СПОСОБ НАНЕСЕНИЯ ПОКРЫТИЙ НА ПОВЕРХНОСТИ

Изобретение относится к способу нанесения покрытий на поверхности и к устройству для нанесения покрытий, в частности к способу для бесконтактного нанесения покрытий на поверхности и к устройству для бесконтактного нанесения покрытий на поверхности. Изобретение предлагает способ нанесения покрытий, таких как, в частности, лаков, на поверхности с использованием устройства, которое содержит дозирующую головку, которая имеет, по меньшей мере, одну форсунку, которую можно приводить в действие с помощью сигнала управления. Способ содержит стадии: перемещения основы, имеющей поверхность, подлежащую покрытию, вдоль этой поверхности относительно дозирующей головки и/или перемещения дозирующей головки относительно поверхности основы, подлежащей покрытию, и нанесения жидкого покрывного материала на поверхность через форсунку в ответ, по меньшей мере, на один сигнал управления, созданный компьютером. Техническим результатом изобретения является обеспечение точно дозируемого, имеющего разрешение по ...

АВТОНОМНОЕ УСТРОЙСТВО, РАССЕИВАЮЩЕЕ АЭРОЗОЛЬ БАЛЛОНЧИКА В ЗАКРЫТОМ ПОМЕЩЕНИИ

Изобретение относится к ветеринарной медицине, конкретно к устройствам, рассеивающим аэрозоль баллончика в закрытом помещении при лечебно-профилактических обработках животных без присутствия в нем человека. Задачей изобретения является создание автономно работающего устройства, рассеивающего аэрозоль вращающимся вокруг своей оси до 180° баллончиком в течение времени, заданного пульту управления. Для этого устройство снабжено автономным источником электроэнергии (аккумулятором, батарейками или др.), имеет реверсивный редукторного типа электродвигатель. Вал электродвигателя снабжен шестерней, постоянно взаимодействующей с шестерней приспособления, несущего и вращающего баллончик до 180° вокруг его вертикальной оси. Приспособление имеет сердечник и соленоид электромагнита, обеспечивающие подъем нижней части устройства вверх, прижимающего головку баллончика к контактору и включающего клапан на время, заданное пульту управления. Техническим результатом изобретения является применение при обработках ...

Ручной насос

Изобретение относится к оборудованию для подачи жидкости под давлением и может быть использовано при мойке различных поверхностей. Ручной насос содержит корпус, клапаны, патрубки, при этом корпус насоса имеет в сечении форму прямоугольника. В корпусе расположены три камеры в виде цилиндрических отверстий с перепускными клапанами, представляющими собой клапаны нагнетания и всасывания, образующие нагнетательную и всасывающую области насоса с впускным и выпускным патрубками. Внутри корпуса в цилиндрических отверстиях установлены перегородки с размещенными в их центре валами с жестко закрепленными на валах пластинами. Свободные концы валов посредством рычагов соединены с рукоятью, при движении которой валы в камерах проворачивают пластины, образуя одновременно области сжатия жидкости и области всасывания жидкости, что приводит к срабатыванию клапанов в области сжатия и всасывания, обеспечивая открытие клапана нагнетания и закрытие клапана всасывания для области сжатия жидкости и соответственно ...

РАСПЫЛИТЕЛЬНАЯ СУШИЛКА ДЛЯ ЖИДКИХ ПРОДУКТОВ

Изобретение относится к сушильным устройствам и может быть использовано в пищевой, химической, нефтехимической, медицинской, фармацевтической и других отраслях промышленности. Распылительная сушилка для жидких продуктов содержит корпус с газораспределительной решеткой, форсунку для распыления жидкого продукта и расположенный над решеткой ворошитель. Форсунка содержит корпус с камерой завихрения и сопло, корпус выполнен в виде подводящего штуцера с центральным отверстием, и жестко соединенной с ним и соосной цилиндрической гильзой с внутренней резьбой и расширительной камерой, соосной корпусу. Соосно корпусу в его нижней части подсоединено к гильзе посредством резьбы сопло, выполненное в виде перевернутого стакана, в днище которого выполнен турбулентный завихритель потока жидкости с, по крайней мере двумя, наклонными к оси сопла вводами в виде цилиндрических отверстий, расположенных в торцевой поверхности сопла, где также выполнено центральное цилиндрическое дроссельное отверстие, соединенное ...

Установка для нанесения покрытий

Изобретение относится к окрасочному оборудованию, в частности к установкам для нанесения цинкнаполненных материалов. Целью изобретения является увеличение срока службы напорных шлангов, повышение надёжности и удобства обслуживания установки. Поставленная цель достигается тем, что установка, содержаш,ая емкость, пневмопривод, поршневой насос, распылительный пистолет, аккумулятор, соединенный с насосом с помощью напорного шланга, снабжена предохранительным устройством, выполненным в виде размещенных одна в другой с возможностью взаи.мных осевых перемеш,ений, уплотненных и подпружиненных относительно друг друга полых втулок, одна из которых жестко закреплена на конце напорного шланга, а другая - к корпусу аккумулятора. При этом на шланговой втулке смонтирован указатель давления в гидросистеме для взаимодействия с закрепленной к корпусу аккумулятора мерной шкалой. Шланговая втулка выполнена со скосом. 1 3. п. ф-лы, 2 ил. 2 ( (Л со ел со СП ел ...

Устройство для нанесения покрытий

Устройство для нанесения меток на изделия

Аппарат для окрашивания разбрызгиванием

Форсунка для орошения и гидроинжекции стояков коксовых печей

... 1. ФОРСУНКА ДЛЯ ОРОШЕНИЯ И ГИДРОИНЖЕКЦИИ СТОЯКОВ КОКСОВЫХ ПЕЧЕЙ, содержащая корпус и выполненную в корпусе цилиндрическую струефоркирующую камеру с патрубками для подвода воды высокого и низкого давления, отличающаяся тем, что, с целью улучшения очистки стенок стояков и охлаждения коксового газа, в корпусе выполнена дополнительная струёформирующая камера , каждый патрубок подсоединен к одной из камер и соединены между собой посредством кангша. 2. Форсунка по п. 1, о т л и ч аю щ а я с я тем, что канал выполнен по касательной к цилиндрическим стенкам камер. (Л с ISD ф 00 4 ...

Устройство для многоцветной окраски изделий

Sprühgerät, insbesondere für die Gartenpflege und Landwirtschaft

Protective coating esp. automobile underseal - is sprayed from hot temp. controlled pump and tank thus eliminating need for solvent

An appts. for spraying thermoplastics materials intended for protective coatings, esp. materials of a wax-like character, comprises a spray gun. The spray gun is connected by a heatable flexible hose to a heatable pump unit; this pump unit is mounted on a follower plate fixed to a telescopic column frame and containing heating elements; the plate also contains one or more thermostatic sensors projecting down below the bottom of the plate to control the supply of heating energy to the plate. In particular for the application of undersealing materials to automobiles. With the heating apparatus described it is no longer necessary to incorporate a solvent into the undersealing material and thus the cost of the solvent and the attendant difficulties associated with its inhalation, such as numerous air changes in the spray cabin, are eliminated.

Vorrichtung zur Reinigung eines Partikelfilters und Verfahren zur Reinigung eines Partikelfilters

Spender für ein flüssiges oder pastenförmiges Produkt, der verbesserte Pumpmittel enthält

Vordruckpumpenzerstäuber

Mit einem Schirm kombinierbare Nebelkühlstruktur

Mit einem Schirm kombinierbare Nebelkühlstruktur, die einen Hauptkörper (1) umfasst, wobei eine Aufnahmekammer (11) und ein Wasserspeicherraum (12) in dem Hauptkörper (1) gebildet sind, wobei an der Aufnahmekammer (11) eine Austrittsöffnung (111) vorgesehen ist, wobei in der Aufnahmekammer (11) eine Steuerschaltung (2) und ein Ultraschallschwingungselement (3) angeordnet sind, wobei das Ultraschallschwingungselement (3) mit einem Wassersaugrohr (31) versehen ist, das sich in den Wasserspeicherraum (12) erstreckt, wobei das Ultraschallschwingungselement (3) auf die Austrittsöffnung (111) der Aufnahmekammer (11) ausgerichtet ist, wobei der Hauptkörper (1) an einer beliebigen Stelle des Schirmgerüsts oder unter dem Schirmstoff geklemmt ist, wobei, nachdem die Steuerschaltung (2) aktiviert wurde, das Wasser im Wasserspeicherraum (12) von dem Wassersaugrohr (31) angesaugt wird, wobei das Ultraschallschwingungselement (3) einen Wassernebel erzeugt, wobei der Wassernebel aus der Austrittsöffnung ...

SPRAYING MECHANISMS

... 1361887 Spray producers; coating apparatus CROWN CORK & SEAL CO Inc 11 April 1972 [30 July 1971] 16667/72 Headings B2F and B2L Apparatus for spraying can interiors comprises a nozzle extension 18 containing tubes 28, 30, Fig. 2, which supply spray fluid (e.g. spray lacquer) to respective nozzle outlets 44. 46 for the end and side walls of the can respectively, the spray fluid being heated within the nozzle extension 18 means being provided to recirculate the fluid for reheating. Heated spray lacquer is pumped from the supply, Fig. 1, through a line 56, a cylinder 48, an opening 53, annular chamber 54 and outlet opening 60 and line 62 to a solenoid valve 11. If the valve 11 is open the lacquer passes up passage 38 and tube 28 to be sprayed, if not, it flows through a connecting passage 72 to a solenoid valve 13. If valve 13 is open the lacquer rises in tube 30 and is sprayed through outlet 44, otherwise it returns to the supply through a line 64. Lacquer rising in the tubes 28, 30 is thus ...

METHOD OF COOLING A HIGH TEMPERATURE OBJECT BY HIGH TEMPERATURE WATER

... 1447335 Quenching metal articles NIPPON KOKAN KK 15 Nov 1974 [28 Nov 1973] 49441/74 Heading C7N Water is heated in a pressure vessel to above 100‹C (but below its boiling point), and blown through a nozzle (by virtue of the pressure in the vessel) to form a spray of steam and entrained water droplets directed at a high temperature object, e.g. steel plates, slabs &c, to be cooled. Water and steam are fed to vessel 201 by pipes 210, 208 respectively, the steam heating the water to above 100‹C, and the spray emerges from nozzle 202. The pressure, level and temperature may be measured by gauges 205, 207, 206. The water may, alternatively, be heated electrically. In a modification Fig. 3 (not shown) the waste water falling from object 204 is collected, passed to a tank (215) strained and pumped back into the vessel. In a simpler arrangement Fig. 1 (not shown) water is heated to the desired temperature in the pressure vessel without steam injection, e.g. by electricity.

IMPROVEMENTS IN OR RELATING TO ACCELERATING SLUGS OF LIQUID

APPLYING THERMOPLASTIC MATERIALS

Self-propelling, powder-dispensing compositions

A self-propelling composition capable of dispensing a powder in aerosol form comprises a finely divided powder suspended in a mixture of a liquefied propellant having a b.p. less than 65 DEG F. at atmospheric pressure and a liquid non-ionic surface-active agent. The powder should have a substantially uniform particle size not greater than 100 microns, preferably less than 25 microns, constitute 0.01-20% by weight of the composition and desirably be insoluble in the surface-active agent-propellant mixture. Many medicines are specified as powders. Particularly for water-soluble powders the moisture content of the composition should be less than 300 parts per million by weight. The propellant is preferably a fluorinated or fluorochlorinated alkane containing not more than two carbon atoms and at least one fluorine atom, i.e. a "Freon." Other propellants are named. The surface-active agent should be preferably soluble in the propellant and constitute 0.1-20% by weight of the composition and ...

ADJUSTABLE SPRAY NOZZLE FOR SPRAYING EQUIPMENT

PULVERSPRUHBESCHICHTUNGSWAGEN

PROCEDURE FOR LAYING ON COATINGS ON SURFACES

PROCEDURE FOR THE AUTOMATIC CONSTANT OF THE MARKING LINE WIDTH AND MARKING MACHINE TO THE EXECUTION OF THE PROCEDURE

SPRAYING NOZZLE FOR CLEANING UNITS WITH HIGH PRESSURE.

ARRANGEMENT FOR LAYING A LIQUID OR A PLASTIC ON.

SPRAYING MECHANISM FOR CLEANING EQUIPMENTS, PLANT PROTECTION DEVICES OR SIMILAR DEVICES

BLOWING DUNE FOR BLOWING OFF LIQUIDS OF SURFACES.

Schutzhülle für Mobiltelefon

Eine Hülle für ein Mobiltelefon, insbesondere Smartphone wird mit einem Tank (1) für Desinfektionsmittel und einem Zerstäuber ausgerüstet. Der Zerstäuber weist eine Zerstäuberpumpe (5) und eine Zerstäuberdüse (6) und einen Zerstäubertaster (2) zum Betätigen auf. Die Zerstäuberpumpe (5) ist innerhalb des Tanks (1) und der Zerstäubertaster (2) außerhalb des Tanks (1) angeordnet. Der Tank (1) ist in die Hülle integriert und befindet sich auf jener Seite der Hülle, die dem Aufnahmeraum für das Mobiltelefon gegenüberliegt. Die Zerstäuberpumpe (5) ist mit dem Tank (1) durch Verkleben verbunden.

DEVICE FOR PRODUCING AN AEROSOL JET.

PROCEDURE FOR LAYING ON COATINGS ON SURFACES

PROCEDURE AND DEVICE FOR CONTROLLING THE VEGETATION

EXPENDITURE AND RINSING PISTOL

LIQUID DELIVERY DEVICE AND - PROCEDURES

SPRAYING APPARATUS

Drug delivery

Continuous tube forming and coating

Automatic fluid dispenser

A motion-activated dispenser includes a housing having a base and top defining a gap sized to receive a human hand. The top portion defining cavity sized to receive a fluid reservoir and an opening extending directly through a lower surface of the top portion to the cavity, a neck of the fluid reservoir extending through the opening. A pressing member is positioned within the cavity and an actuator is coupled to the pressing member and configured to urge the pressing member toward and away from the opening. The pressing member may include, for example, a sliding member positioned opposite a stop face; a roller moved by the actuator toward the opening; a plunger positioned above the opening and driven by an actuator toward the opening; or a pair of rods spanning the cavity and urged by the actuator through the cavity, the rods pressing against sides of the reservoir.

Spray application system components comprising a repellent surface and methods

Presently described are components of a spray application system, a method of making thereof, wherein at least one component comprises a liquid repellent surface layer such that the receding contact angle with water ranged from 90 degrees to 135 degrees. The liquid repellent surface (e.g. layer) may comprise a porous layer and a lubricant impregnated into pores of the porous layer; a fluoropolymer; a fluorochemical material and an organic polymeric binder; or a fluorochemical material melt additive or silicone/silane/siloxane material melt additive and a thermoplastic polymeric material component. The component is typically a liquid reservoir, a liquid reservoir liner, a lid for a liquid reservoir or liner, or a combination thereof. In some embodiments, the component comprises a thermoplastic polymeric material. In some favored embodiments, the component is a removable liquid reservoir or liner. In some favored embodiments, the component is a collapsible liquid reservoir or liner. The spray ...

IRRIGATION DEVICE

Vegetation control using high pressure liquid spray

Liquid atomization methods and devices

SPRAYING AND ATOMIZATION DEVICE OF A SALINE MIXTURE

This invention relates to a spraying and atomization device of a saline mixture consisting of a minimum number of pieces integrated in a main head or base of those that are arranged underground in automatic centralized installations of electronic activity and control, comprising a prismatic body laterally reinforced by a group of ribs and a front fitting in the lower part thereof communicating through a vertical duct with an inner chamber where there is housed a support body and a spraying and diffuser nozzle, and in the latter there is a feed nozzle ending in a stepped neck where a fixing washer is assembled housed on the upper opening of said head-base and fixed by pressure on the upper neck of the support body and spraying and diffuser nozzle.

DISPENSER

A dispenser (10) creates a use solution. The dispenser (10) includes a diluent inlet for receiving a source of diluent. An aspirator (38) is in fluid communication with the diluent inlet. An operator valve (27) controls flow of the diluent. The aspirator (46) has a diluent inlet, diluent outlet and a venturi port, A vacuum switch (63) is operatively connected to the first venturi port and the flow of the diluent through the aspirator (46) creates a vacuum that activates the vacuum switch, A control board (69) is activated by the vacuum switch and a dosing pump (76) is activated by the control device (69). The dosing pump dispenses a liquid product into the diluent stream, wherein a use solution is made.

ELECTRIC FOGGING APPARATUS

An electric fogger comprising a housing having a heat source, a timer means and a disposable canister containing a fog-producing material such as an insecticide, deodorant, perfume, disinfectant or air freshener. The housing is comprised of a top member and a base member capable of receiving and replaceably holding the disposable canister. The housing contains the heat source such as a hot plate, for heating the insecticide or the like in the canister; a printed circuit board including an electrical switch for activating the heat source and a timer which automatically turns the heat source off after a predetermined period of time, and a pivoting cam adapted to engage the electrical switch on the printed circuit board to allow electricity to flow to the heat source when the pivoting cam engages a lug on the canister upon insertion of the canister into the housing. The fogger is of simple construction and is easy and safe in operation.

AIRLESS SPRAY APPARATUS

A fluid spraying apparatus, such as for use in paint spraying and the like, including a high pressure diaphragm pump, a safety and pressure adjustment valve system, and a high pressure safety spray gun. The valve system includes a valve for maintaining a desired pressure relationship between the sprayed fluid side of the system and the pumping fluid section of the high pressure diaphragm pump. The high pressure safety gun includes a pressure-responsive locking barrel portion which prevents access to the spray tip while the fluid being sprayed is under pressure.

ADJUSTABLE SPRAY TIP

An improved adjustable spray tip or nozzle is provided for spray guns and like devices which are adapted to hydraulically atomize and spray liquids such as paint. The spray tip includes an adjustable valve stem which varies, by means of adjustable movement, the spray opening and thus the fan spray issuing from the spray tip. The improvement includes providing a valve stem which is fracture resistant as well as erosion resistant.

WHIRL SPRAY NOZZLE

A spray nozzle for producing a hollow conical liquid spray having a body formed with a cylindrical whirl chamber having a tangentially disposed liquid inlet passage and an orifice cap removably mountable at the end of the whirl champ bier formed with a spray discharge orifice of the desired configuration. The nozzle body includes an upstanding post concentrically disposed within the whirl chamber for guiding pressurized liquid in a tangential direction about the whirl chamber, and the post has a recessed upper end for receiving the air core of whirling liquid within the chamber to retain the proper axial position of the air core and to prevent air core damage to the nozzle body.

CONTAINER WITH MEMORY

Container with Memory A container having associated with it at least one memory device in which a record of the contents of the container is stored, the memory device being addressable such that the record of contents may be altered during use of the container to maintain a record of the remaining contents of the container.

PROCESS FOR COATING SUBSTRATES WITH AQUEOUS POLYMER DISPERSIONS

PROCESS FOR COATING SUBSTRATES WITH AQUEOUS POLYMER DISPERSIONS A process for providing a substrate such as a polyethylene terephthalate container with a gas barrier coating of a copolymer of vinylidene chloride is disclosed. The process includes locating the container to be coated in close proximity to one or more airless spray nozzles and impacting the outside surface of the container with a stream of a stabilized aqueous polymer dispersion such as an aqueous polyvinylidene chloride dispersion. The impacting force of the stable polyvinylidene chloride dispersion on the surface of the container is sufficient to cause selective destabilization of the dispersion at the surface interface to form a gel layer containing the polymer in the continuous phase. This gel layer serves as an adhesive layer for an overlying layer of the aqueous polymer dispersion as a continuous uniform coating. The resulting wet coating does not sag or run off. The coating on the container is then dried in a controlled ...

PUMPLESS RECIRCULATING SYSTEM FOR FLOWABLE MATERIALS

IN LINE COATING OF GALVANIZED TUBING

PORTABLE SELF-ENERGIZING PRESSURE SPRAYER

A pressure sprayer is pressurized automatically with movement of the sprayer and maintains adequate pressure during non-movement to allow the ejection of an amount of liquid before needing re-pressurization. The pressure sprayer includes wheels that allow the pressure sprayer to be mobile. A cam is attached to the axle of the wheels which rotates with the rotation of the axle/wheels. A pressure pump is associated with the cam such that movement of the cam causes the pressure pump to pump liquid from a holding tank to an accumulator or directly to a spray wand in communication with the pump. The liquid may be sprayed (ejected) from the accumulator during both movement (pumping) and non-movement (no pumping) of the sprayer, while the liquid may be directly sprayed from the holding tank only during movement (pumping) thereof. Thus, as the wheels rotate due to moving the pressure sprayer, the cam causes movement of the pressure pump to fill the accumulator with the liquid under pressure. The ...

