the zigzag passages of each of the two or more deck segments to each other and a socket accommodated to allow the ball to rotate. According to the present invention, clean air or hot air is supplied to the zigzag flow ...

탄산가스 공급기

본 발명은 탄산가스 공급기에 관한 것으로, LPG가스를 이용하여 온실내부의 난방과 탄산가스 배출을 겸할 수 있도록, 실외로 배출되는 탄산가스를 온실내 작물의 탄소동화작용을 촉진시키도록 온실내로 탄산가스의 공급을 조절하는 탄산가스 공급기에 있어서, 탄산가스공급기(20)는 열교환기(10)측면에 설치된 배출연통(7)과 연통되는 T형 연결부재(21)와, T형 연결부재(21)의 중앙부와 연결되며 가스조절문(22)이 개폐가능하게 장착된 하우징(23) 및 하우징(23)출구에 연통되어 컨트롤박스(14)의 신호에 따라 온/오프 제어되며 구동시 흡입력에 의해 가스조절문(22)을 개방시켜 배출연통(7)을 통해 외부로 배출되는 탄산가스를 흡입하여 온실내로 배출하는 흡입팬(24)을 구비한다.

Heat blower

PURPOSE: A heated air blower is provided to generate and supply heated air by forcibly exhausting combusting heat which is generated in a combusting unit to the outside. CONSTITUTION: A heated air blower comprises: a combustion unit(10) which comprises a combustion chamber; a tube body(2) which is expended from the combustion chamber and has a path for inducing heat which is burnt in the combusting unit; a fluid supplier(6) for a saturated steam generation which supplies water to the path in the inside of the tube body; a discharging unit(12) which forcibly discharges the heat which includes saturated steam from the tube body; an impurity removing unit(8) which is installed along the path of the tube body in order to generate vortex; and an opening/closing unit(4) which opens/closes the lateral part of the tube body.

Row type boiler

내용 없음. No content.

一种喷流式锅炉

本发明公开了一种喷流式锅炉，包括回风管，回热装置，烟管，鼓风机，热风炉，燃烧炉，所述热风炉下部与燃烧炉一体式连接，所述燃烧炉外接鼓风机，所述回风管与燃烧炉连接，所述回风管中部安装回热装置，所述烟管位于回风管内部。本发明喷流式锅炉采用了集燃烧与换热为一体、以换炉体高温部位进行换热的最新间接加热技术。输送的出的烟气热量循环加热，热能利用率高，可使用各种煤或柴作燃料，并配有鼓风装置，燃烧完全，对环境的污染小；而且设计精巧，整体占用空间小。

A kind of flame simulating assembly and electric fireplace

火焰模拟装置，包括光源、火焰成像元件、成像板、反光件、假燃料，反光件为旋转反光组件，光源将光线投射到转筒的反光片上，经旋转反光组件的反光片反射后到火焰成像元件上形成火焰图像，形成的火焰图像经成像板在假燃料上形成火焰图像。由于模拟火焰的实像通过成像板的镜面反射在成像板的另一侧形成了一个在假燃料上的模拟火焰的虚像，而模拟火焰的实像在正常工作状态下很难看到，因此模拟的火焰明亮，动态效果好。

Electrical hot air blower with PTC heater

The present invention provides an electric hot air blower equipped with a heat exchanger which is structurally improved so that cracks do not occur on the surface even when used for a long time and is efficiently used for heating a relatively large area such as a greenhouse or a factory, The outside air sucked through one of the inlet ports 4 is supplied to the ventilation plate 82 through the front cover 80 of the warming chamber 8 by the blower 6 installed in the main body 2, And a part of them are bypassed and blown into the heating chamber 8 and mixed with each other so as to pass through the rear heating heat exchanger 86 so that the final heat- The casing 2 is further provided with a return port 12 so that the circulation pipe 14 can communicate with the return port 12 between the air outlet 10 and the return port 12, , The air outlet (6) By circulating old return the discharged hot air is 12 to a material to be heated.