METHOD FOR STRIPING INSIDE SEAMS OF CANS

ADJUSTABLE SPRAY TIP

A FLUID VESSEL AND METHOD FOR CHARGING A FLUID VESSEL

APPARATUS FOR IMPROVING THE VISCOSITY OF COATING MATERIALS

APPARATUS FOR IMPROVING THE VISCOSITY OF COATING MATERIALS A system for improving the viscosity of coating materials comprised of coaxial hoses inserted in a coating material supply hose. A heating fluid is continuously circulated through the coaxial hoses to heat a thin film of coating material in the supply hose. The heating fluid, preferably deionized water, heats the coating material to a preselected temperature to provide optimum viscosity for highest coating efficiency. An emulsifier added to the heating fluid improves heat retention and flow rates by improving lubricity. The coaxial hose heating system is connected to the coating material through a coupling and distributor block that allows easy removal for repair, replacement or use without the hose heater.

Irrigation Apparatus

CONTINUOUS TUBE FORMING AND COATING

A continuous tube forming and coating process and apparatus, wherein the tube is formed and welded with the seam located at the bottom of the tube and the painted surface on the inside of the tube. An applicator (72) coats the inner surface of the seam following welding preferably in an inert atmosphere. An impeder (54) includes ferrite rods and circulating coolant and a paint applicator tube which extends through the impeder having a nozzle which applies coating over the seam. A galvanizing apparatus having a sealed galvanizing tank (98) which receives the seamed tube below the level of the molten zinc and which is enclosed within a sealed housing and gas pressure in the galvanizing tank is greater than pressure in the housing. The galvanizing apparatus includes inert gas seals (116) which may be also used to as a wiping nozzle.

METHOD OF FORMING SEAMED METAL TUBE

A method of forming a seamed metal tube (20c) having a metal coating (56) on at least an inside surface of the tube (20c) from a continuously moving, relatively flat metal strip (20a) is disclosed. The primary feature of the inventive process is the step, after forming and welding the seamed metal tube (20c), of locating the seam in a lower portion of the tube (20c) and reheating at least that lower portion of the tube (20c) to melt the coating (56). The coating (56) is thereby caused to flow downwardly over and to coat the inner surface of the seam. The result is a seamed tube (20c) with a more corrosion resistant seam region.

Verfahren und Vorrichtung zur Herstellung von Überzügen aus schmelzbaren Stoffen.

Spritzvorrichtung zur Herstellung von Anstrichen.

Einrichtung zum Spritzen von unter Wärmeeinwirkung fliess- und spritzfähig gemachtem Spritzgut, wie Bitumen, Teeren, Kunststoffen usw.

Verfahren und Maschine zur kontinuierlichen Herstellung von verzinkten Stahlrohren

Procédé pour produire un aérosol

Spritzpistole

Dispositif de distribution d'un fluide notamment de colle

Fahrbare Vorrichtung zum Zuführen von Überzugsmaterial zu einer kompressorlosen Sprühpistole

PLANT FOR SPRAYING POWDER OF MEANS OF AN ELECTROSTATIC SPRAY GUN.

ADJUSTABLE SPRAY NOZZLE AT SPRAYING EQUIPMENT.

GUN HAND-MANIPULATABLE FOR DISPENSING PRESSURIZED MOLTEN ADHESIVE.

LIQUID ATOMIZER.

COMPRESSED AIR AIR GUN.

SPRAY GUN.

Vaporizer.

Linvention a pour objet un vaporisateur comprenant un boîtier (2) pour loger un conteneur (4) de liquide comprenant un dispositif de vaporisation (6), et un dispositif actionneur (8) monté sur le boîtier et configuré pour actionner un bouton pressoir (7) du dispositif de vaporisation. Le dispositif actionneur comprend un corps (12) et un mécanisme dactionnement mécanique du bouton pressoir, le corps comprenant une ouverture pour permettre lexpulsion de gouttelettes de liquide. Le vaporisateur comprend en outre un élément tampon (26) configuré pour couvrir au moins en partie louverture et à dévier et/ou absorber au moins une partie du liquide propulsé par nébulisation (effet vapeur légère) des gouttelettes projetées.

DEVICE FOR SPRAYING LIQUID POSTS

SYSTEM SPRAYING FOAMY PRODUCT

УСТРОЙСТВО И СПОСОБ ПЕРЕМЕШИВАНИЯ ТВЕРДЫХ ВЕЩЕСТВ И ЖИДКОСТЕЙ

Эдуктор для перемешивания твердых веществ и жидкостей включает сопло, начальную смесительную камеру, первый диффузор, промежуточную смесительную камеру и второй диффузор. Сопло включает полукруглый выход сопла, смещенный от расположенной по центру первой оси. Подвижный поток разгоняется через сопло на первом и втором разгоняющих сегментах. Твердые частицы добавляются к подвижному потоку в начальной смесительной камере и направляются к первому диффузору. Каждый диффузор включает разгоняющий и тормозящий сегменты, разделенные горловиной эллиптической формы. Промежуточная смесительная камера расположена между первым и вторым диффузорами. Способ перемешивания жидкостей и твердых веществ включает ввод подвижного потока в начальную смесительную камеру, создание вакуума в начальной смесительной камере для внедрения твердых веществ в подвижную жидкость, обеспечение зоны турбулентности для усиления перемешивания подвижного потока и твердых частиц и рассеивание подвижного потока для дополнительного ...

ДОЗИРУЮЩЕЕ УСТРОЙСТВО ДЛЯ АЭРОЗОЛЬНОЙ УПАКОВКИ СО СМЕННЫМИ ТРУБКАМИ

Универсальное дозирующее устройство (1) со сменными трубками (3) для распыления продуктов, которые хранятся в бутылках, включает корпус (2), сменные трубки, адаптер (5), крышку и контрольную насадку (7). Универсальное дозирующее устройство включает эргономичную ручку с полостью (9), верхний край которой имеет кольцо фиксации для фиксации бутылки. Дозировочная система под кольцом содержит направляющий канал (15) для установки сменной трубки и пускового устройства (14), которое расположено под ними. Задвижка регулирования жесткости в передней части пускового устройства присоединена, по крайней мере, к одному концу корпуса. Основание установлено ​​под каналом на ручке. Направляющая между основанием и кольцом предназначена для более легкого демонтажа. Сменная трубка представляет собой трубку, один конец которой становится соединительной насадкой.

СПОСОБ СОЗДАНИЯ ТУМАНА

Устройство для получения капель тумана при подземных горных роботах содержит монолитный конструктивный элемент (10), в котором предусмотрен форсуночный канал (12), а возле него по крайней мере одна отражающая поверхность (16), которая расположена под углом к оси форсуночного канала. С помощью устройства экономично и просто надежно создается водяный туман.

УСТРОЙСТВО ДЛЯ НАНЕСЕНИЯ РАЗДЕЛИТЕЛЬНЫХ ПОЛОС НА ДОРОЖНОЕ ПОЛОТНО

Устройство (10) для нанесения разделительных полос на дорожное полотно оборудовано сравнительно небольшим двигателем (16), соединенным с поршневым насосом (20) через центробежную муфту сцепления (18), которая срабатывает после достижения заранее заданной величины числа оборотов двигателя. Устройство (10) имеет пусковое устройство (30) двойного действия, которое приспособлено для увеличения числа оборотов двигателя, а также открытия распылителя краски (40) через определенный промежуток времени. Предусмотрен перепускной клапан (22), который срабатывает при увеличении давления до предварительно заданной величины и направляет поток от выхода насоса назад в резервуар (14).

МЕХАНІЧНИЙ РОЗПИЛЮВАЧ

Механічний розпилювач складається з корпуса, в якому виконана розгінна чаша для рідини, основна камера розпилювання з отворами для витоку рідини та додаткова камера розпилювання меншого діаметра.

DYESTUFF BASED ON, AT LEAST, ONE POLYMERIC DISPERSION, METHOD FOR APPLICATION OF SUCH DYESTUFF AND USE THEREOF

WATER TOY

DISPOSABLE CONTAINER, USE THEREOF AND METHOD FOR APPLYING PRESSURE TO DISPOSABLE CONTAINER

Can improve the irrigation efficiency agricultural irrigation without man-machine

Liquid 3D printing coating machine

Substation system transformer intellectualized cooling system

Thread gluing area rubber coating device with preheat function

Curing agent spraying device

Scalable, deformation, independent assortment formula atomizer device

Spraying apparatus

Dustproof type metal plate surface paint spraying equipment

Freeze damage preventing manual water mist making system

DEVICE FOR EJECTING DROPLETS OF AN ELECTRICALLY NON-CONDUCTIVE FLUID AT HIGH TEMPERATURE

A device is configured to eject droplets of an electrically non-conductive medium at a temperature of 360° C. or above. The device includes a fluid chamber body, the fluid chamber body having a fluid chamber for containing an electrically non-conductive medium at a temperature of 360° C. or above and for containing a conductive medium. The fluid chamber includes an orifice. In the fluid chamber, at least a part of the electrically non-conductive medium is positioned closer to the orifice than the conductive medium. The device further includes a heater configured to heat the electrically non-conductive medium and an actuator, the actuator includes electrodes for generating a current in the conductive medium and magnets for generating a magnetic field in the conductive medium. 1. Device for ejecting droplets of an electrically non-conductive fluid at a temperature of 360° C. or above , the device comprising;a. a fluid chamber body having a fluid chamber for containing the electrically non-conductive fluid at a temperature of 360° C. or above and for containing a conductive medium, the fluid chamber body being made of a material that is heat conductive and heat resistant, the fluid chamber body comprising an orifice extending from the fluid chamber to an outer surface of the fluid chamber body, the fluid chamber being defined such that when the fluid chamber comprises the conductive medium and the electrically non-conductive fluid, the electrically non-conductive fluid and the conductive medium are substantially non-mixed, and at least a part of the electrically non-conductive fluid is positioned in the fluid chamber closer to the orifice than the conductive medium;b. actuation means for actuating the conductive medium, the actuation means comprising at least an electrode for providing an electric current through the conductive medium and a magnet, for providing a magnetic field in the conductive medium;c. heating means for providing heat to an electrically non- ...

SELF-PRIMING WATER TURBINE-DRIVEN REEL SPRINKLER IRRIGATION MACHINE

A self-priming water turbine-driven reel sprinkler irrigation machine includes a framework, a plug board, a reel, a PE pipe, a water turbine driving device, a sprinkler wagon, and a self-priming device. The framework comprises an underframe, a reel support frame, a plug board support frame, and a wheel assembly. A bottom portion of the underframe is provided with an underframe rotary device, and the underframe rotary device comprises a rotary bearing and a chassis support member. An inner ring of the rotary bearing is fixedly mounted to the underframe, and an outer ring of the rotary bearing is fixedly mounted and connected to the chassis support member. A telescopic front support is disposed at a front part of the underframe. The wheel assembly comprises a wheel support beam, a wheel, and a wheel lifting hydraulic cylinder. The self-priming device comprises a water pump, a pumping hose, and a filtering mechanism. 178. A self-priming water turbine-driven reel sprinkler irrigation machine , comprising a framework , a plug board , a reel , a PE pipe , a water turbine driving device () , a sprinkler wagon , and a self-priming device () , wherein:the framework comprises an underframe, a reel support frame, a plug board support frame, and a wheel assembly;{'b': '1', 'the underframe is a planar support frame structure that is bilaterally symmetrical as a whole, and the support frame structure comprises boundary beams connected in a closed loop to form an annular frame structure and support beams connected to an interior of the annular frame structure; a traction connecting mechanism is disposed at a front end of the underframe; a bottom portion of the underframe is provided with an underframe rotary device, and the underframe rotary device is disposed at a center of gravity of the framework and the underframe rotary device comprises a rotary bearing and a chassis support member sequentially from top to bottom; the rotary bearing comprises an inner ring, an outer ring, and ...

LIQUID DISCHARGE APPARATUS, IMPRINT APPARATUS, AND ARTICLE MANUFACTURING METHOD

A liquid discharge apparatus includes: a container divided into a first chamber and a second chamber by a dividing member, the first chamber including a discharge outlet that discharges a liquid and configured to contain the liquid, the second chamber configured to contain a fluid; a tank configured to store the fluid; a connecting portion that provides fluid communication between the tank and the second chamber; a measurement unit configured to measure an amount of the fluid supplied from the tank to the second chamber; and a controller configured to obtain an amount of the liquid contained in the first chamber based on a measurement result from the measurement unit. 1. A liquid discharge apparatus comprising:a container divided into a first chamber and a second chamber by a dividing member, said first chamber including a discharge outlet that discharges a liquid and configured to contain the liquid, said second chamber configured to contain a fluid;a tank configured to store the fluid;a connecting portion that provides fluid communication between said tank and said second chamber;a measurement unit configured to measure an amount of the fluid supplied from said tank to said second chamber; anda controller configured to obtain an amount of the liquid contained in said first chamber based on a measurement result from said measurement unit.2. The apparatus according to claim 1 ,wherein the dividing member is a flexible film.3. The apparatus according to claim 1 ,wherein said measurement unit is configured to measure the amount of the fluid supplied to said second chamber by measuring change in weight of the fluid in said tank.4. The apparatus according to claim 1 ,wherein said measurement unit is configured to measure the amount of the fluid supplied to said second chamber by measuring change in position of a fluid level of the fluid in said tank.5. The apparatus according to claim 1 ,wherein the fluid is a liquid whose density is different from a density of the ...

MODULAR POWER WASHER SYSTEM, METHOD AND KIT THEREFOR

A modular power washer contains a power washing system (), containing a base unit () and an accessory unit (), wherein the accessory unit () is removably-attached to the base unit (). The base unit (), contains a housing (), a pump (), a motor (), a power source (), an input valve (), and an output valve (). The housing (), contains the pump (), and the motor (), therein, and the housing (), at least partially contains the power source (), therein. The motor (), is operatively-connected to the power source (). The pump (), is operatively-connected to the motor (). The pump (), is fluidly-connected to the input valve (), and the output valve (). The accessory unit (), is selected from a hose storage unit (), an additive tank (), a handle () a roll bar (), a frame (), a wheel (), and a combination thereof. A kit and a method of use are also described herein. 1. A modular pressure washing system , comprising:A. a base unit comprising a housing, a pump, a motor, a power source, an input valve, and an output valve, wherein the housing contains the pump and the motor, wherein the housing at least partially contains the power source, wherein the motor is operatively-connected to the power source, wherein the pump is operatively-connected to the motor, wherein the pump is fluidly connected to the input valve, and wherein the pump is fluidly-connected to the output valve; andB. an accessory unit selected from the group consisting of a hose storage unit, an additive tank, a handle, a roll bar, a frame, a wheel, and a combination thereof,wherein the accessory unit is removably-attachable to the base unit.2. The modular pressure washing system according to claim 1 , wherein the accessory unit is a frame.3. The modular pressure washing system according to claim 2 , wherein the frame comprises a wheel.4. The modular pressure washing system according to claim 1 , wherein the power source is selected from the group consisting of an internal combustion engine claim 1 , a DC power ...

DAMPENING UNIT COMPRISING A ROTATING BRUSH, AND CONTAINER-HANDLING MACHINE

A dampening unit that sprays viscous application liquid to a treatment surface includes a rotating brush driven to rotate around the axis, a liquid applicator that supplies the liquid to the brush, and a brush chamber to accommodate the brush. The brush chamber includes a wall that surrounds the brush. The wall defines an ejection window for discharging viscous application liquid that is either sprayed or spun away from the brush. 116-. (canceled)17. An apparatus comprising a dampening unit that sprays viscous application liquid to a treatment surface , wherein said dampening unit defines a dampening unit axis and wherein said dampening unit comprises a brush , a liquid applicator , and a brush chamber , wherein said brush is driven to rotate around said axis , wherein said liquid applicator supplies said viscous application liquid to said brush , wherein said brush chamber accommodates said brush , wherein said brush chamber comprises a wall that surrounds said brush , wherein said wall defines an ejection window for discharging viscous application liquid that is one of sprayed and spun away from said brush.18. The apparatus of claim 17 , wherein said brush comprises a brush body claim 17 , and a liquid path formed in said brush body claim 17 , wherein said liquid path distributes said viscous application liquid on a circumference of said brush body.19. The apparatus of claim 18 , wherein said liquid path is formed at least partially by a distributor channel and by a plurality of individual channels that are open on said circumference of said brush body and that open into a distributor channel.20. The apparatus of claim 17 , further comprising means for applying said liquid to said brush from outside.21. The apparatus of claim 20 , wherein said means for supplying said viscous application liquid to said brush comprises external nozzles that deliver said viscous application liquid to a rubbing and wetting place for said brush.22. The apparatus of claim 17 , further ...

INDUCTION HEATING DEVICE FOR SHAVING AND COSMETIC APPLICATIONS

A dispenser for dispensing warmed shaving and cosmetic products having an induction heating system mounted within housing for heating only a conductive floating target screen disposed on an upper surface region of a shaving or cosmetic product stored within a product receptacle surrounded by an induction heating coil of the induction heating system thereby heating only the upper surface region of the product. 1. An induction heating device adapted to heat products for shaving or cosmetic purposes comprising:a housing having a product receptacle for holding products for shaving or cosmetic purposes, said product defining an upper surface region in said product receptacle;an induction coil surrounding said product receptacle for generating electromagnetic energy into said product receptacle;electronic circuitry connected to said coil for activating said coil to generate said electromagnetic energy; anda conductive target floating screen in said product receptacle sized to overlie said upper surface region and adapted to float on said upper surface region of said product;whereby said conductive target floating screen is heated by electromagnetic induction thereby heating only said upper surface region of said product for application to a user.2. An induction heating device as claimed in and further comprising:said housing includes a top surface;said product receptacle includes a first cylindrical shaped cup mounted in said top surface and a second cylindrical shaped cup removably inserted in said first cup, said second cup is adapted to hold said products for shaving or cosmetic purposes.3. An induction heating device as claimed in claim 2 , wherein said second cup is complementally configured to said first cup.4. An induction heating device as claimed in claim 3 , wherein said first and second cups are configured to maintain alignment and prevent rotation therebetween during use.5. An induction heating device as claimed in claim 4 , wherein said first and second cups ...

LASER DEPOSITIONING DEVICE AND METHOD FOR PRODUCING A COMPONENT BY DIRECT LASER DEPOSITIONING

The present invention relates to a laser depositioning device with a machine bed, onto the surface of which can be deposited a powder material, using at least one first laser for layer by layer melting of the powder material, characterized in that at least one second laser is provided to melt on the powder material layer by layer, with the second laser having a higher power than the first laser, as well as to a method for producing a component provided with a supporting structure. 1. Laser depositioning device with a machine bed , onto the surface of which can be deposited a powder material , using at least one first laser for layer by layer melting of the powder material , wherein at least one second laser is provided to melt on the powder material layer by layer , with the second laser having a higher power than the first laser.2. Device in accordance with claim 1 , wherein the power of the first laser is designed for producing a component and the power of the second laser for producing a supporting structure.3. Device in accordance with claim 1 , wherein the power of the first laser is smaller than the power of the second laser up to a factor of 5.4. Device in accordance with claim 1 , wherein the first and the second lasers are designed for melting on the same coating thickness of the powder material.5. Device in accordance with claim 1 , wherein the focusing of the first laser differs from that of the second laser.6. Method for producing a component provided with a supporting structure by means of a laser depositioning device claim 1 , where at least one first laser is used for layer by layer manufacturing the component out of a powdery material claim 1 , and at least one second laser is used for producing a supporting structure claim 1 , supporting the component claim 1 , layer by layer out of the powdery material claim 1 , with the first laser being operated with a lower power than the second laser.7. Method in accordance with claim 6 , wherein using the ...

Washer liquid heating apparatus integrated into washer reservoir

A washer liquid heating apparatus integrated into a reservoir may include an auxiliary tank which is integrally connected to the reservoir and in which a washer liquid inflowing from the reservoir is stored, and a heater assembly that is integrally attached to the auxiliary tank and heats the washer liquid stored in the auxiliary tank, wherein the heater assembly comprises a plate-type heater that is installed in a hole of the auxiliary tank to heat the washer liquid within the auxiliary tank, and wherein the plate-type heater is exposed to an inside of the auxiliary tank through the hole of the auxiliary tank such that a heating surface where heating is performed heats the washer liquid within the auxiliary tank.