Bed

본 발명은 침대에 관한 것으로, 보다 상세하게는 침대본체의 상판 상부로 냉/온풍이 배출되도록 냉/온풍 장치를 설치하여 계절에 따라 냉/온풍 장치를 작동시켜 침대본체의 상판으로 냉/온풍이 방출되도록 함으로써, 계절에 관계없이 항상 쾌적한 상태에서 취침 또는 휴식을 취할 수 있도록 한 침대에 관한 것이다. 상기한 목적을 달성하기 위한 본 발명은 침대본체부와, 상기 침대본체부에 설치되어 냉풍을 발생시키는 냉풍발생부와, 상기 냉풍발생부를 제어하는 제어부를 포함하여 구성된 것을 특징으로 한다. [0001] The present invention relates to a bed, and more particularly, to a method of installing a cold / hot air device so as to discharge cold / hot air to an upper portion of a bed main body, So that the bed can be always rested or rested in a comfortable state regardless of the season. According to an aspect of the present invention, there is provided a refrigerator comprising: a bed body; a cold air generating unit installed in the bed body to generate cold air; and a controller for controlling the cold air generating unit.

Apparatus for storaging and preheating heavy oil

본 발명은 중유예열저장장치에 관한 것으로서, 더욱 상세하게는 중유가 저장되며 중유를 예열하는 장치가 마련된 탱크 내에 기체를 공급하여 예열된 중유를 순환시킬 수 있는 중유예열저장장치에 관한 것이다. 본 발명의 중유예열저장장치는 탱크 내에 기체를 공급하여 기체의 흐름에 의해 중유를 순환시켜 탱크 내에 저장된 중유 예열시간을 단축시켜 에너지절약 및 에너지활용성을 높일 수 있는 이점이 있다. 또한, 본 발명의 중유예열저장장치는 마이크로버블이 중유 내에서 수축되거나 소멸되면서 발생되는 열에 의해 중유 예열시간을 단축시킬 수 있다는 이점이 있다. BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a heavy oil preheating storage device, and more particularly, to a heavy oil preheating storage device capable of circulating preheated heavy oil by supplying gas into a tank storing heavy oil and preheating heavy oil. The heavy oil preheating and storing device of the present invention has an advantage that energy can be saved and energy utilization can be improved by supplying gas into the tank and circulating the heavy oil by the flow of the gas to shorten the preheating time of the heavy oil stored in the tank. In addition, the heavy oil preheating storage device of the present invention has an advantage in that the preheating time of the heavy oil can be shortened by the heat generated when the microbubble contracts or disappears in the heavy oil.

Bathroom management apparatus

사용자의 수납 편의성 및 사용성을 고려하여 기능모듈의 설치위치가 최적화된 욕실관리기가 제공된다. 이를 위해, 본 발명에 따른 욕실관리기는, 전면이 개구된 캐비닛과, 상기 캐비닛의 내측에 설치되어 상기 캐비닛의 강성을 보강하는 프레임과, 타월 케어 모듈, 살균 모듈, 시크릿 박스 모듈, 냉장 모듈, 충전 모듈 및 공조 모듈 중 적어도 하나로 이루어지고 상기 프레임 내에 설치되는 기능모듈을 포함하고, 상기 프레임은 제1 장착공간과, 상기 제1 장착공간의 하측에 제2 장착공간과, 상기 제2 장착공간의 하측에 제3 장착공간을 내부에 제공하고, 상기 제1 장착공간에는 상기 타월 케어 모듈 및 상기 시크릿 박스 모듈 중 하나가 설치되고, 상기 제2 장착공간에는 상기 타월 케어 모듈, 상기 냉장 모듈 및 상기 충전 모듈 중 하나가 설치되며, 상기 제3 장착공간에는 상기 타월 케어 모듈, 냉장 모듈, 상기 충전 모듈, 상기 살균 모듈 및 상기 공조 모듈 중 하나가 설치된다. A bathroom manager with an optimized installation location of the functional module is provided in consideration of the user's storage convenience and usability. To this end, the bathroom manager according to the present invention includes a cabinet with an open front, a frame installed inside the cabinet to reinforce the rigidity of the cabinet, a towel care module, a sterilization module, a secret box module, a refrigeration module, and a charge and a functional module made of at least one of a module and an air conditioning module and installed in the frame, wherein the frame includes a first mounting space, a second mounting space below the first mounting space, and a lower side of the second mounting space a third mounting space is provided therein, and one of the towel care module and the secret box module is installed in the first mounting space, and the towel care module, the refrigeration module and the charging module are installed in the second mounting space one is installed, and one of the towel care module, the refrigeration module, the charging module, the sterilization module, and the air conditioning module is installed in the third mounting space.