VEHICLE WINDSHIELD CLEANING SYSTEM

Apparatus for providing a heated cleaning fluid to a vehicle surface includes an inlet port for receiving an amount of fluid, a housing bounding a reservoir in fluid communication with the inlet port, and an outlet port in fluid communication with the reservoir for dispensing an amount of heated fluid. A heater element heats fluid that passes from the inlet port to the outlet port through the reservoir. A heat exchanger in thermal contact with the heater element for conveying heat to the fluid within the reservoir has a strut that divides fluid entering the housing through the inlet port into two flow paths and elongated fins that extend outwardly from the strut at transverse angles that bound fluid flow channels for fluid moving through the reservoir. A control circuit energizes the heater element with a voltage to heat the heating element and the fluid passing from the inlet port to the outlet port through the reservoir. 1. An apparatus for providing a heated cleaning fluid to a vehicle surface comprising:a housing defining two interior chambers spaced from each other by a separating wall extending to completely isolate said interior chambers from each other, said housing including an inlet port for routing fluid into a first, fluid heating chamber of said interior chambers for heating fluid from an external source;said housing further defining an outlet port in fluid communication with the first, fluid heating chamber for dispensing an amount of heated fluid to a nozzle for spraying heated fluid onto a surface wherein said separating wall separating said interior chambers prevents fluid from leaking out of said first, fluid heating chamber into a second, electronics containing chamber of said interior chambers;a heating element for heating fluid that passes from said inlet port to said outlet port through said first, fluid heating chamber;a heat exchanger supported by said housing in a position that is at least partially covered by fluid within said first, fluid ...

LOW TEMPERATURE LOW-ABUNDANCE ATOMIC OBJECT DISPENSER

Methods and dispensers for dispensing atomic objects are provided. An example method for dispensing atomic objects includes sealing a reaction component at least partially coated with a composition comprising the atomic objects inside an oven; and, with the oven disposed within a pressure-controlled chamber, heating the composition to an atomizing reaction temperature to cause an atomizing chemical reaction to occur. The reaction component comprises a material that is a participant in the reaction. A result of the reaction is elemental atomic objects deposited on a depositing surface within the oven. The atomizing reaction temperature is greater than a dispensing threshold temperature. The method further comprises allowing the oven to cool below the dispensing threshold temperature; and heating the oven to a dispensing temperature to cause the elemental atomic objects to be dispensed from the oven through a dispensing aperture. The dispensing temperature does not exceed the dispensing threshold temperature.

SPREADER

A spreader for spreading a material including at least one pair of rotating discs having a plurality of generally radially oriented blades attached thereon for disbursing the material in a pre-selected pattern. The discs are rotatably positioned below an end of a funnel unit to receive material passing through the funnel units. The material, as it passes through the funnel units, is directed to a predetermined impact region on each of the rotating discs by a corresponding pair of deflecting vanes integrally fit and movably attached within each funnel of the pair of funnel units. Each deflecting vane is selectably movable by a corresponding actuator from a first position to a second position while the spreader is operating. 1. A spreader for spreading a material comprising:at least one pair of funnel units, each unit having a first end and an opposed second end, each unit having a pair of deflecting vanes substantially positioned therein between the first end and the second end, each deflecting vane of the pair of deflecting vanes movably connected to an actuator; andat least one pair of adjacent rotating discs having a plurality of generally radially oriented blades attached thereon for disbursing the material in a pre-selected pattern;each of a first disc and a second disc of the at least one pair of adjacent rotating discs rotatably positioned below the second end of one funnel unit of the at least one pair of funnel units to receive the material passing through the funnel units;wherein the material as it passes through the at least one pair of funnel units is directed to a predetermined impact region on each of the rotating discs by a corresponding pair of deflecting vanes integrally fit and movably attached within each funnel of the pair of funnel units;wherein each deflecting vane of the pair of deflecting vanes is selectably movable by a corresponding actuator from a first position to a second position while the spreader is operating.2. The spreader of claim 1 ...

IONIZATION PROBE

In the ionization probe, an assist gas nozzle, coaxial with a nozzle, is provided around a nozzle that discharges a liquid sample. A housing inside which is formed an annular assist gas channel is provided around the assist gas nozzle. A gas inlet for introducing gas into the assist gas heating channel and gas outlet for feeding gas from channel to assist gas nozzle are provided at opposite locations across the center of the channel. Gas introduced into the assist gas heating channel is heated by a substantially annular heater, and high temperature gas is discharged through gas discharge hole of the assist gas nozzle. The heater and the channel through which high temperature gas flows are arranged solely at the tip part of the ionization probe, so thermal insulation of the probe base part can be easily accomplished. 1. An ionization probe for atomizing a liquid sample and ionizing components contained in said sample , comprising:a) a nozzle which atomizes a liquid sample;b) an assist gas nozzle comprising an open part provided around the tip of the aforementioned nozzle, for spraying assist gas in the same direction as the direction of atomization of liquid sample from the aforementioned nozzle;c) an annular assist gas channel arranged so as to surround the periphery of the tip part of said assist gas nozzle and having a gas outlet which communicates with said assist gas nozzle; andd) an annular heater arranged in said assist gas channel, wherein a portion of the annular shape or in the circumferential direction of the annular heater is missing;2. The ionization probe as described in claim 1 ,wherein said gas outlet is formed at one circumferential location of said assist gas channel, and a gas inlet which admits assist gas into said assist gas channel is formed at a position opposite said gas outlet across the center of the ring of said channel.3. The ionization probe as described in claim 1 ,wherein said assist gas nozzle is provided at a location displaced from ...

HEATED SPRAY SYSTEM

A method of heating spray components with a spray proportioner unit may include flowing a spray component from a hopper through a preheater and heated hose. The spray component may be received at a receiving end of the heated hose at a first temperature and exit the heated hose at a delivery end at a second temperature. The spray component may be flowed through the heated hose at an operating pressure up to 2000 psi and at a rate up to 12 lb/minute. The second temperature may be at least 30° F., such as between 40° F. and 60° F., greater than the first temperature. 1. A method of heating a spray component with a spray proportioner unit equipped with one or more pumps to flow two spray components along separate flow paths each extending from a respective container holding a supply of the spray component , through a respective preheater and respective heated hose , to a spray gun , the method comprising: flowing the spray component from a hopper container to a preheater;', 'flowing the spray component from the preheater to a heated hose;', 'flowing the spray component along the heated hose from a receiving end to a delivery end of the heated hose at a rate up to 12 lb/minute; and', 'heating the spray component from a first temperature, taken at a first location along the receiving end, to a second temperature, taken at a second location along the delivery end, with one or more heating elements extending through the heated hose as the spray component flows through the heated hose between the first and second locations, wherein the second temperature is at least 30° F. greater than the first temperature., 'for each of two spray components'}2. The method of claim 1 , wherein the second temperature is 40° F. to 60° F. greater than the first temperature claim 1 , and wherein the first temperature is between 80° F. and °100° F. and the second temperature is between 130° F. and °160° F.3100. The method of claim 1 , wherein the second temperature is 40° F. to and 60° F. ...

DEVICE FOR COOLING ANESTHESIA BY CHILLED FLUIDIC COOLING MEDIUM

A hand-held or wearable device for cooling tissue of an eye of a patient is disclosed. In one aspect, the device includes a reservoir having fluid therein and a support connected to the reservoir and configured to be positioned on a face of the patient. The device also includes a nozzle positioned proximate to the support and fluidically connected to the reservoir, the nozzle configured to pass the fluid from the reservoir onto a surface of the eye. The device further includes a cooling element configured to cool the fluid from the reservoir such that it exits the nozzle at a temperature of between −100° C. and 15° C. The device further includes an ultrasonic vibrator positioned near the nozzle and configured to generate mist from at least part of the fluid. 1. A hand-held or wearable device for cooling tissue of an eye of a patient , comprising:a reservoir having fluid therein;a support connected to the reservoir and configured to be positioned on a face of the patient;a nozzle positioned proximate to the support and fluidically connected to the reservoir, the nozzle configured to pass the fluid from the reservoir onto a surface of the eye;a cooling element configured to cool the fluid from the reservoir such that it exits the nozzle at a temperature of between −100° C. and 15° C.; andan ultrasonic vibrator positioned near the nozzle and configured to generate mist from at least part of the fluid.2. The device of claim 1 , wherein the temperature is between −10° C. and 10° C.3. The device of claim 1 , wherein the temperature is between 0° C. and 15° C.4. The device of claim 1 , wherein a mass flow rate of the fluid as it exits the nozzle is between 5 mg/sec and 500 mg/sec.5. The device of claim 1 , wherein a cooling power of the fluid is greater than or equal to 0.3 W.6. The device of claim 1 , wherein the fluid comprises a fluid particle that has a volume smaller than 1 mm.7. The device of claim 1 , further comprising a pump configured to pump fluid from the ...

Liquid precursor delivery system

Disclosed is a liquid precursor delivery system that enables a thin film deposition process to be performed at a low temperature like 350° C. or lower in a process of manufacturing semiconductor devices or displays. The liquid precursor delivery system includes an aerosol generator, a vaporizer, and a vapor storage tank. The aerosol generator changes a liquid precursor into an aerosol precursor using ultrasonic vibrations. The vaporizer has a heater block in which a plurality of sloped plate-shaped heaters is arranged in a zigzag form and in which the aerosol precursor changes into a gas precursor by colliding with the heaters and thus obtaining heat energy. The vapor storage tank stores the gas precursor while maintaining a constant pressure and temperature of the gas precursor and delivers the gas precursor to a process chamber when a thin film deposition process is performed.

Combination Bucket

The subject matter disclosed and claimed herein, in one aspect thereof, is a portable combination bucket device comprised of a bucket portion with an opening therein leading to an interior space, a sprinkler plate at least partially covering said opening and enabling a user to more evenly distribute the contents of the bucket, a sprayer device in fluid communication with the interior space of said bucket portion, and a handle for transporting and handling the bucket combination. Because the combination bucket is capable of performing multiple functions, it eliminates the need for, and associated expense of, purchasing, operating and storing multiple devices.

SHOWER CADDY WITH HEATED FLUID DISPENSER, ADDITIVE INFUSER, AND/OR 4-WAY DIVERTER

A shower caddy includes a -way diverter for attachment to a shower arm and to divert water received from the shower arm to a circuit of pipes within the shower caddy. The shower caddy further includes a heating circuit within a basin. The basin holds bathing fluids, and the heating circuit transfers heat from water traveling via the circuit of pipes to the bathing fluids within the basin. The shower caddy further includes an additive infuser attached to the circuit of pipes that infuses an additive into the water flowing through the circuit of pipes when the additive infuser is activated by a user. The circuit of pipes is further connected to a showerhead that outputs the water received from the shower arm following it being used for the heating circuit and/or having an additive infused therein. 1. A shower caddy comprising: a basin defining a volume of bathing fluid to be deposited within the basin;', 'one or more discharge valves to selectively release the bathing fluid from the basin; and', 'a heating circuit to be in direct contact with the bathing fluid, the heating circuit extending through the basin to conduct thermal energy from heated potable water flowing through the heating circuit to the bathing fluid within the basin., 'a heated fluid dispenser including2. The shower caddy of claim 1 , further comprising: a first input to receive the heated potable water;', 'a first output to direct the heated potable water to the heating circuit;', 'a second input to receive the heated potable water back from the heating circuit; and', 'a second output to direct the heated potable water out of the shower caddy., 'a 4-way diverter including3. The shower caddy of claim 2 , further comprising:a frame physically supporting the heated fluid dispenser, the 4-way diverter, and a circuit of pipes connecting the heated fluid dispenser and the 4-way diverter.4. The shower caddy of claim 2 , further comprising:a showerhead fluidly connected to the second output of the 4-way ...

SNOW AND ICE REMOVAL DEVICE

A snow and ice removal device may be used to prevent and remove snow and ice accumulation from one or more roof surfaces of a vehicle. The device may include one or more, such as a plurality, of vent apertures which may be in communication with a compressor that may be configured to deliver pressurized air to the vent apertures. A heating element may be disposed proximate to the vent apertures. The vent apertures and heating element may be coupled to a roof surface of the vehicle. A control unit may be configured to govern the flow of pressurized air through the vent apertures and to govern the ability of the heating element to produce heat. Heat may be applied to the roof surface by the heating element to loosen and accumulated ice or snow, and pressurized air from the vent apertures may dislodge and propel the ice or snow from the roof surface and off the vehicle. The device may include a solar panel which may be configured to deliver electrical power to one or more elements of the device. 1. A snow and ice removal device for a vehicle having a roof surface having , the device comprising:a. a plurality of vent apertures coupled to the roof surface of the vehicle, the vent apertures configured to release pressurized air;b. a heating element for producing heat, the heating element coupled to the roof surface of the vehicle; andc. a control unit configured to govern the flow of pressurized air through the vent apertures and configured to govern the ability of the heating element to produce heat.2. The device of claim 1 , wherein the heating element is disposed proximate to at least one vent aperture.3. The device of claim 1 , further comprising a compressor configured to deliver pressurized air to the vent apertures.4. The device of claim 1 , further comprising a solar panel in communication with the control unit.5. The device of claim 1 , wherein the communication of pressurized air out of a vent aperture is governed by an air valve.6. The device of claim 5 , ...

PRESSURE WASHER SPRAY GUN WITH GRIP SENSOR

A pressure washer includes a prime mover, a pump, and a spray gun. The spray gun including a handle with a first grip portion, a barrel including a second grip portion, a flow-control valve movable between an open position and a closed position, and a user interface to control the flow-control valve. A presence sensor is coupled to the second grip portion to detect the presence of the user's second hand. A first wireless system is electrically coupled to the presence sensor. A second wireless system is electrically coupled to the prime mover. The first wireless system transmits a start signal to the second wireless system when the presence sensor detects the presence of the second hand of the user. The second wireless system, upon receiving the start signal causes the prime mover to start operation. 1. A pressure washer , comprising:a prime mover;a pump driven by the prime mover;a spray gun fluidly coupled to the pump, the spray gun including a handle with a first grip portion configured to be gripped by a first hand of a user, a barrel including a second grip portion configured to be gripped by a second hand of the user, a flow-control valve movable between an open position and a closed position to control a fluid flow from the spray gun, a user interface configured to be operable by the first hand of the user and to control the flow-control valve such that in a first state of the user interface, the flow-control valve is in the closed position, and in a second state of the user interface, the flow-control valve is in the open position, a presence sensor coupled to the second grip portion and configured to detect the presence of the user's second hand, and a first wireless system electrically coupled to the presence sensor; anda second wireless system electrically coupled to the prime mover;wherein the first wireless system transmits a start signal to the second wireless system when the presence sensor detects the presence of the second hand of the user; andwherein ...

CLEANING APPARATUS

A cleaning apparatus, including: a hollow handle with a first end and a second end; a spray manifold having an inlet and a plurality of outlets along a length of the spray manifold; and a plurality of wheels supporting the spray manifold; wherein the inlet of the spray manifold is connected to the first end of the handle via a swivel coupling assembly, such that the spray manifold is rotatable in two orthogonal directions relative to the handle; and wherein the second end of the handle is configured to receive a fluid. 1. A cleaning apparatus , comprising:a hollow handle with a first end and a second end;a spray manifold having an inlet and a plurality of outlets along a length of the spray manifold; anda plurality of wheels supporting the spray manifold;wherein the inlet of the spray manifold is connected to the first end of the handle via a swivel coupling assembly, such that the handle swings in two orthogonal directions relative to the spray manifold;and wherein the second end of the handle is configured to receive a fluid.2. The cleaning apparatus of claim 1 , wherein the swivel coupling assembly comprises:a first swivel pipe joint;a second swivel pipe joint;an elbow pipe; anda curved pipe;wherein the curved pipe has a substantially U-shaped pipe portion and a straight pipe portion, a first end of the straight pipe portion being connected to a first end of the substantially U-shaped pipe portion at substantially 90 degrees;wherein the inlet of the spray manifold is connected to a second end of the straight pipe portion via the first swivel pipe joint;wherein the first end of the handle is connected to a first end of the elbow pipe, and a second end of the substantially U-shaped pipe portion is connected to a second end of the 90-degree elbow pipe via the second swivel pipe joint, the axis along the second end of the substantially U-shaped pipe portion being orthogonal to the axis along the straight pipe portion.3. The cleaning apparatus of claim 1 , wherein the ...

SPREADER

A spreader for spreading a material includes a first hopper for receiving a first material, and a pair of first dispensers, each first dispenser of the pair of first dispensers defining a corresponding first spread section for dispensing the first material from the first hopper. A second hopper is selectably receivable in the first hopper, the second hopper for receiving a second material, and a pair of second dispensers, each second dispenser of the pair of second dispensers defining a corresponding second spread section for dispensing the second material from the second hopper. Each second dispenser of the pair of second dispensers is selectively operable independently of each first dispenser of the pair of first dispensers. 1. A spreader for spreading a material comprising:a first hopper having first side walls and first end walls forming a first lateral enclosure for receiving a first material, and a pair of first dispensers, each first dispenser of the pair of first dispensers defining a corresponding first spread section for dispensing the first material from the first hopper; anda second hopper selectably receivable in the first hopper, the second hopper having second side walls and second end walls forming a second lateral enclosure for receiving a second material, and a pair of second dispensers, each second dispenser of the pair of second dispensers defining a corresponding second spread section for dispensing the second material from the second hopper;wherein in preparation of receiving the second hopper in the first hopper, one of the second hopper end walls replaces a corresponding first end wall of the first hopper;wherein each first dispenser of the pair of first dispensers and each second dispenser of the pair of second dispensers are selectively operable independently of one another.2. A spreader for spreading a material comprising:a first hopper having first side walls and first end walls forming a first lateral enclosure for receiving a first ...

PORTABLE FLUID DISPENSING SYSTEM

A portable, self-pressurizing sprayer or shower system includes a pressure container within a tank. Pressurized fluid, such as water from a residential water tap, is fluidly connected to the pressure container to fill and pressurize the system with the fluid. The sprayer system is then disconnected from the pressurized fluid source and transported to a remote location. A tube is then fluidly connected to the pressure container and the pressurized fluid is released through the tube to provide a portable sprayer system. A heating probe is provided that is removably secured to a second port in the pressure container. A fill kit is provided to fill the pressure container with a fluid, and then a pump is used to pressurize the system when a pressurized fluid source is unavailable. 1. A fluid dispensing system comprisinga pressure container;a first port that provides access to the pressure container;a hose, where a first end of the hose is connected to the first port;a valve, where the valve is connected to a second end of the hose;a second port, where the second port provides access to the pressure container; anda heater comprising a heating probe, where the heating probe extends through the second port.2. The system of claim 1 , wherein the second port comprises threading.3. The system of claim 1 , wherein the heater further comprises a base unit and a cable claim 1 , where the heating probe is electrically connected to the base unit via the cable claim 1 , and where the heating probe comprises threading.4. The system of claim 3 , wherein the second port comprises threading claim 3 , wherein the threading of the probe mates with the threading of the second port.5. The system of claim 3 , wherein the cable of the heater comprises a plug claim 3 , where the plug is releasably connected to the heating probe claim 3 , whereby the heating probe is detachable from the base unit and cable.6. The system of claim 3 , wherein the base unit comprises a battery.7. The system of ...

DEVICE AND METHOD FOR KILLING WEEDS BY APPLICATION OF A HIGH TEMPERATURE FLUID

A device for killing weeds by application of a high temperature fluid to the weeds includes an elongated applicator chamber having a plurality of fluid discharge openings and an elongated distributing member arranged in the applicator chamber. The distributing member includes at least one fluid inlet and a plurality of distribution openings in fluid communication with the applicator chamber. A method for killing weeds by application of a high temperature fluid to the weeds includes: supplying the high temperature fluid to at least one inlet of an elongated distributing member; distributing the high temperature fluid in a longitudinal direction of the distributing member; transferring the high temperature fluid to an elongated applicator chamber through a plurality of distribution openings; and applying the high temperature fluid to the weeds through a plurality of fluid discharge openings. 1. A device for killing weeds by application of a high temperature fluid to the weeds , comprising:an elongated applicator chamber having a plurality of fluid discharge openings; andan elongated distributing member arranged in the applicator chamber,wherein the distributing member comprises at least one fluid inlet and a plurality of distribution openings in fluid communication with the applicator chamber.2. The weed killing device according to claim 1 , wherein the distribution openings are spaced apart in a longitudinal direction of the distributing member.3. The weed killing device according to claim 2 , wherein the distribution openings are substantially evenly spaced apart in the longitudinal direction.4. The weed killing device according to claim 1 , wherein the distribution openings are substantially aligned.5. The weed killing device according to claim 1 , wherein the fluid discharge openings define a first fluid flow direction and the distribution openings define a second fluid flow direction which is oriented at an angle with respect to the first fluid flow direction.6. ...

Device and method for coating a substrate

A device for coating of a surface of a substrate with a coating material which has at least one coating component and at least one solvent, with the following features: a chamber which can be pressurized, a holding apparatus for holding the substrate on a holding surface and a spray nozzle for coating of the substrate, characterized in that the device has cooling means for cooling of at least the surface of the substrate which is held on the holding surface of the holding apparatus. Furthermore the invention relates to a corresponding method.

AGRICULTURAL IMPLEMENT WITH ON-BOARD HYDRAULIC PUMP OR ELECTRICAL GENERATOR

An agricultural trailed implement includes a chassis with tongue for hitching to a tractor. A housing is integrated into a loadbearing section of the tongue. A pump or generator is mounted inside the housing and is driven by a PTO shaft connected to an attached tractor. The pump housing may define a sump which provides a fluid reservoir to supply the pump in a hydraulic circuit. 1. An agricultural implement comprising:a wheeled chassis with a tongue for attachment to a tractor hitch;a pump housing integrated into a loadbearing section of the tongue; and,a hydraulic pump mounted inside the pump housing and arranged so as to be connectable to a power take-off of an attached tractor.2. The agricultural implement according to claim 1 , further comprising a hydraulic circuit which includes the pump and a fluid reservoir claim 1 , wherein the fluid reservoir comprises an oil sump provided by the pump housing.3. The agricultural implement according to claim 2 , wherein the hydraulic circuit is fluidly isolated from an attached tractor.4. The agricultural implement according to claim 1 , wherein the pump housing is cast.5. The agricultural implement according to claim 1 , wherein the tongue comprises a front portion fastened to a front face of the pump housing claim 1 , wherein the front portion includes a drawbar for attaching to the tractor hitch.6. The agricultural implement according to claim 5 , wherein the front portion comprises a swan-necked section rising from the drawbar to the pump housing.7. The agricultural implement according to claim 5 , wherein the front portion defines a first aperture which is aligned with a second aperture provided in a front face of the pump housing.8. The agricultural implement according to claim 7 , further comprising a driveline connected to the pump claim 7 , wherein the driveline passes through the first and second apertures.9. The agricultural implement according to claim 1 , wherein the pump is a variable displacement axial piston ...

MELTER FOR SUPPLYING LIQUID ADHESIVE

The present invention relates to melter for processing substantially solid, free-flowing adhesive particulate and supplying liquid adhesive. The melter has a tank for receiving adhesive, a heating device coupled with said tank for heating and liquefying adhesive particles, at least one pump for conveying the liquid adhesive, and a filling device for filling the tank with the substantially solid, free-flowing adhesive particulate. The filling device is arranged such that adhesive particulate can be fed into the tank through an inlet opening of said tank. The invention also relates to a filling device for filling a tank of an adhesive melter with substantially solid, free-flowing adhesive particles. 1. A melter for melting substantially solid adhesive particulate and supplying liquid adhesive , the melter comprising:a tank having an inlet opening for receiving the substantially solid adhesive particulate;a heating device coupled to said tank, the heating device configured to heat the adhesive particulate, said heating device having at least one passageway for the liquid adhesive;at least one pump for conveying the liquid adhesive; anda filling device for filling the tank with the substantially solid adhesive particulate, said filling device being arranged to feed the adhesive particulate through the inlet opening of said tank,wherein the filling device has a filling passageway and a filling valve with a movable valve body which is arranged in the filling passageway and which is adjustable from a closed position in which the free cross-section of the filling passageway is substantially closed by the valve body and an open position in which the free cross-section of the filling passageway is substantially open.2. The melter of claim 1 , further comprising:a controller;a drive unit for adjusting the filling valve; anda sensor unit configured to detect adhesive particulate inside the filling passageway, said sensor unit supplying a signal to the drive unit for adjusting ...

VEHICLE WINDSHIELD CLEANING SYSTEM

Apparatus for providing heated cleaning fluid to a vehicle surface includes an inlet port for receiving an amount of fluid, a housing bounding a reservoir in fluid communication with the inlet port, and an outlet port in fluid communication with the reservoir for dispensing an amount of heated fluid. A heater element heats fluid passing from the inlet port to the outlet port through the reservoir. A heat exchanger in thermal contact with the heater element for conveying heat to fluid within the reservoir has a strut that divides fluid entering the housing through the inlet port into two flow paths and elongated fins extending outwardly from the strut at transverse angles that bound fluid flow channels for fluid moving through the reservoir. A control circuit energizes the heater element to heat the heating element and the fluid passing from the inlet port to the outlet port through the reservoir. 1. An apparatus for providing a heated cleaning fluid to a vehicle surface comprising:a housing defining two interior chambers spaced from each other by a separating wall extending to completely isolate said interior chambers from each other, said housing including an inlet port for routing fluid into a first, fluid heating chamber of said interior chambers for heating fluid from an external source;said housing further defining an outlet port in fluid communication with the first, fluid heating chamber for dispensing an amount of heated fluid to a nozzle for spraying heated fluid onto a surface wherein said separating wall separating said interior chambers prevents fluid from leaking out of said first, fluid heating chamber into a second, electronics containing chamber of said interior chambers;a heating element for heating fluid that passes from said inlet port to said outlet port through said first, fluid heating chamber;a heat exchanger supported by said housing in a position that is at least partially covered by fluid within said first, fluid heating chamber and coupled ...

CONTROL OF ULTRASONIC NEBULIZERS IN A HUMIDIFIER

A humidifier includes a water supply and a nebulizer bank having a plurality of ultrasonic nebulizers, where each of the plurality of ultrasonic nebulizers is in fluid communication with the water supply and is structurally configured for breaking up water in liquid form into aerosol droplets for humidifying a volume. The humidifier may further include a controller in communication with each of the plurality of ultrasonic nebulizers to selectively activate each of the plurality of ultrasonic nebulizers independently from one another, where the controller is configured to stage activation of one or more of the plurality of ultrasonic nebulizers while accounting for at least one of: (i) a time from startup to a production of an aerosol droplet for each ultrasonic nebulizer; (ii) a threshold power consumption for the humidifier; (iii) a temperature of a component of the humidifier; and (iv) a predetermined humidity of the volume. 1. A humidifier , comprising:a water supply;a nebulizer bank comprising a plurality of ultrasonic nebulizers, each of the plurality of ultrasonic nebulizers in fluid communication with the water supply, and each of the plurality of ultrasonic nebulizers structurally configured for breaking up water in liquid form from the water supply into aerosol droplets for humidifying a volume; anda controller comprising a processor and a memory, the controller in communication with each of the plurality of ultrasonic nebulizers to selectively activate each of the plurality of ultrasonic nebulizers independently from one another, and the controller configured to stage activation of one or more of the plurality of ultrasonic nebulizers while accounting for at least one of: (i) a time from startup to a production of an aerosol droplet for each ultrasonic nebulizer; (ii) a threshold power consumption for the humidifier; (iii) a temperature of a component of the humidifier; and (iv) a predetermined humidity of the volume.2. The humidifier of claim 1 , where ...

SPRAY STRUCTURE FOR TEMPERATURE REGULATION

A spray structure for temperature regulation comprises a spray system and a heat exchange cycling system. The heat exchange cycling system includes a thermal chip for providing a temperature regulation water which is received in the spray system to exchange energies. After the temperature regulation water is flowed through the thermal chip to exchange energies, the temperature regulation water is atomized by the spray system to regulate an inner temperature inside a space. 1. A spray structure for temperature regulation , comprising a spray system and a heat exchange cycling system , wherein:the heat exchange cycling system includes a thermal chip for providing a temperature regulation water received in the spray system to exchange energies, and after the temperature regulation water is flowed through the thermal chip to exchange energies, the temperature regulation water is atomized by the spray system to regulate an inner temperature inside a space.2. The spray structure of claim 1 , wherein the heat exchange cycling system further includes a reservoir claim 1 , a fan claim 1 , and a piping assembly claim 1 , the piping assembly is fluidly communicated with the reservoir and the thermal chip claim 1 , a cycling water is received in the reservoir claim 1 , the cycling water is flowed from the reservoir toward the thermal chip and cooled by the fan firstly claim 1 , and then the cycling water is contacted with and absorbed the heat exchanged by the thermal chip and cycled to the reservoir.3. The spray structure of claim 2 , wherein the spray system further includes a temperature regulation tank and a spray tank claim 2 , the temperature regulation water is received in the temperature regulation tank claim 2 , the temperature regulation water is flowed in the spray tank after flowing through the thermal chip to exchange energies claim 2 , the spray tank further includes a pressure nozzle for atomizing and spraying the temperature regulation water.4. The spray ...

SYSTEM FOR DISPENSING MULTIPLE COMPONENT CHEMICAL SPRAYS

A system for dispensing a plurality of chemicals includes a respective storage tank for each chemical. A respective metering, rotary positive displacement pump is in hydraulic communication at an inlet thereof with an outlet of each tank. An outlet of each pump is connected to a respective discharge hose. At least one heater is in thermal contact with each discharge hose. At least one temperature sensor is provided for measuring a temperature of each chemical in each respective discharge hose. A pressure sensor is provided for measuring pressure at an inlet end and at an outlet end of each discharge hose. A processor is in signal communication with each temperature sensor, each pressure sensor, a metering signal output of each pump and in control communication with each heater. The processor is programmed to operate each heater to maintain a temperature of each chemical such that a selected difference between pressure is measured between the inlet end and the discharge end of each discharge hose when each respective chemical is moved therethrough. 1. A system for dispensing a plurality of chemicals , comprising: a respective storage tank for each chemical;a respective pump in hydraulic communication at an inlet thereof with an outlet of each tank, an outlet of each pump connected to a respective discharge hose, each pump having a sensor associated therewith to generate a metering signal;at least one heater in thermal contact with each discharge hose;at least one temperature sensor for measuring a temperature of each chemical in each respective discharge hose;a pressure sensor for measuring pressure at an inlet end and at an outlet end of each discharge hose; anda processor in signal communication with each temperature sensor, each pressure sensor, the sensor of each pump and in control communication with each heater, wherein the processor is programmed to operate each heater to maintain a temperature of each chemical such that a selected difference between pressure ...

PERISTALTIC PUMP AND TRAILER MOUNTED SELF PUMPING SPRAYER SYSTEM INCORPORATING SAME

A sprayer system having a trailer, which is pulled by a tractor or other tow body, and has a tank carrying liquid to be sprayed and a spray head. The trailer has a peristaltic pump mounted on a frame and driving pumping power from the wheels of the trailer so that the sprayer is self pumping when the trailer is pulled. The peristaltic pump provides a smooth flow by providing a multiplicity of pulses of liquid produced by the pump from the rotation of the trailer wheels by wrapping the compressible tube of each pump around an assembly of rollers which are rotated by drive wheels. The tube is wrapped at least 360° around the rollers and is held stationary by being connected to fixed outlet and inlets of each pump. The tube lies side by side on at least one of the rollers of each assembly and overlaps that roller. 119-. (canceled)20. A sprayer system comprising:a frame having a tank for containing liquid to be sprayed, and two wheels mounted to said frame upon different axles to enable independent rotation of said wheels from each other;two sets of rollers, each said set of rollers being rotationally driven by the independent rotation of a different one said wheels;two compressible tubes each having an inlet end in communication with the liquid of said tank and an outlet end, wherein said tubes are each wrapped around in compressive engagement with a different one of said two sets of rollers which when rotated pumps liquid from said inlet end to said outlet end of the tube; andsaid tubes operate to provide pumped liquid independent from each other, and the pumped liquid that exits said outlet end of each of said tubes combines with each other along an outlet hose to a spray head.21. The sprayer system according to further comprising:a return hose to said tank; anda two-way valve having on and off positions for manually selectively connecting said outlet hose to said return hose or to said spray head, wherein in said off position said two-way valve is operable to ...

TOOL FOR COATING INTERNAL SURFACES OF PIPES

Disclosed herein is a tool for holding a spray painting instrument, such as a painting gun for painting an internal surface of a pipe. In particular, the inventive tool is ideal for painting the interior of curves and angles in a pipe and is capable of moving through and uniformly painting up to 90 degree angles of pipes or hollow tubes. The tool has a hollow central tube for carrying a spray-painting gun and at least two projections extending outwardly from an outer surface of the hollow tube. A retracting arm assembly is provided on each projection. Each retracting arm assembly includes first and second retracting arms and a corresponding force exertion mechanism. In operation, when the tool is inserted inside the pipe, each retracting arm touches the internal surface of the pipe due to an outward force exerted thereon. The tool is movable inside the pipe and adjusts automatically to different pipe diameters. The tool can be used manually or in an automated fashion to push and pull the paint gun and paint the interior of a pipe. 1. A tool for holding a spray painting gun for painting an internal surface of a pipe , the tool comprising:a central hub, wherein the central hub comprises a hollow tube for carrying a spray painting gun and at least two projections extending outwardly from an outer surface of the hollow tube; andat least two retracting arm assemblies provided on the at least two projections respectively, wherein each of the at least two retracting arms assemblies includes a first and second retracting arms and a corresponding force exertion mechanism, such that in operation when the tool is inserted inside the pipe, each retracting arm touches the internal surface of the pipe due to an outward force exerted thereon, and wherein the tool is movable inside the pipe.2. The tool according to wherein the tool adjusts automatically to different pipe diameters.3. The tool according to wherein the tool has a width ranging from two (2″) inches to ten (10″) inches ...

SUPERSONIC AIR KNIFE HANDLE

A supersonic air knife having a compressor and a barrel and nozzle includes an adjustable grasping handle assembly forming barrel handle comprising i) a pair of clasping elements, each clasping element having two gripping surfaces configured to engage the barrel at a point of engagement, with one point of engagement on each side of a first centerline of the barrel; ii) a pivot pin coupling the two clasping elements together on one side of the centerline of the barrel; and iii) A handle with a threaded element engaging the pair of clasping elements configured to draw the clasping elements together around the barrel. 1. A supersonic air knife comprising:A compressor;A barrel and nozzle coupled to the compressor; and i) a pair of clasping elements, each clasping element having two gripping surfaces configured to engage the barrel at a point of engagement, with one point of engagement on each side of a first centerline of the barrel;', 'ii) a pivot pin coupling the two clasping elements together on one side of the centerline of the barrel; and', 'iii) A handle with a threaded element engaging the pair of clasping elements configured to draw the clasping elements together around the barrel., 'An adjustable grasping handle assembly coupled to the barrel comprising2. The supersonic air knife according to wherein each gripping surface is a generally flat gripping surface.3. The supersonic air knife according to wherein a center of the pivot pin lies on a second centerline of the barrel which is generally perpendicular to the first centerline.4. The supersonic air knife according to further including a limiting stop extending from at least one clasping element and extending to an opposite side of the second centerline from the gripping surfaces of the limiting stop clasping element claim 3 , and wherein the limiting stop is configured to define the maximum open position of the pair of clasping elements.5. The supersonic air knife according to wherein the angle between the ...

FLOWRATE MEASURING TYPE VISCOUS LIQUID DISPENSER AND DISPENSING METHOD

Provided are a flowrate measuring type viscous liquid dispenser and dispensing method, in which a viscous liquid is dispensed by measuring a flowrate of the viscous liquid in real time so as to accurately control the flowrate of the viscous liquid. 1. A flowrate measuring type viscous liquid dispenser comprising:a syringe for storing a viscous liquid to be dispensed;a pump module comprising a nozzle and dispensing the viscous liquid through the nozzle by receiving the viscous liquid from the syringe;a flowrate sensor module mounted in a flow path connecting the nozzle of the pump module and the syringe and configured to measure a flowrate of the viscous liquid; anda controller configured to receive the flowrate of the viscous liquid measured using the flowrate sensor module and generate a control signal for controlling an operation of the pump module.2. The flowrate measuring type viscous liquid dispenser of claim 1 , wherein the flowrate sensor module comprises:a measurement pipe, through which the viscous liquid flows, and which has a uniform inner pipe;a heater mounted in the measurement pipe to heat the viscous liquid;a plurality of temperature sensors spaced apart from one another and arranged adjacent to the heater in the measurement pipe to measure a temperature of the viscous liquid; anda calculator for calculating a velocity of the viscous liquid based on a difference in measurement values of the plurality of temperature sensors and transferring the velocity of the viscous liquid to the controller.3. The flowrate measuring type viscous liquid dispenser of claim 1 , wherein the pump module comprises a reservoir that is connected to the nozzle and receives the viscous liquid from the syringe claim 1 , a valve rod that is liftably inserted into the reservoir claim 1 , and an updown unit for moving up and down the valve rod according to a signal of the controller claim 1 ,wherein the flowrate sensor module is mounted between the syringe and the reservoir, ...

INTERNALLY HEATED MODULAR FLUID DELIVERY SYSTEM

A modular fluid delivery assembly is provided. The modular fluid delivery assembly comprises a fluid conduit. The modular fluid delivery assembly also comprises an electrical heating element disposed within the fluid conduit. The electrical heating element is configured to provide a heat source within the fluid conduit. The modular fluid delivery assembly also comprises a connection assembly, located proximate an end of the modular fluid delivery assembly, coupled to the heating element and the fluid conduit. The connection assembly is configured to provide a hydraulic coupling to the fluid conduit, and to provide an electronic coupling to the electrical heating element. 1. A modular fluid delivery assembly comprising:a fluid conduit;an electrical heating element disposed within the fluid conduit, configured to provide a heat source within the fluid conduit; andan connection assembly, located proximate an end of the modular fluid delivery assembly, coupled to the heating element and the fluid conduit, the connection assembly configured to provide a hydraulic coupling to the fluid conduit, and to provide an electronic coupling to the electrical heating element.2. The modular fluid delivery assembly of claim 1 , wherein the connection assembly is a first connection assembly configured to couple to a second connection assembly comprising:a second fluid conduit;a second electrical heating element, disposed within the second fluid conduit; anda second connection assembly configured to receive the provided hydraulic coupling point, and to receive the provided electronic coupling, such that the fluid conduit and the second fluid conduit are connected in series.3. The modular fluid delivery assembly of claim 1 , wherein the connection assembly comprises an electronics housing section claim 1 , and a fluid housing section claim 1 , where the electronics section is configured to receive the electrical heating element from within the fluid conduit claim 1 , such that the ...

SYSTEM FOR COATING GRANULAR MATERIALS

A system for heating, coating, cooling and screening a granular substrate is provided. The system, such as an apparatus for continuous coating granular particles, includes a preheater apparatus for heating granular particles, a rotary drum having an inlet horizontally coupled to the preheater for receiving heated granular particles directly from the fluidized bed preheater, a coating apparatus positioned within the drum for applying a coating to the heated granular particles, and a cooling apparatus positioned horizontally in association with the drum for cooling the granular particles subsequent to coating. 1. An apparatus for coating granular particles comprising:a preheater apparatus for heating granular particles,a rotary drum having an inlet horizontally coupled to the preheater to receive heated granular particles directly from the fluidized bed preheater,a coating apparatus positioned within the rotary drum to apply a coating to the heated granular particles, and aa cooling apparatus positioned horizontally in association with the rotary drum to cool the granular particles subsequent to coating.2. The apparatus of claim 1 , wherein the preheater apparatus comprises a static fluidized bed.3. The apparatus of claim 1 , wherein the preheater apparatus comprises a mechanically assisted fluidized bed.4. The apparatus of claim 3 , wherein the mechanically assisted fluidized bed includes a perforated shell to inject heated gas.5. The apparatus of claim 3 , wherein the mechanically assisted fluidized bed includes a plurality of hollow flights which allow heated gas to be injected into the rolling bed of granular material via the hollow flights.6. The apparatus of claim 1 , wherein the preheater claim 1 , the coating apparatus claim 1 , and the cooling apparatus are close coupled.7. The apparatus of claim 1 , wherein the preheater claim 1 , the coating apparatus claim 1 , and the cooling apparatus are integral.8. The apparatus of claim 1 , further comprising a ...

SYSTEM FOR DISPENSING MULTIPLE COMPONENT CHEMICAL SPRAYS

A system for dispensing a plurality of chemicals includes a respective storage tank for each chemical. A respective metering, rotary positive displacement pump is in hydraulic communication at an inlet thereof with an outlet of each tank. An outlet of each pump is connected to a respective discharge hose. At least one heater is in thermal contact with each discharge hose. At least one temperature sensor is provided for measuring a temperature of each chemical in each respective discharge hose. A pressure sensor is provided for measuring pressure at an inlet end and at an outlet end of each discharge hose. A processor is in signal communication with each temperature sensor, each pressure sensor, a metering signal output of each pump and in control communication with each heater. The processor is programmed to operate each heater to maintain a temperature of each chemical such that a selected difference between pressure is measured between the inlet end and the discharge end of each discharge hose when each respective chemical is moved therethrough. 1. An apparatus for simultaneously dispensing at least two liquids at preselected rates comprising:a first container containing a first liquid;a second container containing a second liquid;a first pump having an inlet in fluid communication with the first container, the first pump having an outlet;a second pump having an inlet in fluid communication with the second container, the second pump having an outlet;a first flow rate sensor in fluid communication with the outlet of the first pump;a second flow rate sensor in fluid communication with the outlet of the second pump;a processor connected to the first pump, the second pump, the first flow rate sensor, and the second flow rate sensor and configured to vary the output of the second pump in response to signals from the first flow rate sensor and the second flow rate sensor.2. The apparatus recited in wherein at least one of the first and second flow rate sensors is ...