A method of perfect combustion for high efficiency heat blower supplied pure oxygen as a heat source

본 발명은 연소시 높은 온도의 열을 발생시킬 수 있어 열풍기의 열효율을 획기적으로 증대시켜 연료비를 크게 절감시킨 액화산소를 열원으로 하는 완전연소식 고효율 열풍기의 연소방법에 관한 것으로, 산소저장통의 순수 액화산소를 이용함으로써 완전연소가 가능하여 실내에서도 열풍기를 쾌적하게 사용할 수 있으며, 불꽃의 온도가 높아 연료비를 절감할 수 있는 친환경적이고 고효율적인 액화산소를 열원으로 하는 완전연소식 고효율 열풍기의 연소방법에 관한 것이다. The present invention relates to a combustion method of a fully-combusted high-efficiency hot air blower using liquefied oxygen as a heat source, which can generate high temperature heat during combustion, thereby greatly increasing the heat efficiency of the hot air blower, thereby greatly reducing fuel costs. By using oxygen, it is possible to use the hot air fan comfortably in the room because it can be completely burned, and the combustion method of the fully-combustible high-efficiency hot air fan that uses liquefied oxygen, which is eco-friendly and high-efficiency, which can reduce fuel costs due to the high flame temperature will be. 이러한 액화산소를 이용한 순수산소 연소방식은 연료의 소모가 많은 농업용, 산업용 열풍기 뿐만 아니라 가정용으로도 적용 가능하다. 또한 순수 액화산소를 이용한 연소방식에 사용되는 연료는 LNG, LPG 및 경유, 등유 등 석유류를 연료로 이용하는 경우에 사용된다. 열풍기에서 산소를 열원으로 하여 연료가 연소될 때 연료와 혼합되는 순수산소의 비율은 65중량% 내지 85중량%가 가장 효율적이며, 순수산소와 혼합되는 연료의 비율은 15중량% 내지 35중량%가 된다. 연료와 혼합되는 순수산소가 85중량% 이상이 되면 연소가 원활하지 못하며, 순수산소가 65중량% 이하가 되면 불꽃의 온도가 원하는 온도까지 높게 발생되지 않고 연료의 소모가 많아 비효율적이 된다. The pure oxygen combustion method using the liquefied oxygen can be applied not only to agricultural, industrial hot air blowers that consume a lot of fuel, but also to households. In addition, the fuel used in the combustion method using pure liquefied oxygen is used in the case of using petroleum such as LNG, LPG and diesel, kerosene as fuel. When the fuel is combusted using oxygen as a heat source in the hot air fan, the ratio of pure oxygen mixed with the fuel is the most efficient at 65% by weight to 85% by weight, and the ratio of fuel mixed with pure oxygen is 15% by weight with 35% by weight. do. When the pure oxygen mixed with the fuel is more than 85% by weight, combustion is not smooth. When the pure oxygen is ...

Surface type heating element, surface type heating board, hot air heater

PURPOSE: A planar heating element, a planar heating plate, and a hot air heater are provided to increase the heating temperature of a planar heating element by using carbon fiber. CONSTITUTION: A planar heating element includes a planer heating sheet(110), a metal plate(120), and a conductive layer(140). The planar heating sheet is made of carbon fiber. A metal plate is attached to one end of the planar heating sheet by an insulation tape(130). The metal plate supplies electricity to the planar heating sheet. The conductive layer is formed between the metal plate and the planar heating sheet. The conductive layer includes silver powder of 30 to 90%, silicic acid of 5 to 50 %, and thinner of 3 to 20 %.