MICROFLUIDIC DEVICE FOR SPRAYING SMALL DROPS OF LIQUIDS

A microfluidic device provided in a body accommodating a fluid containment chamber. A fluidic access channel and a drop emission channel are formed in the body and are in fluidic connection with the fluid containment chamber to form a fluidic path towards the body outside through a nozzle having an outlet section. An actuator is operatively coupled to the fluid containment chamber and is configured to cause ejection of fluid drops through the drop emission channel in an operating condition of the microfluidic device. The drop emission channel comprises a portion of reduced section having a smaller area than the outlet section of the nozzle. 1. A microfluidic device , comprising: a fluid containment chamber;', 'a fluidic access channel in fluidic connection with the fluid containment chamber;', 'a drop emission channel configured to provide a fluidic path between the fluid containment chamber and outside of the body, the drop emission channel comprising a nozzle forming an outlet section having a first area, the drop emission channel having a portion of reduced section that has an area that is smaller than the first area; and', 'an actuator operatively coupled to the fluid containment chamber and configured to cause ejection of drops of fluid through the drop emission channel in an operating condition of the microfluidic device., 'a body, the body housing2. The microfluidic device according to wherein the drop emission channel comprises a portion laterally offset with respect to a remaining portion of the fluidic path claim 1 , and an intersection between the staggered portion and the remaining portion of the fluidic path forms the portion of reduced section.3. The microfluidic device according to wherein the nozzle has a cylindrical shape with a base partially intersecting the fluid containment chamber.4. The microfluidic device wherein the fluid containment chamber is laterally delimited by a lateral surface intersecting the base of the nozzle.5. The microfluidic ...

AUTOMATED VEHICLE WASH AND POLISH APPARATUS

A system for cleaning, rinsing, drying, and polishing a vehicle surface having a robotic arm, a brush, a control system, wireless communication circuitry, and an electrical power source where the brush is mounted on the robotic arm, and the robotic arm is mounted on a vehicle and articulates about multiple axes and moves the brush over the vehicle surface, and the motor spins the brush, the movements based on a coordinate data set transmitted to the control system for operation on a specific vehicle type, make and model. 2. The system according to further comprising:a motor configured to drive the brush in a spinning motion.4. The system according to further comprising:a heating element disposed in the cleaning fluid storage container and configured to maintain a temperature range of the cleaning fluid inside the cleaning fluid storage container.5. The system according to further comprising:a heating element disposed in the rinse fluid storage container and configured to maintain a temperature range of the rinse fluid inside the rinse fluid storage container.6. The system according to further comprising:a heating element disposed in the polish fluid storage container and configured to maintain a temperature range of the polish fluid inside the polish fluid storage container.9. The system according to further comprising:a pump disposed in the at least on rinse fluid storage container that pumps fluid through a line;a flow meter connected to the line;an end of an outtake tube affixed to the pump;an opposing end of the outtake tube affixed to the at least one rinse fluid storage container that stores the rinse fluid therein.11. The system according to wherein:the control circuitry includes a change sensor configured to detect a low energy in the electrical power source and automatically start an engine of the vehicle to provide power to actuate the robotic arm.13. The system according to wherein:the VCM is preloaded in the control system.15. The system according to ...

LIQUID TREATMENT APPARATUS AND METHOD OF ADJUSTING TEMPERATURE OF TREATMENT LIQUID

A liquid treatment apparatus includes: a substrate holder for holding a substrate; a discharge nozzle for discharging a treatment liquid onto the substrate; a liquid supply pipe for supplying the treatment liquid from a treatment liquid storage source to the discharge nozzle; a gas pipe that encompasses the liquid supply pipe and through which an inert gas for adjusting the temperature of the treatment liquid flows in a space between the gas pipe and the liquid supply pipe; a processing container in which the substrate holder, the discharge nozzle, the liquid supply pipe, and the gas pipe are provided; and an atmosphere gas supply part for supplying an atmosphere gas into the processing container. The gas pipe is provided so that an extension portion between an upstream end inside the processing container and an encompassing portion is folded back inside the processing container in a plan view. 1. A liquid treatment apparatus comprising:a substrate holder configured to hold a substrate;a discharge nozzle configured to discharge a treatment liquid onto the substrate held by the substrate holder;a liquid supply pipe configured to supply the treatment liquid from a treatment liquid storage source to the discharge nozzle;a gas pipe that encompasses the liquid supply pipe and through which an inert gas for adjusting the temperature of the treatment liquid flows in a space between the gas pipe and the liquid supply pipe;a processing container in which the substrate holder, the discharge nozzle, the liquid supply pipe, and the gas pipe are provided; andan atmosphere gas supply part configured to supply an atmosphere gas into the processing container,wherein an extension portion of the gas pipe is folded back inside the processing container in a plan view, the extension portion being a portion between an upstream end inside the processing container and an encompassing portion that encompasses the liquid supply pipe.2. The liquid treatment apparatus of claim 1 , further ...

Self-Propelled Sprayer

By injecting a chemical fluid and a carrier fluid directly at each nozzle, and by then mixing the fluids at each nozzle to produce a mixed fluid, an improved spray system may be provided which does not contaminate the tank or distribution system with chemical fluid and which allows improved spraying with minimal delay. Accordingly, a system is provided on a field sprayer for independently controlling the flow rate of concentrated chemical fluid to individual spray nozzles using a high pressure chemical distribution rail or loop routed to each nozzle and solenoid injection valves to control the flow of chemical fluid to each nozzle independently. 1. A self-propelled sprayer comprising:a chassis;primary and secondary fluid tanks supported by the chassis;a first distribution rail in communication with the primary fluid tank for distributing a first fluid;a second distribution rail in communication with the secondary fluid tank for distributing a second fluid;a plurality of valves in communication with the second distribution rail; anda wing boom supported by the chassis, the wing boom having a plurality of spray nozzle assemblies, each spray nozzle assembly providing first and second inlets for receiving first and second fluids, respectively, a mixing chamber for mixing the first and second fluids to provide a mixed fluid, and an outlet for spraying the mixed fluid, wherein:the first inlet of each spray nozzle assembly is in communication with the first distribution rail for receiving the first fluid, the second inlet of each spray nozzle assembly is in communication with a valve for receiving the second fluid, and the second distribution rail distributes the second fluid at a higher pressure than the first distribution rail distributes the first fluid;the second distribution rail includes a circulation pump and a first pressure relief valve; andthe pressure of the second fluid downstream of the circulation pump is greater than the pressure of the second fluid ...

FIRST RESPONDER DECONTAMINATION SYSTEM

A first responder decontamination system, method, and apparatus comprising of a fluid supply in fluidic connection with a pipe further connected to a fluid dispenser, a valve for providing the fluid to the fluid dispenser from the fluid supply, a mounting bracket for adjustably mounting the fluid dispenser to a vehicle, and a pump configured to control pressure of the fluid supply. The fluid supply can be used to decontaminate first responders exiting a contaminated area. 1. A first responder decontamination system comprising:a fluid supply;a pipe connected to a fluid dispenser;a valve for providing said fluid to said fluid dispenser from said fluid supply; anda mounting bracket for adjustably mounting said fluid dispenser to a vehicle.2. The system of wherein said vehicle comprises a first responder vehicle.3. The system of wherein said fluid supply is associated with said first responder vehicle.4. The system of wherein said fluid dispenser further comprises a deluge shower dispenser.5. The system of wherein said fluid supply comprises a fire hydrant.6. The system of wherein said mounting bracket further comprises:a rotatable mounting block;a stationary mounting bracket; andat least two flanges configured to hold said rotatable mounting block in said stationary mounting bracket.7. The system of further comprising:a pump configured to controller pressure of said fluid supply;a cool pump configured to cool said fluid supply; anda heater configured to heat said fluid supply.8. A first responder decontamination apparatus comprising:a fluid supply;a pipe connected to a fluid dispenser;a valve for providing said fluid to a fluid dispenser from said fluid supply;a mounting bracket for adjustably mounting said, fluid dispenser to a vehicle;a pump configured to controller pressure of said fluid supply;a cool pump configured to cool said fluid supply; anda heater configured to heat said fluid supply.9. The apparatus of wherein said vehicle comprises a first responder ...

POWERED WATER DISPENSER

A powered water dispenser is plugged into a vehicle or uses a rechargeable battery. The powered water dispenser is connected to a pump and a portable water source. The powered water dispenser may use a prepackaged water container that contains sterilized, distilled or potable water. Additionally, the transparent water container may use an LED light to view water level in the dark. There may also be notches that indicate water level. Also included may be a heating element to warm the water prior to use. 1. A dispenser comprising:a shower head housing;a container adapter adapted to fit within an opening of a pre-packaged portable drinking water container;a pump housing adapted to be placed within the pre-packaged portable drinking water container;a pump located within the pump housing adapted to pump water from the pre-packaged portable drinking water container to the shower head housing;an electric cord extending from the pump through an opening in the container adapter and operably connected to a switch located on the shower head housing, wherein operation of the switch will turn the pump on and off2. The dispenser of claim 1 , wherein the pump is operably connected to a rechargeable power source.3. The dispenser of claim 1 , wherein the pre-packaged portable drinking water container is a pre-packaged portable drinking water container containing sterilized claim 1 , potable claim 1 , or distilled water.4. The dispenser of claim 1 , further comprising an LED mounted on the pump housing so that the LED illuminates a level of water within the pre-packaged drinking water container when the pump housing is located within the pre-packaged drinking water container.5. The dispenser of claim 1 , further comprising an upper curtain support housing adapted to support a shower curtain and a shower curtain secured to the upper curtain support housing.6. The dispenser of claim 1 , further comprising a support section inserted into the upper curtain support housing an extending ...

COATING APPARATUS AND COATING METHOD

A coating apparatus including a coating nozzle configured to apply a coating liquid to a substrate, and a gas supply part configured to supply a temperature control gas which controls an ejection direction of the coating liquid to the substrate. 1. A coating apparatus comprising:a coating nozzle configured to apply a coating liquid to a substrate, anda gas supply part configured to supply a temperature control gas which controls an ejection direction of the coating liquid to the substrate.2. The coating apparatus according to claim 1 , wherein the gas supply part is configured to supply an inert gas as the temperature control gas.3. The coating apparatus according to claim 2 , wherein the inert gas is a nitrogen gas.4. The coating apparatus according to claim 2 , wherein the coating nozzle is configured to apply a liquid material containing a metal and a solvent as the coating liquid to the substrate.5. The coating apparatus according to claim 1 , wherein the coating nozzle comprises a rotary atomization spray nozzle claim 1 , and the temperature control gas is a shaping air.6. The coating apparatus according to claim 5 , wherein the gas supply part is configured to supply claim 5 , as the temperature control gas claim 5 , a turbine air and a bearing air in the rotary atomization spray nozzle.7. The coating apparatus according to claim 1 , further comprising a temperature control unit configured to maintain the substrate in a temperature controlled state.8. A coating method comprising:a coating step in which a coating liquid is applied from a coating nozzle to a face of a substrate, the coating liquid comprising a liquid material containing a metal and a solventa temperature control gas being supplied to control an ejection direction of the coating liquid to the substrate in the coating step.9. The coating method according to claim 8 , wherein claim 8 , in the coating step claim 8 , the coating nozzle is a rotary atomization spray nozzle.10. The coating method ...

Coating Device

The disclosure is related to a coating device comprising a syringe, an injection needle and a first cooling device. The injection needle is connected with the syringe, and the bottom end of the injection needle has a nozzle. The first cooling device is disposed on the outer wall of the syringe. According to the disclosure, the cooling device is disposed on the outer wall of the syringe and/or the injection needle, such that the problem of hardening of the liquid inside the syringe and/or the injection needle and cannot be ejected successfully can be avoided. 1. A coating device , comprising:a syringe;an injection needle, connected with the syringe, the bottom end of the injection needle having a nozzle; anda first cooling device, disposed on the outer wall of the syringe.2. The coating device according to claim 1 , wherein the first cooling device is a first cooling conduit claim 1 , and the first cooling conduit surrounds the outer wall of the syringe.3. The coating device according to claim 2 , wherein the first cooling conduit comprises a first pipe claim 2 , a first coolant inlet end and a first coolant outlet end claim 2 , the first coolant inlet end and the first coolant outlet end are disposed at the opposite ends of the first pipe claim 2 , wherein the first coolant inlet end is disposed at the top of the outer wall of the syringe claim 2 , and the first coolant outlet end is disposed at the bottom of the outer wall of the syringe.4. The coating device according to claim 1 , wherein the coating device further comprises a second cooling device claim 1 , disposed on the outer wall of the injection needle.5. The coating device according to claim 2 , wherein the coating device further comprises a second cooling device claim 2 , disposed on the outer wall of the injection needle.6. The coating device according to claim 3 , wherein the coating device further comprises a second cooling device claim 3 , disposed on the outer wall of the injection needle.7. The ...

Paint spraying device

Disclosed is a paint spraying device for spraying paint onto a desired target in such a way that the paint spraying device can be easily moved, the paint can be promptly and uniformly heated so as to be liquefied, and a constant temperature of the paint can be maintained. The paint spraying device includes: a frame ( 100 ) with moving wheels ( 110 ) rotated by a motor, the moving wheels located on a lower surface of the frame; a housing ( 200 ) mounted on the frame ( 100 ), with a receiving space ( 210 ) formed therein, and an open discharge outlet formed in a lower part of the housing; a heater unit ( 300 ) provided in the receiving space ( 210 ) of the housing ( 200 ) so as to heat paint poured into the receiving space ( 210 ); a spraying pump ( 400 ) mounted on the frame ( 100 ), and connected to the discharge outlet so as to move the paint melted by the heater unit ( 300 ); and a spraying hose ( 500 ) of which a first end is connected to the spraying pump ( 400 ), and a second end is provided with a spraying gun ( 510 ) so as to spray the melted paint onto a location desired by a user.

VEHICLE COMPONENT FABRICATION

A system includes an injector including a robotic arm and a heated chamber. The injector includes a material feed and a heating element. The robotic arm is arranged to deposit the material feed onto a vehicle component in the heated chamber. 1. A system , comprising:an injector including a robotic arm; anda heated chamber,wherein the injector includes a material feed and a heating element, the robotic arm arranged to deposit the material feed onto a vehicle component in the heated chamber.2. The system of claim 1 , wherein the injector is arranged to deposit a layer of material from the material feed.3. The system of claim 2 , wherein the injector is arranged to deposit a plurality of layers onto the component.4. The system of claim 3 , wherein the component is arranged to be rotated and the injector is configured to deposit the layer of metal on the rotated module.5. The system of claim 1 , wherein the component is weldless.6. The system of claim 2 , wherein the injector is arranged to deposit at least one of an extruded layer of metal claim 2 , droplets of liquid metal claim 2 , and a spray of liquid metal.7. The system of claim 6 , wherein the injector includes a guide for forming an edge from the deposited metal.8. The system of claim 1 , wherein the robotic arm includes a plurality of injector heads including a plurality of material feeds claim 1 , the material feeds including at least one of a steel claim 1 , a polymer claim 1 , an aluminum claim 1 , and a chemical additive.9. The system of claim 8 , wherein the robotic arm includes a rotatable injector housing claim 8 , the plurality of injector heads installed in the rotatable injector housing.10. The system of claim 1 , further comprising a second injector claim 1 , the second injector including a chemical additive claim 1 , wherein the second injector is arranged to deposit the chemical additive onto the component.11. The system of claim 1 , wherein the material feed is at least one of a metal wire and a ...

HOT WATER PRESSURE WASHER

A hot water pressure washer employs a high-pressure pump for generating a stream of high pressure fluid and a hydrodynamic heater operable for heating the fluid stream. The hydrodynamic heater includes an inlet port fluidly connectable to a fluid source and an outlet port fluidly connected to an inlet port of the high-pressure washer. An outlet port of the high-pressure washer is connectable to a handheld wand operable for discharging the fluid stream to atmosphere. A prime-mover provides rotational torque for driving the hydrodynamic heater and the high-pressure pump. An unloader valve is used to control distribution of the fluid stream discharged from the high-pressure pump. An exhaust gas recovery heat exchanger operates to transfer heat from the prime-mover exhaust gas to the fluid stream. A pre-heat tank is used to temporarily store a quantity of heated fluid for future use. 1. A pressure washer comprising:a hydrodynamic heater operable for heating a fluid, the hydrodynamic heater including an inlet port fluidly connectable to a fluid source;a high-pressure pump including an inlet port fluidly connected to an outlet port of the hydrodynamic heater and an outlet port fluidly connectable to a handheld wand selectively operable for discharging a steam of fluid; anda prime-mover operably connected to at least one of the hydrodynamic heater and the high-pressure pump, the prime-mover operable to generate a rotational torque for powering at least one of the hydrodynamic heater and the high-pressure pump.2. A hot water pressure washer comprising:a hydrodynamic heater operable for heating a fluid, the hydrodynamic heater including an inlet port fluidly connectable to a fluid source;a high-pressure pump including an inlet port fluidly connected to an outlet port of the hydrodynamic heater and an outlet port fluidly connectable to a handheld wand selectively operable for discharging a steam of fluid;a prime-mover operably connected to at least one of the hydrodynamic ...

DEVICES AND METHODS FOR THE CONTROLLED FORMATION AND DISPENSION OF SMALL DROPS OF HIGHLY VISCOUS AND/OR NON-NEWTONIAN LIQUIDS

The disclosed spray deposition systems and methods control the formation and dispensation of droplets during the atomization of a fluid. Such systems and methods generally can generate small quantities and droplets of a desired size of highly-viscous fluids and/or fluids having non-Newtonian properties or other complex rheologies using mechanical systems and processes with the option of further controlling the droplet size and/or the volume of droplets with various enhancements. The systems and methods stretch fluid between a fluid feed system and a surface and are able to form the controlled-volume of the droplets. 1. A controlled-volume spray deposition system , comprising:a fluid feed system;a surface spaced apart from the fluid feed system, the surface positioned to receive fluid dispensed from the fluid feed system and positioned to cause the fluid to be stretched between the fluid feed system and the surface until the fluid forms a fluid filament that exceeds its capillary break-up point and breaks into a controlled-volume of droplets and excess fluid that retracts onto one of both of the fluid feed system and the surface.2. The spray deposition system of claim 1 , wherein one or both of the fluid feed system and the surface are coated with the fluid and the fluid is stretched between the fluid feed system and the surface.3. The spray deposition system of claim 1 , wherein the fluid feed system includes a nozzle opening.4. The spray deposition system of claim 3 , wherein the nozzle opening also includes an aspiration element configured to draw fluid back through the nozzle opening when the fluid is stretched between the fluid feed system and the surface.5. The spray deposition system of claim 1 , wherein at least one of the fluid feed system and the surface are movable with respect to each other and strain is applied to the fluid stretched between the fluid feed system and the surface when the at least one of the fluid feed system and the surface are moved in ...

MELTING SYSTEM

A melting system includes a hopper for receiving solid hot melt material, a heated conduit in communication with the hopper for melting the solid hot melt material, and a valve for allowing solid hot melt material to flow from the hopper to the heated conduit. The valve includes a disk movable between a closed position and an open position, a stem connected to the disk and an actuator for controlling the position of the disk. The disk prevents solid hot melt material from flowing from the hopper to the conduit in the closed position and allows solid hot melt material to flow from the hopper to the conduit in the open position. 1. A melting system comprising:a hopper for receiving solid hot melt material;a heated conduit in communication with the hopper for melting the solid hot melt material; and a disk movable between a closed position and an open position, wherein the disk prevents solid hot melt material from flowing from the hopper to the conduit in the closed position and allows solid hot melt material to flow from the hopper to the conduit in the open position;', 'a stem connected to the disk; and', 'an actuator for controlling the position of the disk., 'a valve for allowing solid hot melt material to flow from the hopper to the heated conduit, the valve comprising2. The melting system of claim 1 , wherein the hopper comprises an inlet and an outlet claim 1 , and wherein the disk is located between the hopper inlet and the hopper outlet in the open position.3. The melting system of claim 1 , wherein the heated conduit comprises a resistive heating element for heating the conduit.4. The melting system of claim 1 , wherein the heated conduit comprises a turn claim 1 , and wherein the stem extends through a bottom portion of the turn.5. The melting system of claim 2 , wherein the hopper comprises a seat for receiving the disk when the disk is in the closed position.6. The melting system of claim 1 , wherein the heated conduit comprises a seat for receiving the ...

PAINT REMOVAL VEHICLE WITH GRAY WATER SEPARATION AND RECYCLING

A vehicle and process for removing materials, such as paint, rubber, markings, or cure compounds, from a surface such as a road or airport runway. The vehicle comprises a fresh water tank, a water pressure pump, a blast head, a vacuum tank, a gray water tank, and a filter body. 1. A paint removal vehicle comprising:a fresh water tank;a water pressure pump coupled with the fresh water tank, wherein the fresh water tank provides a water supply to the water pressure pump;a blast head coupled with the water pressure pump, wherein the blast head is configured to spray a pressurized water supply from the water pressure pump and vacuum a gray water supply;a vacuum tank coupled with the blast head, wherein the vacuum tank is configured to receive the gray water supply from the blast head;a gray water tank coupled with the vacuum tank and the fresh water tank, wherein the gray water tank is configured to receive the gray water supply from the vacuum tank; anda filter body coupled with the gray water tank, wherein the filter body is configured to circulate and filter the gray water supply of the gray water tank,wherein the fresh water tank is configured to receive a water supply from the gray water tank.2. The paint removal vehicle of claim 1 , wherein the fresh water tank is coupled with the gray water tank.3. The paint removal vehicle of claim 1 , wherein the fresh water tank has a maximum capacity from about 1 claim 1 ,500 gallons to about 4 claim 1 ,500 gallons claim 1 , and the gray water tank has a maximum capacity from about 2 claim 1 ,500 gallons to about 5 claim 1 ,000 gallons.4. The paint removal vehicle of claim 1 , wherein the water pressure pump is configured to deliver a pressurized water supply to the blast head at a pressure from about 32 claim 1 ,000 PSI to about 40 claim 1 ,000 PSI.5. The paint removal vehicle of claim 4 , wherein the water pressure pump is configured to deliver the pressurized water source to the blast head at a flow rate from about 10 ...

Fluid dispensing apparatus and method

A portable fluid dispensing apparatus has a reservoir, a dispenser, and a pump for pressurizing the fluid in the reservoir. The dispenser may be a spray wand. The pump is a hands-free pump such that an operator can hold a dog with one hand, the spray wand with the other hand, and yet still operate the pump, as by using a foot pedal. The apparatus is self-contained, such that there is no need for an external water or electrical power hook-up.

METHOD FOR LINING A PIPE

A pipe lining material impregnated with a thermosetting resin is inserted into a pipe and the thermosetting resin impregnated therein is cured to line the pipe with the pipe lining material. A circulation pump is used to circulate water in a water tank to a boiler to heat the water into hot water. The hot water is pumped using a spraying pump and sprayed on the pipe lining material to cure the thermosetting resin impregnated therein. After the thermosetting resin has been cured, the hot water pumped using the circulation pump is circulated to a cooler to cool the hot water into cool water, which is sprayed on the cured thermosetting resin to cool it. The sprayed hot or cool water that remains inside the lined pipe is returned to the water tank for circulation to the boiler or the cooler. 1. A method for lining a pipe in which a tubular pipe lining material impregnated with a thermosetting resin is inserted into a pipe and the thermosetting resin impregnated therein is cured to line the pipe with the pipe lining material , comprising:expanding the pipe lining material inserted into the pipe to press against an inner peripheral surface thereof;circulating water in a water tank using a circulation pump to a boiler to heat the water in the water tank into hot water;pumping the hot water using a spraying pump to spray the hot water on the pipe lining material pressed against the inner peripheral surface of the pipe in order to cure the thermosetting resin impregnated in the pipe lining material;returning the sprayed hot water remaining inside the lined pipe to the water tank;circulating the hot water pumped from the circulation pump to a cooler to cool the hot water into cool water after the thermosetting resin has been cured;pumping the cool water using the spraying pump to spray on the cured thermosetting resin in order to cool the thermosetting resin; andreturning the sprayed cool water remaining inside the lined pipe to the water tank for circulation to the cooler.2. ...

APPARATUS AND METHOD FOR DISPENSING LIQUEFIED FLUID

An apparatus for dispensing a liquefied fluid including a housing, a main reservoir at least partially disposed within the housing, wherein the main reservoir is adapted to receive a substance, a heating element positioned to melt the substance into liquefied fluid, a second reservoir in fluid communication with the main reservoir, and a nozzle in fluid communication with the second reservoir, wherein the substance is dispensable from the nozzle as liquefied fluid. 1. An apparatus for dispensing a liquefied fluid comprising:a housing;a main reservoir at least partially disposed within the housing, wherein the main reservoir is adapted to receive a substance;a heating element adapted to melt the substance into liquefied fluid,a second reservoir in fluid communication with the main reservoir; anda nozzle in fluid communication with the second reservoir, wherein the substance is dispensable from the nozzle as liquefied fluid.2. The apparatus of claim 1 , wherein the main reservoir has a first volume claim 1 , V claim 1 , wherein the second reservoir has a second volume claim 1 , V claim 1 , and wherein the first volume is different from the second volume.3. The apparatus of claim 1 , wherein the main reservoir and second reservoir are fluidly coupled together by a passageway.4. The apparatus of claim 1 , wherein the second reservoir is in fluid communication with the nozzle claim 1 , and wherein the second reservoir is disposed between the main reservoir and the nozzle.5. The apparatus of claim 1 , wherein the apparatus further comprises:a pump adapted to generate a fluid flow of the liquefied fluid from the main reservoir to the second reservoir.6. The apparatus of claim 5 , wherein the pump is in fluid communication with:the main reservoir;the second reservoir;a passageway in fluid communication with the main reservoir;a passageway in fluid communication with the second reservoir; ora combination thereof.7. The apparatus of claim 1 , wherein the apparatus further ...

VEHICLE SURFACE WASH APPARATUS WITH HEATED WASH FLUID

A vehicle surface wash apparatus using a cavitation heater fluidically coupled between a fluid reservoir and a spray nozzle to instantaneously heat wash fluid to an elevated temperature prior to dispensing the heated wash fluid through a spray nozzle onto a vehicle surface to be cleaned. 1. A vehicle surface cleaning apparatus comprising:at least one spray nozzle positioned to dispense wash fluid onto a vehicle surface to be cleaned;a fluid reservoir for the wash fluid; and a housing coupled in fluid flow communication to the fluid reservoir and to the at least one spray nozzle; and', 'a rotor rotatably mounted within the housing, the rotor defining a plurality of cavities carried on an outer surface of the rotor to induce cavitation in the wash fluid in the housing during rotation of the rotor to heat the wash fluid to an elevated temperature for application through the at least one spray nozzle onto a vehicle surface., 'a fluid heater including2. The apparatus of further comprising:a motor coupled to the rotor for rotating the rotor; anda switch actuatable to supply power to the motor.3. The apparatus of wherein:each of the plurality of cavities defines an open end at an exterior surface of the rotor.4. The apparatus of wherein:the open end of each of the plurality of cavities is in close proximity to an interior wall of the housing.5. The apparatus of wherein:each of the plurality of cavities has a closed interior end spaced from the open end.6. The apparatus of wherein:the plurality of cavities extend over substantially the entire outer surface of the rotor.7. The apparatus of further comprising:a pump for providing wash fluid from the fluid reservoir through the housing to the at least one spray nozzle when the rotor is rotating within the housing.8. The apparatus of wherein:the pump is integrated within the housing.9. The apparatus of wherein:the pump is provided along a conduit passing wash fluid from the fluid reservoir to the housing and wherein the ...

SPRAY HEAD FOR A FLUID PRODUCT AND DISPENSER COMPRISING SUCH A SPRAY HEAD

A fluid spray head including a spray orifice, a swirl chamber including an end wall and a side wall, and swirl channels defining channel outlets that open out transversally to the dispensing axis X into the swirl chamber. Each channel defines a projection axis Y that extends into the swirl chamber from the channel outlet. The projection axes Y of the swirl channels extend away both from the end wall and from the peripheral side walls, which are both adjacent to the channel outlets so as to pass through the swirl chamber without passing along either the end wall or the peripheral side wall. 1. A fluid spray head comprising:a spray orifice defining a dispensing axis X;a swirl chamber upstream from the spray orifice, the chamber including an end wall that is substantially perpendicular to the dispensing axis X, and a peripheral side wall; andswirl channels respectively defining channel outlets that open out transversally to the dispensing axis X into the swirl chamber so as to generate a swirl flow inside the swirl chamber, each channel defining a projection axis Y that extends into the swirl chamber from the channel outlet;wherein the projection axes Y of the swirl channels extend away both from the end wall and from the peripheral side walls which are both adjacent to the channel outlets so as to pass through the swirl chamber without passing along either the end wall or the peripheral side wall.2. A spray head according to claim 1 , wherein the end wall is substantially plane claim 1 , the channel outlets opening out into the swirl chamber at the end wall.3. A spray head according to claim 1 , wherein the swirl chamber includes a front wall in which the spray orifice is formed claim 1 , the projection axes Y being directed towards the front wall.4. A spray head according to claim 1 , wherein the peripheral side wall is substantially cylindrical.5. A spray head according to claim 2 , wherein the projection axes Y of the swirl channels extend transversally relative to ...

MATERIAL PROCESSING SYSTEM WITH CONDUITS CONFIGURED TO PREVENT HEAT TRANSFER BETWEEN A PYROLYSIS TUBE AND ADJACENT ELEMENTS

A material processing system that prevents transmission of infrared radiation from its pyrolysis tube to one or more adjacent elements, such as a vaporization chamber or a deposition chamber, is disclosed. Such a material processing system may include at least one conduit with a non-linear element. The non-linear element of such a conduit may preclude the presence of a line-of-sight through the length of the conduit. The non-linear element may also have a shape that enables gas or vapor to flow therethrough with little or no turbulence, which, in embodiments where part or all of the material processing system lacks valves, enables the gas or vapor to flow freely through the material processing system, or at least through the valveless portion thereof. 1. A material deposition system comprising:a vaporizer;a vapor transport conduit including a first end in communication with the vaporizer, the vapor transport conduit extending from the vaporizer and comprising a non-linear element with a substantially sigmoidal shape that precludes line-of-sight through an entirety of a length of the vapor transport conduit;a pyrolyzer including a first end in communication with a second end of the vapor transport conduit;a reactive species transport conduit including a first end in communication with a second end of the pyrolyzer, the reactive species transport conduit comprising a non-linear element with a substantially sigmoidal shape that precludes line-of-sight through an entirety of a length of the reactive species transport conduit; anda deposition chamber in communication with a second end of the reactive species transport conduit.2. The material deposition system of claim 1 , wherein the non-linear element of the vapor transport conduit is configured to enable a vaporized precursor material to flow freely from the vaporizer to the pyrolyzer.3. The material deposition system of claim 1 , wherein the non-linear element of the vapor transport conduit is configured to prevent ...

DEVICE FOR COATING CYLINDER WALLS

A device for coating cylinder walls of an internal combustion engine forming a plurality of cylinders. A coating device is provided for each cylinder, the coating devices are controlled in such a way that the cylinder walls of all the cylinders are coated simultaneously. 1. An apparatus for coating cylinder walls of an internal combustion engine forming a plurality of cylinders , said apparatus comprising a coating device for each of said plurality of cylinders , said coating device being actuated such that a simultaneous coating of the cylinder walls of all the cylinders takes place.2. The apparatus of claim 1 , wherein the coating devices are designed in the form of spray lances which are driven rotatingly by a common drive device.3. The apparatus of claim 2 , wherein the spray lances are connected in series claim 2 , so that when the drive device is in operation each spray lance drives an adjacent spray lance rotatingly and/or is driven rotatingly by an adjacent spray lance.4. The apparatus of claim 3 , including gear drives formed between adjacent spray lances.5. The apparatus of claim 2 , wherein all the spray lances are driven by the drive device by a belt drive.6. The apparatus of including a cooling device for cooling an engine block of the internal combustion engine forming the cylinders.7. The apparatus of claim 6 , wherein the cooling device applies a cooling fluid to the engine block.8. The apparatus of claim 6 , wherein the cylinders open onto a front surface of the engine block and the cooling device includes a cooling plate designed to lie against said front surface.9. The apparatus of claim 8 , wherein the cooling plate includes cooling channels for a cooling fluid.10. The apparatus of claim 8 , wherein the cooling plate at least partially covers the cylinder openings in the front surface.11. The apparatus of including a cooling device for cooling an engine block of the internal combustion engine forming the cylinders.12. The apparatus of claim 11 , ...

DEPOSITION SOURCE INCLUDING PLURALITY OF MODULES

A deposition source includes first and second modules to store a deposition material, and to heat and evaporate the deposition material, a plurality of nozzles in each of the first and second modules to spray an evaporated deposition material, and first and second angle restriction plates along the first and second modules to limit a movement direction of the evaporated deposition material sprayed from the nozzles, wherein the first and second angle restriction plates are parallel to each other, and heights of first upper portions of the first and second angle restriction plates are lower than heights of second upper portions of the first and second angle restriction plates, the first upper portions being between the first and second modules, and the second upper portions being along the first and second modules. 1. A deposition source , comprising:first and second modules to store a deposition material, and to heat and evaporate the deposition material;a plurality of nozzles in each of the first and second modules to spray an evaporated deposition material; andfirst and second angle restriction plates along the first and second modules to limit a movement direction of the evaporated deposition material sprayed from the nozzles,wherein the first and second angle restriction plates are parallel to each other, and heights of first upper portions of the first and second angle restriction plates are lower than heights of second upper portions of the first and second angle restriction plates, the first upper portions being between the first and second modules, and the second upper portions being along the first and second modules.2. The deposition source as claimed in claim 1 , wherein the first upper portions of the first and second angle restriction plates are V-shaped.3. The deposition source as claimed in claim 1 , wherein the first upper portions of the first and second angle restriction plates have a uniform height which is lower than heights of peripheral regions. ...

ADHESIVE DISPENSING APPARATUS

An adhesive dispensing apparatus comprises a base, a carrier and a feeding assembly. The carrier is rotatably disposed on the base, and the carrier configured for containing an adhesive material. The feeding assembly is disposed between the base and the carrier. The feeding assembly comprises a guide roller set, a conduit and a nozzle. One end of the conduit is connected to the nozzle, and another end of the conduit corresponds to the guide roller set. In addition, the guide roller set is configured for feeding the adhesive material through the conduit to the nozzle. 1. An adhesive dispensing apparatus , comprising:a base;a carrier rotatably disposed on the base, and the carrier configured for containing an adhesive material; anda feeding assembly disposed between the base and the carrier, the feeding assembly comprising a guide roller set, a conduit and a nozzle, one end of the conduit connected to the nozzle, and another end of the conduit corresponding to the guide roller set;wherein, the guide roller set is configured for feeding the adhesive material through the conduit to the nozzle.2. The adhesive dispensing apparatus according to claim 1 , further comprising a position adjusting mechanism connected to the feeding assembly and the base in order to drive the feeding assembly to move relative to the base.3. The adhesive dispensing apparatus according to claim 2 , wherein the position adjusting mechanism comprises a guide rail and a slide block claim 2 , the guide rail is fixed to the base claim 2 , the slide block is slidably disposed on the guide rail claim 2 , and the feeding assembly is fixed to the slide block.4. The adhesive dispensing apparatus according to claim 3 , wherein the position adjusting mechanism further comprises a driving component for driving the slide block to slide relative to the guide rail.5. The adhesive dispensing apparatus according to claim 2 , wherein the position adjusting mechanism comprises a first guide rail claim 2 , a first ...

NOZZLE AND APPLICATOR SYSTEM COMPRISING THE SAME

An applicator system for applying a material to a substrate is disclosed, the applicator system having a nozzle assembly () that includes a nozzle having a nozzle head (). The nozzle assembly () also includes a baffle plate () including a cutout () that extends through the baffle plate (), where the baffle plate () is received by the nozzle head () such that the nozzle head () and the baffle plate () define a cavity. The nozzle assembly () further includes a cover plate () attached to the nozzle head () such that the cover plate () secures the baffle plate () within the nozzle head (), where an outlet passage is defined between the baffle plate () and the cover plate (), the outlet passage being fluidly connected to the cavity through the cutout () of the baffle plate (). 1. A nozzle assembly for dispensing a material , the nozzle assembly comprising:a nozzle including a nozzle head, the nozzle head having a body that includes a side surface and a nozzle recess extending into the body from the side surface;a baffle plate including a cutout that extends through the baffle plate, wherein the baffle plate is received in the nozzle recess such that the nozzle head and the baffle plate define a cavity; anda cover plate attached to the nozzle head such that the cover plate secures the baffle plate within the nozzle recess, wherein an outlet passage is defined between the baffle plate and the cover plate, the outlet passage being fluidly connected to the cavity through the cutout of the baffle plate.2. The nozzle assembly of claim 1 , wherein the baffle plate has an upper surface claim 1 , a lower surface opposite the upper surface along a vertical direction claim 1 , a front surface claim 1 , and a rear surface opposite the front surface along a longitudinal direction that is perpendicular to the vertical direction claim 1 , wherein the cutout extends 1) into the baffle plate from the upper surface and 2) from the front surface to the rear surface.3. The nozzle assembly ...

METHOD FOR CONTROLLING THE TEMPERATURE OF A JETTING DEVICE

The invention relates to a method for operating a jetting device, configured to expel droplets of an electrically conductive fluid wherein at least a part of the conductive fluid is positioned in a magnetic field, the method comprising the steps of providing a direct electrical current in the part of the conductive fluid positioned in the magnetic field, and providing an alternating electrical current in the part of the conductive fluid positioned in the magnetic field, the alternating electrical current, wherein the direct electrical current and the alternating electrical current are controlled such that the sum of heat generated by the direct electrical current and the alternating electrical current is substantially constant. 1. Method for operating a jetting device , the jetting device being configured to expel droplets of an electrically conducting fluid wherein at least a part of the conductive fluid is positioned in a magnetic field , the method comprising the steps of:a) providing a direct electrical current in the part of the conductive fluid positioned in the magnetic field, thereby generating a Lorentz force in the conductive fluid and generating an amount of heat, and;b) providing an alternating electrical current in the part of the conductive fluid positioned in the magnetic field, the alternating electrical current generating an amount of heat;c) controlling the direct electrical current and the alternating electrical current such that the sum of heat generated by the direct electrical current and the alternating electrical current is substantially constant.2. Method according to claim 1 , wherein the alternating electrical current is a high frequency alternating current having a frequency in the range of from 100 kHz to 1000 kHz.3. Method according to claim 1 , wherein the jetting device is configured to claim 1 , in stepa) providing a first pulse of the direct electrical current, thereby ejecting a first droplet of the electrically conductive fluid ...

PRE-HEATING LIQUID EJECTED FROM A LIQUID DISPENSER

A liquid dispenser array structure includes a substrate including a plurality of liquid dispensers. The plurality of liquid dispensers includes a liquid supply channel, a liquid dispensing channel including an outlet opening, and a liquid return channel including a vent located downstream relative to the location of the outlet opening of the liquid dispensing channel. A selectively actuatable first heater heats a portion of the liquid flowing through the liquid supply channel. A selectively actuatable second heater diverts the portion of the liquid previously heated by the first heater toward the outlet opening of the liquid dispensing channel. A liquid supply provides liquid under pressure to the plurality of liquid dispensers. 1. A liquid dispenser array structure comprising: a liquid supply channel;', 'a liquid dispensing channel including an outlet opening;', 'a liquid return channel including a vent located downstream relative to the location of the outlet opening of the liquid dispensing channel; and', 'a selectively actuatable first heater that heats a portion of the liquid flowing through the liquid supply channel;', 'a selectively actuatable second heater that diverts the portion of the liquid previously heated by the first heater toward the outlet opening of the liquid dispensing channel; and, 'a substrate including a plurality of liquid dispensers, the plurality of liquid dispensers includinga liquid supply that provides liquid under pressure to the plurality of liquid dispensers.2. The liquid dispenser array of claim 1 , wherein at least a portion of the first heater is positioned in the liquid dispensing channel.3. The liquid dispenser array of claim 1 , further comprising:a controller configured to provide a pulsed waveform to the selectively actuatable first heater.4. The liquid dispenser array of claim 3 , the controller configured to provide a pulsed waveform to the selectively actuatable second heater claim 3 , wherein the pulsed waveform provided ...

Multi-Configuration Misting and Spraying System

An insecticide delivery system for delivering insecticide or other liquids through either stationary or portable misting or by spot spraying. A delivery system includes a liquid reservoir, a fluid misting pump to flow insecticide liquid to installed misting nozzles and a fluid spraying pump to flow insecticide liquid to a spraying wand. 1. An insecticide delivery system comprising:a fluid reservoir containing an insecticide liquid;a fluid spraying pump operably interconnected with the fluid reservoir to draw fluid from the fluid reservoir and transmit it to a spraying nozzle; andan inflow valve associated with the fluid spraying pump, the inflow valve being moveable between a first position wherein the fluid spraying pump draws fluid from the fluid reservoir and a second position wherein the fluid pump draws fluid from an external fluid source.2. The insecticide delivery system of further comprising a fluid misting pump to draw insecticide liquid from the fluid reservoir and deliver it to an installed misting nozzle circuit.3. The insecticide delivery system of further comprising a controller that is operably associated with the fluid misting pump to actuate the fluid misting pump in accordance with preprogrammed misting instructions.4. The insecticide delivery system of further comprising a power source to provide power to the controller and the fluid misting and fluid spraying pumps.5. The insecticide delivery system of wherein the power source is a rechargeable battery.6. The insecticide delivery system of wherein the fluid reservoir claim 1 , fluid spraying pump and inflow valve are contained within a unit having wheels that permit the unit to be portably moved about.7. The insecticide misting system of further comprising an agitator operably associated with the controller and adapted to mix liquid within the fluid reservoir by agitation.8. An insecticide delivery system comprising:a fluid reservoir containing an insecticide liquid to be misted;a fluid spraying ...

Systems and Methods for Portable Multi-Component Mixing of Materials for Spray Application of Same

A dual-use, low-pressure spray gun for applying one-component foam as a spray and a bead including a low-pressure canister connector and a low-pressure air hose connector. A system for applying one-component spray foam as a spray and a bead including a dual-use spray gun with a low-pressure canister connector and a low-pressure air hose connector, a compressed air supply and a compressed air hose. 1. A single-component foam spray gun , comprising:a housing including a handle;a trigger;a nozzle with an exit at an outer end of the nozzle;a spray pattern adjuster;an air hose connection point;a foam infeed connector, including a ball-and-spring valve;a removable canister adapter, wherein the removable canister adapter is substantially mating and threadedly attached to an inner section of the infeed connector;tubing connecting the foam infeed connector and the air hose connection point to the nozzle;wherein the housing, the trigger, the nozzle, the spray pattern adjuster, and the tubing connecting the foam infeed connector and the air hose connection point to the nozzle are constructed from aluminum; andwherein the foam infeed connector, a ball of the ball-and-spring valve, and the tubing connecting the foam infeed connector and the air hose connection point to the nozzle are coated with non-stick material.2. The single-component foam spray gun of claim 1 , wherein the removable canister adapter includes a first side and a second side;wherein the first side of the removable canister adapter is substantially mating and threadedly attached to the inner section of the infeed connector; andwherein the second side of the removable canister adapter is constructed with an extrusion including a bore that extends from the first side to the second side; andwherein the bore includes internal threads for attachment to a hose or a valve.3. The single-component foam spray gun of claim 1 , wherein the air hose connection point further includes an air regulator for adjusting an air ...

SPRAYER EQUIPMENT WITH FLUID MIXING SYSTEM

A sprayer equipment includes a support frame, a pump, a pressure regulator, a concentrate tank, an injector, a spray nozzle, and a controller. The support frame has a plurality of wheels. The pump is coupled to the support frame and includes a pump inlet configured to be fluidly coupled to a water source and a pump outlet providing water at an increased water pressure. The pressure regulator is configured to control the pressure of the water. The concentrate tank is supported by the support frame and configured to store a concentrate fluid. The injector is fluidly coupled to the concentrate tank and configured to inject the concentrate fluid into the water. The spray nozzle is fluidly coupled to the pump outlet and the injector. The controller is coupled to the injector and is configured to control operation of the injector. 1. A sprayer equipment , comprising:a support frame having a plurality of wheels;a pump coupled to the support frame and including a pump inlet configured to be fluidly coupled to a water source and a pump outlet providing water at an increased water pressure;a pressure regulator configured to control the pressure of the water;a concentrate tank supported by the support frame and configured to store a concentrate fluid;an injector fluidly coupled to the concentrate tank and configured to inject the concentrate fluid into the water downstream of the pressure regulator resulting in a combined fluid;a spray nozzle fluidly coupled to the pump outlet and the injector, the spray nozzle configured to spray the water or combined fluid; anda controller coupled to the injector, the controller configured to control operation of the injector.2. The sprayer equipment of claim 1 , wherein the spray nozzle is one of a plurality of spray nozzles.3. The sprayer equipment of claim 2 , wherein each of the plurality of spray nozzles comprises a solenoid fluidly coupled to the spray nozzles claim 2 , wherein the solenoids are configured to selectively open and close ...

Vehicle Underbody Rinser

A water rinsing apparatus is disclosed for spraying water upwardly against the underbody of a vehicle to rinse and clean the surfaces thereof. The water rinsing apparatus includes a water delivery tube connectable at its inlet end to a garden hose, and at its outlet end to a manifold which distributes water to a plurality of upwardly directed water spray nozzles mounted in the body of the manifold. Wheels are rotatably mounted on fixed axle members projecting longitudinally from opposite sides of the body of the manifold, and provide maneuverability for the apparatus. 1. A water rinsing apparatus for spraying water against the underbody of a vehicle , comprising:a longitudinally extending water delivery tube having a water inlet end, a water outlet end, and a water conveying passageway;a manifold connected to the outlet end of said tube and extending longitudinally in a generally normal direction with respect to said tube, said manifold having a longitudinal body having an upper surface extending between opposite sides, said body having a longitudinal bore extending therethrough opening to both of said opposite sides, a plurality of outlet apertures extending between said upper surface and said longitudinal bore, and an inlet opening communicating between said water conveying passageway and said longitudinal bore for distributing water from said water conveying passageway through said longitudinal bore to said apertures;a water spray nozzle disposed in each of said apertures;an axle member fixed to and extending from each of the opposite sides of said manifold, said axle members sealing off the longitudinal bore of said manifold at said opposite sides thereof; anda wheel rotatably mounted on each of said axle members.2. The water rinsing apparatus of claim 1 , wherein said water delivery tube has a substantially horizontal segment leading to said water outlet end and an angular segment leading to said water inlet end claim 1 , said angular segment disposed at an ...

LIQUID DISPENSING SYSTEM WITH IMPROVED PRESSURE CONTROL

A liquid dispensing system is provided. The liquid dispensing system comprises a fluid applicator with an inlet and an outlet. The liquid dispensing system also comprises a fluid flow path comprising an inlet configured to couple to a fluid source on a first end, and the fluid applicator on a second end. The liquid dispensing system also comprises a pump system configured to drive flow of fluid from the fluid source along the fluid flow path to the fluid applicator. The liquid dispensing system also comprises a pressure relief system. The pressure relief system comprises a return line. The pressure relief system also comprises a pressure relief valve. The pressure relief system when actuated, is configured to actuate a pressure relief valve such that the return line receives a portion of fluid within the fluid flow path in response to a detected pressure proximate the fluid applicator. 1. A liquid dispensing system comprising:a fluid applicator with an inlet and an outlet;a fluid flow path comprising an inlet configured to couple to a fluid source on a first end, and the fluid applicator on a second end;a pump system configured to drive flow of fluid from the fluid source, along the fluid flow path, to the fluid applicator; and a return line;', 'a pressure relief valve; and', 'wherein the pressure relief system, when actuated, is configured to actuate a pressure relief valve such that the return line receives a portion of fluid within the fluid flow path in response to a detected pressure proximate the fluid applicator., 'a pressure relief system comprising2. The liquid dispensing system of claim 1 , wherein the pump system comprises a motor and a pump controller.3. The liquid dispensing system of claim 2 , wherein the pump controller is configured to receive an indication of the detected pressure claim 2 , compare the indication to a pressure threshold and claim 2 , in response to a determination that the detected pressure is greater than a pressure threshold claim ...

MATERIAL SPRAYER

A material sprayer includes a hopper module and a power module. The power module is mountable and dismountable from the hopper module. The hopper module includes a hopper frame and a hopper supported by the hopper frame. The power module includes a drive and a pump connected to and configured to be powered by the drive. The pump interfaces with the hopper with the power module mounted on the hopper frame such that the pump can draw material from the hopper. 1. A material sprayer comprising: a hopper frame; and', 'a hopper supported by the hopper frame; and, 'a hopper module including a drive; and', 'a pump connected to and configured to be powered by the drive;, 'a power module mountable and dismountable from the hopper frame, the power module includingwherein the pump includes a pump inlet configured to interface with the hopper with the power module mounted on the hopper frame such that the pump can draw material from the hopper.2. The material sprayer of claim 1 , wherein the hopper frame comprises:a horizontal portion having a fixed frame portion and a movable frame portion;wherein the movable frame portion is extendable relative to the fixed frame portion to change a length of the horizontal portion.3. The material sprayer of claim 2 , wherein the hopper frame further comprises:a vertical portion extending from the fixed frame portion, the vertical portion including a handle.4. The material sprayer of claim 2 , wherein the pump extends parallel to the horizontal portion.5. The material sprayer of claim 2 , wherein:the hopper is supported by the fixed frame portion; andthe power module is supported by the movable frame portion with the power module mounted on the hopper module.6. The material sprayer of claim 5 , further comprising:at least one first wheel attached to the fixed frame portion and configured to support the hopper module on a ground surface; anda second wheel attached to the movable frame portion and configured to support the hopper module on the ...

LIQUID PROPORTIONING MACHINE

A liquid proportioning machine includes at least two liquid storage mechanisms for storing liquid, pump bodies for pumping liquid from the liquid storage mechanisms, and liquid discharge locations connected with liquid outlets of the pump bodies and ejecting liquid; and the liquid storage mechanisms are respectively connected with the corresponding pump bodies, and a regulating mechanism for keeping a proportion for the liquid discharge speeds of the pump bodies is arranged between the pump bodies. The pump body includes a rotating shaft, and the rotating shaft rotates to cause the pump body to pump and discharge the liquid; and the regulating mechanism includes a driving shaft driven by a driving mechanism to rotate, and the driving shaft drives the rotating shafts of the liquid storage mechanisms to rotate through a transmission mechanism and maintains a proportion for the rotating speeds between the rotating shafts. The driving shaft drives any rotating shaft to rotate through a first transmission mechanism, and a second transmission mechanism is arranged between other rotating shafts and the rotating shaft directly driven by the driving shaft. In the present invention, an automatic proportioning manner is adopted, so the proportion of various kinds of liquid does not need to be manually regulated, which improves the working efficiency and the proportioning accuracy, and then the quality of the product is improved. The entire device has a low cost and great market competitiveness 1. A liquid proportioning machine , comprising at least two liquid storage mechanisms for storing liquid , pump bodies for pumping liquid from the liquid storage mechanisms , and liquid discharge locations connected with liquid outlets of the pump bodies and ejecting liquid; wherein the liquid storage mechanisms are respectively connected with the corresponding pump bodies , and a regulating mechanism for keeping a proportion for the liquid discharge speeds of the pump bodies is arranged ...

TEMPERED PORTABLE WASH UNIT

The tempered portable wash unit generally includes a container having an interior for selectively receiving and retaining a select quantity of fluid. A dispenser may be coupled with the container and be in fluid communication with the fluid retaining interior, the dispenser being actuable between a first closed position restricting outflow of fluid from the container and a second open position permitting dispensing fluid from the container. A heat trace cable may couple with the container and be positioned therewith for generating variable heat along its length thereof in response to changes in localized temperatures to generally maintain the temperature of the fluid within the container within a desired threshold temperature comprising a range of 60° F. to 100° F. in ambient atmospheric temperatures as low as −30° Fahrenheit (“F”) and in compliance with an ANSI Class 1 Div. 1 classification.

MICROFLUIDIC DEVICE FOR SPRAYING SMALL DROPS OF LIQUIDS

A microfluidic device provided in a body accommodating a fluid containment chamber. A fluidic access channel and a drop emission channel are formed in the body and are in fluidic connection with the fluid containment chamber to form a fluidic path towards the body outside through a nozzle having an outlet section. An actuator is operatively coupled to the fluid containment chamber and is configured to cause ejection of fluid drops through the drop emission channel in an operating condition of the microfluidic device. The drop emission channel comprises a portion of reduced section having a smaller area than the outlet section of the nozzle. 1. A method , comprising:forming a fluid containment chamber in a semiconductor body;forming a nozzle that is partially offset from the fluid containment chamber, the nozzle having an outlet section having a first area, the nozzle being in fluid communication with the fluid containment chamber by a fluid path, the fluid path having a second area, the second area being smaller than the first area; andforming an actuator operatively coupled to the fluid containment chamber and configured to cause ejection of drops of fluid through the nozzle.2. The method according to wherein the nozzle comprises forming a plurality of nozzles claim 1 , each nozzle being partially offset from the fluid containment chamber claim 1 , the plurality of nozzles having outlet sections having first areas claim 1 , each of the plurality of nozzles being in fluid communication with the fluid containment chamber by a plurality of fluid paths having second areas claim 1 , the second areas being smaller than the first area.3. The method according to wherein forming the plurality of nozzles comprises forming the plurality of nozzles to partially overlap edges of the fluid containment chamber.4. The method according to wherein forming the fluid containment chamber comprises forming a fluid containment chamber having a tapered inlet.5. A method claim 1 , ...

HIGH PRESSURE JETS FOR LEACHING CATALYSTS FROM A POLYCRYSTALLINE DIAMOND COMPACT

Apparatuses and methods for leaching catalysts from a polycrystalline diamond compact (PDC) may utilize a high pressure jet. For example, a method may include impinging a jet of leaching fluid, including one or both of an acid and a caustic material, on a surface of a PDC disposed on a substrate at a fluid pressure ranging between 125 psi and 10,000. 1. A method comprising:impinging a jet of leaching fluid, including one or both of an acid and a caustic material, on a surface of a polycrystalline diamond compact (PDC) disposed on a substrate at a fluid pressure between 125 psi and 10,000 psi.2. The method of claim 1 , further comprising:impinging the jet on the surface of the PDC at a speed of 150 ft/s or greater.3. The method of further comprising:impinging the jet on the surface of the PDC at an angle of between 30° and 80° relative to the surface of the PDC.4. The method of further comprising:providing the leaching fluid with a viscosity of between 0.5 cP and 20 cP.5. The method of further comprising:providing the leaching fluid at a temperature of between room temperature and a boiling point of the leaching fluid.6. The method of further comprising:introducing cavitation into the jet.7. The method of further comprising:submerging the surface of the PDC in a fluid.8. The method of further comprising:providing the fluid in which the PDC is submerged includes the leaching fluid.9. The method of further comprising:cycling the fluid through a fluid handling system of a jet system that produces the jet.10. The method of further comprising:generating the jet with a nozzle having a nozzle tip; andsubmerging the surface of the PDC and the nozzle tip in a fluid.11. The method of further comprising:generating the jet with a nozzle having a nozzle tip and jet orifice that has a nozzle orifice diameter and is defined in the nozzle tip; andarranging the nozzle tip within twenty nozzle orifice diameters of the surface of the PDC.12. The method of further comprising:providing ...

APPLICATION SYSTEM FOR APPLYING A COATING AGENT

An application system for applying a coating agent onto a component, in particular for applying a sealant onto a motor vehicle body part, includes a material supply for providing the coating agent, a temperature control device for controlling the temperature of the coating agent, an applicator for applying the coating agent, and a coating agent line between the material supply and the applicator. The temperature control device controls the temperature of the coating agent in the coating agent line downstream of the material supply. 115-. (canceled)16. An application system for applying a coating agent to a component , comprising:a material supply for providing the coating agent,an applicator for applying the coating agent to the component,a coating agent line extending between the material supply and the applicator, anda tempering apparatus thermally coupled to the coating agent line,wherein the tempering apparatus is configured to temper the coating agent in the coating agent line downstream of the material supply.17. The application system according to claim 16 , wherein claim 16 ,between the material supply and the applicator, the coating agent line extends at least in part into an at least partially closed receiving space, andthe tempering apparatus is configured to conduct a fluid heat carrier through the receiving space to temper the coating agent.18. The application system according to claim 16 , whereinthe tempering apparatus includes a heat carrier line, andthe tempering apparatus is configured to conduct a fluid heat carrier through the heat carrier line to temper the coating agent.19. The application system according to claim 18 , wherein claim 18 ,between the material supply and the applicator, the coating agent line extends at least in part into an at least partially closed receiving space,the heat carrier line extends, at least in part, through a portion of the receiving space, andthe heat carrier line includes one or more bores through a wall thereof, ...

Pressure pumping system with integrated weather monitoring controls

A spray coating system has integrated weather monitoring controls. The system can include a dispenser with onboard control unit; an integrated apparatus for monitoring environmental conditions (temperature, humidity, wind etc.); and communication interface for wired, wireless, internet of things (IOT), or other communications. The system monitors weather conditions in the direct vicinity of the spray equipment and informs coating applicators immediately to prevent faulty coating applications associated with incompatible environmental conditions.

DETACHABLE POWER SOURCE FOR AN AEROSOL DELIVERY DEVICE

An aerosol delivery device having a detachable power source is provided. A control body may be coupleable with a cartridge to form an aerosol delivery device. The cartridge may contain an aerosol precursor composition and be equipped with a heating element configured to activate and vaporize components of the aerosol precursor composition. The control body may comprise a housing and a power source detachably coupled to an outer surface of the housing. A control component may be contained within the housing and configured to operate in an active mode in which the control body is coupled with the cartridge. The control component in the active mode may be configured to direct power from the power source to the heating element to activate and vaporize components of the aerosol precursor composition. 1. A control body coupled or coupleable with a cartridge that is equipped with a heating element and contains an aerosol precursor composition , the control body being coupled or coupleable with the cartridge to form an aerosol delivery device in which the heating element is configured to activate and vaporize components of the aerosol precursor composition , the control body comprising:a housing;a power source detachably coupled to an outer surface of the housing; anda control component contained within the housing and configured to operate in an active mode in which the control body is coupled with the cartridge, the control component in the active mode being configured to direct power from the power source to the heating element to activate and vaporize components of the aerosol precursor composition.2. The control body of claim 1 , wherein the power source is or includes one or more lithium-ion batteries or capacitors claim 1 , andwherein the control component being configured to direct power from the power source includes being configured to direct power from the one or more lithium-ion batteries or capacitors.3. The control body of claim 1 , wherein the power source is ...

SANITARY LIQUID DISPENSERS

The present disclosure is directed to a liquids dispenser for delivering a mist or liquid. The liquids dispenser includes a liquids cartridge for holding a liquid and a cartridge receptacle coupled to the liquids dispenser. The dispenser further includes a pump and a heating element. The cartridge receptacle including electrical circuitry designed to detect a first condition such that when the first condition is met, the pump is activated and cartridge receptacle dispenses an aliquot of liquid or mist through a dispensing element. The heating element heats the liquid that travels through to the dispensing element and is dispensed when a second condition occurs. A motion sensor is also disposed on the cartridge receptacle for detecting the first condition. Finally, the dispenser includes a holder for either hanging or attaching the dispenser to a stable surface or object. 1. A liquids dispenser for delivering a liquid or mist , comprising:a liquids cartridge for holding a liquid;a cartridge receptacle configured to selectively couple to the liquids dispenser and the cartridge receptacle further comprising an electric circuit adapted to determine a first condition and to dispense the liquid or mist from the liquids cartridge upon the first condition;a dispensing element disposed in the cartridge receptacle, the dispensing element in fluid connection with the liquids cartridge, the dispensing element further comprising an electric pump operable in response to the first condition;a heating element in electrical communication with the electrical circuit, the electrical circuit further adapted to determine a second condition, the heating element configured to operate at a first state in response to the second condition, the heating element further configured to heat the liquid or mist in the liquids cartridge in response to the second condition;a motion sensor disposed on the front of the cartridge receptacle in electrical communication with the circuit, the motion sensor ...

JET-GENERATION APPARATUS AND METHOD FOR GENERATING A LIQUID JET

A jet-generation apparatus () adapted to generate a liquid jet (), includes vacuum chamber (), nozzle device () with at least one nozzle (), which is arranged for discharging liquid into vacuum chamber () and for generation of liquid jet (), liquid supply device () including liquid reservoir () and first pump () and is coupled to nozzle device (), collecting device () including collecting vessel () with inlet opening (), which is arranged for collecting liquid jet () in vacuum chamber (), and recovery device () arranged for recovery of the collected liquid from collecting vessel, wherein recovery device () includes second pump () arranged between collecting vessel () and liquid reservoir () and is adapted for the transport of the collected liquid directly into liquid supply device (). A method for generating a liquid jet () with the jet-generation apparatus () is also described. 1. A jet-generation apparatus , which is adapted to generate a liquid jet , comprisinga vacuum chamber,a nozzle device with at least one nozzle, which is arranged for discharging liquid into the vacuum chamber and for generation of the liquid jet,a liquid supply apparatus which comprises a liquid reservoir and a first pump and is coupled to the nozzle device,a collecting device, which comprises a collecting vessel with an inlet opening, which is arranged for collecting the liquid jet in the vacuum chamber, anda recovery device, which is arranged for recovery of the collected liquid from the collecting vessel, whereinthe recovery device comprises a second pump, which is arranged between the collecting vessel and the liquid reservoir and is adapted for transporting the collected liquid directly into the liquid supply device.2. The jet-generation apparatus according to claim 1 , wherein the second pump comprises a peristaltic pump.3. The jet-generation apparatus according to claim 1 , wherein the second pump is arranged at a height at or above a height of the liquid reservoir in relation to a ...

Delivery Unit For Dispensing Adhesive

A delivery unit for dispensing adhesive having a housing, a melting apparatus arranged within the housing for melting the adhesive, a distributing device for dispensing molten adhesive in at least one line connectable to the distributing device, and a pump for conveying the molten adhesive through the distributing device, wherein the housing has a plurality of outer side faces, two of the outer side faces are of a flat configuration and arranged perpendicular to a support plane of the delivery unit on a base and substantially at a right angle to each other, and wherein the distributing device, in a region in which the line is connectable to a connector of the distributing device, has a boundary surface of a flat configuration. The two outer side faces are arranged at a distance apart with the boundary surface therebetween forming an obtuse angle with each of the two outer side faces.

POWERED WATER DISPENSER

A powered water dispenser is plugged into a vehicle or uses a rechargeable battery. The powered water dispenser is connected to a pump and a portable water source. The powered water dispenser may use a prepackaged water container that contains sterilized, distilled or potable water. Additionally, the transparent water container may use an LED light to view water level in the dark. There may also be notches that indicate water level. Also included may be a heating element to warm the water prior to use.

Mobile Sprinkler System

A mobile sprinkler system has a container made from a fire-resistant polymer material for holding liquid, a support frame under the container supporting the container above ground level, a pump coupled to draw liquid from the container, an outflow conduit coupled to the pump and directed above the container to conduct liquid provided by the pump to a spray head at an upper extremity of the outflow conduit, a power supply adapted to power the pump and any electrical elements other than the pump, and a mechanical lifting interface mounted on the container and adapted to interact with a lifting and carrying vehicle. The container is filled with fire-retardant liquid and the mobile sprinkler system is deployed to an area where fire may be expected and is activated to spray the fire-retardant liquid at the spray head to prevent or control a fire. 1. A mobile sprinkler system , comprising:a container made from a fire-resistant polymer material for holding liquid;a support frame under the container supporting the container above ground level;a pump coupled to draw liquid from the container;an outflow conduit coupled to the pump and directed above the container to conduct liquid provided by the pump to a spray head at an upper extremity of the outflow conduit;a power supply adapted to power the pump and any electrical elements other than the pump; anda mechanical lifting interface mounted on the container and adapted to interact with a lifting and carrying vehicle;wherein the container is filled with fire-retardant liquid and the mobile sprinkler system is deployed to an area where fire may be expected and is activated to spray the fire-retardant liquid at the spray head to prevent or control a fire.2. The mobile sprinkler system of wherein the power supply comprises a rechargeable storage battery with a charging port.3. The mobile sprinkler system of wherein the storage battery is located under the container on the support frame.4. The mobile sprinkler system of further ...

Detection Of The Presence Of A Product Sprayed Onto A Surface

A method of detecting the presence of a product sprayed onto an application surface, in which the product to be applied to the application surface is sprayed onto a target zone of the application surface in pulses. Before spraying the product it is heated to a temperature higher than a predetermined temperature value. After spraying the product, a value of a parameter representing the temperature of the target zone is measured remotely, and the value of that parameter is compared to a reference value of that parameter. A detection installation including pulsed spraying by way of forming part of a device shared with the heating element. 1. A method of detecting the presence of a product sprayed onto an application surface , in which:a dose of the product to be applied to the application surface is sprayed onto a target zone of the application surface,characterized in that:before spraying the product it is heated to a temperature higher than a predetermined temperature,after spraying the product, a value of a parameter representing the temperature of the target zone is measured remotely, andthe value of that parameter is compared to a reference value of that parameter.2. The detection method according to claim 1 , in which the value of the parameter is measured with the aid of remote measuring device.3. The detection method according to claim 2 , in which the remote measuring device captures a thermographic image of the product received by the target zone and in which that thermographic image is processed and analysed with the aid of an image processor to quantify the quantity of the product received by the target zone.4. The detection method according to claim 1 , in which a dose of the product is formed by at least one pulse of the product spraying device.5. The detection method according to claim 1 , in which the reference value of the parameter is that of a parameter representing the temperature of the target zone of the application surface before spraying the ...

PLURAL COMPONENT DISPENSING SYSTEM

First and second fluid components are individually pumped to a device from first and second pumps. A first volumetric flow rate of the first fluid component discharged from the first fluid component is measured. A second volumetric flow rate of the second fluid component discharged from the second pump is measured. Operation of at least one of the first and second pumps is controlled based on the measured first volumetric flow rate and the measured second volumetric flow rate to produce a target ratio of the first fluid component and the second fluid component at the device. 1. A system comprising:a first pump for delivering a first fluid component;a second pump for delivering a second fluid component;a first flow meter configured to sense a first volumetric flow rate of the first fluid component delivered from the first pump;a second flow meter configured to sense a second volumetric flow rate of the second fluid component delivered from the second pump;a device for receiving the first fluid component and the second fluid component; anda controller connected to receive the sensed first volumetric flow rate from the first flow meter and the sensed second volumetric flow rate from the second flow meter, the controller configured to control operation of at least one of the first pump and the second pump based on the sensed first volumetric flow rate and the sensed second volumetric flow rate to produce a target ratio of the first fluid component and the second fluid component at the device.2. The system of claim 1 ,wherein the first pump is configured to deliver the first fluid component at a fixed volumetric flow rate; andwherein the controller is configured to control operation of the second pump to adjust a discharge rate of the second pump based on the sensed first volumetric flow rate and the sensed second volumetric flow rate to produce the target ratio of the first fluid component and the second fluid component at the device.3. The system of claim 1 ,wherein ...

PORTABLE SPRAY SYSTEM

A portable, self-pressurizing sprayer or shower system includes a pressure container within a tank. Pressurized fluid, such as water from a residential water tap, is fluidly connected to the pressure container to fill and pressurize the system with the fluid. The sprayer system is then disconnected from the pressurized fluid source and transported to a remote location. A tube is then fluidly connected to the pressure container and the pressurized fluid is released through the tube to provide a portable sprayer system. A heating probe is provided that is removably secured to a second port in the pressure container. A fill kit is provided to fill the pressure container with a fluid, and then a pump is used to pressurize the system when a pressurized fluid source is unavailable. 1. A spray system comprisinga housing;a pressure container, where the pressure container is encased within the housing, where the pressure container has a top and a bottom;a first port, where the first port provides access to the bottom of the pressure container,a hose, where a first end of the hose is connected to the first port;a valve, where the valve is connected to a second end of the hose;a quick release port, where the quick release port is connected to the valve; anda second port, where the second port provides access to the top of the pressure container.2. The spray system of claim 1 , wherein the first port extends towards claim 1 , but not all the way to claim 1 , the bottom of the pressure container.3. The spray system of claim 1 , further comprising a sprayer; where the sprayer is releasably connected to the quick release port.4. The spray system of claim 1 , wherein the second port comprises threading.5. The spray system of claim 4 , further comprising a heater claim 4 , where the heater comprises a base unit claim 4 , a cable claim 4 , and a heating probe claim 4 , where the heating probe is electrically connected to the base unit via the cable claim 4 , and where the heating ...

FLUID SPRAYING DEVICE HOPPER QUICK DRAIN

In one example, a fluid spraying device includes a chassis, a plurality of wheels connected to the chassis, a spray tip assembly connected to the chassis, and a hopper mounted on the chassis. The hopper is in fluid communication with the spray tip assembly and is configured to be oriented in an upright draining position for draining fluid from the hopper. The hopper includes a bottom side, a top side opposite the bottom side and including an aperture configured to receive and drain the fluid, and a side wall extending at an obtuse angle away from the bottom side to the top side adjacent the aperture to facilitate draining of fluid when the hopper is in the upright draining position. 1. A fluid spraying device comprising:a chassis;a plurality of wheels connected to the chassis;a spray tip assembly connected to the chassis; anda hopper mounted on the chassis in fluid communication with the spray tip assembly and configured to be oriented in an upright draining position for draining fluid from the hopper; a bottom side;', 'a top side opposite the bottom side and including an aperture configured to receive and drain the fluid; and', 'a side wall extending at an obtuse angle away from the bottom side to the top side adjacent the aperture to facilitate draining of the fluid when the hopper is in the upright draining position., 'wherein the hopper comprises2. The fluid spraying device of claim 1 , wherein the aperture of the hopper is configured to discharge aft of the fluid spraying device when oriented in the upright draining position.3. The fluid spraying device of claim 1 , wherein the hopper is rotatable between a spraying position and the upright draining position via two or more pivots of the chassis claim 1 , the two or more pivots configured to support a load of the hopper during rotation between the spraying position and the upright draining position.4. The fluid spraying device of claim 3 , wherein each of the two or more pivots comprise:a bottom side extending ...

A SPRAY NOZZLE

The invention relates to a spray nozzle comprising an elastomeric tube () comprising a proximal end () through which a fluid is intended to enter said tube (), and a distal end (). The spray nozzle also comprises a slit () formed in the elastomeric tube () between the proximal end () and the distal end (), for spraying the fluid out from the elastomeric tube (). The elastomeric tube () includes a reinforcing element () for limiting deformation of the elastomeric tube (). By providing a slit in a tube between the proximal and distal ends of the tube, the slit can be sized to provide a broad spread pattern to the spray. The reinforcing element prevents over-expansion or deformation of the elastomeric tube. 1. A spray nozzle wherein the spray nozzle comprises:an elastomeric tube comprising a proximal end through which a fluid is intended to enter said tube, and a distal end,a slit formed in said elastomeric tube between said proximal end and said distal end, for spraying said fluid out from said elastomeric tube,wherein the elastomeric tube includes a reinforcing element for limiting deformation of the elastomeric tube.2. A spray nozzle according to claim 1 , wherein the elastomeric tube comprises a cylindrical wall claim 1 , said slit being formed in said wall.3. A spray nozzle according to claim 2 , wherein the cylindrical wall has a longitudinal axis and the slit extends in a circumferential direction about said longitudinal axis.4. A spray nozzle according to claim 2 , wherein the reinforcing element surrounds said cylindrical wall.5. A spray nozzle according to claim 4 , wherein the reinforcing element extends about the distal end of the elastomeric tube.6. A spray nozzle according to claim 4 , wherein the reinforcing element is formed integrally with the elastomeric tube.7. A spray nozzle according to claim 6 , wherein the reinforcing element comprises a region of increased thickness of the material forming the elastomeric tube.8. A spray nozzle according to ...

NOZZLE ASSEMBLY FOR A WINDSHIELD WASHER SYSTEM OF A VEHICLE

A nozzle assembly of a windshield washer system of a vehicle includes a fluid feed line () that is configured to receive washer fluid from a washer fluid storage tank, at least one ball jet line () coupled to the fluid feed line, and at least one fluidic line () coupled to the fluid feed line. 1. A nozzle assembly of a windshield washer system of a vehicle , the nozzle assembly comprising:a fluid feed line that is configured to receive washer fluid from a washer fluid storage tank;at least one ball jet line coupled to the fluid feed line; andat least one fluidic line coupled to the fluid feed line.2. The nozzle assembly of claim 1 , wherein the at least one ball jet line removably and selectively retains one of a ball jet or a ball plug claim 1 , wherein the ball jet is configured to deliver a pressurized and concentrated stream of washer fluid.3. The nozzle assembly of claim 1 , wherein the at least one fluidic line retains a fluidic insert that is configured to deliver a wide stream of washer fluid.4. The nozzle assembly of claim 1 , wherein the at least one fluidic line retains a fluidic plug.5. The nozzle assembly of claim 1 , wherein the at least one ball jet line comprises first and second ball jet line claim 1 , wherein the at least one fluidic line comprises a central fluidic line claim 1 , wherein the first ball jet line is positioned in relation to a first side of the central fluidic line claim 1 , and wherein the second ball jet line is positioned in relation to a second side of the central fluidic line that is opposite the first side.6. The nozzle assembly of claim 5 , wherein the first ball jet line retains a first ball jet claim 5 , and wherein the second ball jet line retains a first ball plug.7. The nozzle assembly of claim 5 , wherein the first ball jet line retains a first ball jet claim 5 , and wherein the second ball jet line retains a second ball jet.8. The nozzle assembly of claim 5 , wherein the first ball jet line retains a first ball plug ...

NOZZLE ASSEMBLY, EVAPORATION PLATING APPARATUS AND METHOD OF MANUFACTURING AN ORGANIC LIGHT EMITTING DIODE

A nozzle assembly, an evaporation plating apparatus, and a method of manufacturing an organic light emitting diode device is provided. A first heating element is arranged in the hollow cavity in the sidewall of the nozzle. When organic material is vapor deposited, the first heating element can perform heating to raise the temperature of the peripheral wall of the nozzle to be substantially the same as or slightly higher than the temperature of the evaporation plating chamber, thereby maintaining the temperature in the nozzle within a suitable range so that it is neither too low to cause the organic material to condense in the nozzle nor too high to carbonize the organic material. 1. A nozzle assembly comprising a body provided with a nozzle , wherein the body is further provided with a hollow cavity located in a sidewall of the nozzle , and a first heating element is arranged in the hollow cavity.2. The nozzle assembly according to claim 1 , wherein the body is provided with a plurality of nozzles distributed in a straight line direction claim 1 , and two sides of each of the plurality of nozzles are provided with one hollow cavity claim 1 , respectively.3. The nozzle assembly according to claim 2 , wherein the first heating element is a heating wire extending parallel to the straight line direction.4. The nozzle assembly according to claim 3 , wherein each of the hollow cavities is provided with at least two parallel heating wires.5. The nozzle assembly according to claim 1 , wherein the body is made of a titanium alloy or an aluminum alloy.6. The nozzle assembly according to claim 1 , wherein the body is an integral structure.7. The nozzle assembly according to claim 1 , wherein the body comprises a first member claim 1 , a second member and a third member claim 1 , the second member and the third member abut on two opposite sides of the first member respectively claim 1 , and the first member is provided with a nozzle between the two opposite sides and provided ...

Dental Irrigation Device

A dental irrigation device for heating a solution and mixing solutes within the solution. The present invention utilizes an oscillator and inductive coil to heat and/or mix the solution. A pump then delivers the heated and mixed pressurized solution from a basin ultimately into a dispenser. 1. A dental irrigation device comprising a basin, a ferrous inductor coil, a mixer, a pump, and a dispenser. This application claims the benefit of and priority to U.S. Provisional Application No. 62/833,736, filed Apr. 14, 2019, entitled “Dental Irrigation Device.” This application is incorporated by reference.Not ApplicableThe present invention relates to a device for the aqueous irrigation of dental tissue.It is well known that dental tissue benefits from the addition of certain solutes when the teeth and gums are irrigated, with water being considered as the solvent. Such solutes include salt, mouthwashes, and hydrogen peroxide. The matter and sufficiency for which they dissolve and mix are based on two major factors, dispersion and temperature. The temperature factor is even more important in certain compounds such as salt because solubility increases as temperature rises.One product design intended to heat irrigated water is described in U.S. Pat. No. 7,059,853. As quoted from the specification, A controlled water stream, whether streaming or pulsing may be delivered at room or tap temperature or alternatively heated to about 90 degrees Fahrenheit, for example (heating not shown). U.S. Pat. No. 8,012,111 describes the mixing of both cold and hot water from the sink water lines. However if the sink's hot water faucet is located away from the hot water heater, this system requires the water to run for a lengthy period of time wasting water.The aforementioned solutions are imperfect and there remains a need to develop a dental irrigation device with the ability to booth heat and mix the solute and solvent in an efficient and convenient manner.The present invention utilizes ...

COMBINATION WATER AMUSEMENT AND DRINKING DEVICE

A combination water amusement and drinking device can include a container to contain water, the container having an outlet port, a multipurpose port, and a fill port. The device can also include an amusement nozzle removably coupled to the outlet port. The device can further include a drinking nozzle removably coupleable to the multipurpose port. The device can still further include a water pump operable to pump the water from the container through the outlet port for delivery to the amusement nozzle. In addition, the device can include a gas pump operable to pressurize gas in the container to move the water from the container through the multipurpose port for delivery to the drinking nozzle when the drinking nozzle is coupled to the multipurpose port. The multipurpose port and the fill port can each be coupleable to a water source to provide water to the container. 1. A combination water amusement and drinking device , comprising:a container to contain water, the container having an outlet port, a multipurpose port, and a fill port;an amusement nozzle removably coupled to the outlet port;a drinking nozzle removably coupleable to the multipurpose port;a water pump operable to pump the water from the container through the outlet port for delivery to the amusement nozzle; anda gas pump operable to pressurize gas in the container to move the water from the container through the multipurpose port for delivery to the drinking nozzle when the drinking nozzle is coupled to the multipurpose port,wherein the multipurpose port and the fill port are each coupleable to a water source to provide water to the container.2. The combination water amusement and drinking device of claim 1 , wherein the gas pump is a human-powered pump.3. The combination water amusement and drinking device of claim 2 , wherein the gas pump is removably coupleable to the container.4. The combination water amusement and drinking device of claim 1 , wherein at least one of the water pump and the gas pump ...

A PRESSURE WASHER AND A METHOD OF PROVIDING A SUPER-HEATED JET OF WATER

Some pressure washers include units for introduction of detergents and other chemicals into the water stream; however, it is desirable to obtain sterilized cleaning water without them, such that use in, for instance, food preparation processes can be implemented. With a sufficiently high temperature super-heated water stream, all process equipment, including pipework, that comes into contact with sterile process materials, can be cleaned, de-greased and sterilized both with the spray jet using water alone whilst not contributing endotoxins, microbial contamination or particles. Merely raising the temperature of water in a conventional pressure washer could cause components to fail, if they were not designed to operate at such high temperatures. In the present invention, the pump () supplies a relatively low volume of water at a relatively high pressure to the boiler (), allowing the boiler () to heat that volume of water to a relatively high temperature. In contrast, if a higher volume of water were desired over a given time period, the pump would have to supply it at a comparatively lower pressure (which is undesirable) and/or the boiler would only be able to heat it to a comparatively lower temperature over that same time period (which is also undesirable). Increased working temperatures on a hose () will reduce its maximum working pressure; however, by using a PTFE hose as in the present invention, the maximum working pressure at 170 degrees may be up to 17 MPa. 1. A pressure washer , for providing a super-heated jet of water , the pressure washer comprising:a water pump configured to provide at most 20 litres of water per minute at greater than 15 MPa to an output thereof;a boiler arranged to receive pressurised water from the output of the water pump, the boiler configured to heat the pressurised water with a power of at least 75 kW to a temperature of at least 155 degrees centigrade;a hose for conveying the super-heated pressurised water from the boiler, ...

SYSTEMS FOR AUTOMATED MOBILE PAINTING OF STRUCTURES

An automated mobile sprayer (AMS) includes a mobile base, an applicator arm supported by the mobile base, and a nozzle extending from the applicator arm. The nozzle receives fluid from a fluid supply and generates an atomized fluid spray for application to a surface. The applicator arm moves vertically relative to the mobile base and the surface to cause the nozzle to generate a vertical fluid stripe. The mobile base moves laterally relative to the surface to cause the nozzle to generate a horizontal fluid stripe. 195-. (canceled)96. An automated mobile sprayer (AMS) for spraying a fluid on a wall , the AMS comprising:a mobile base comprising a plurality of wheels or tracks and one or more first motors configured to move the mobile base via the plurality of wheels or tracks;an applicator arm supported on the base, the applicator arm movable along a vertical axis;a second motor configured to move the applicator arm vertically along the vertical axis;a nozzle connected to the applicator arm and configured to spray the fluid;a first sensor configured to sense a first distance, the first distance being a distance between the wall and the first sensor;a second sensor configured to sense a second distance, the second distance being a distance between the wall and the second sensor; and control the second motor to move the applicator arm vertically along the vertical axis for spraying each of the plurality of vertical stripes,', 'control spray of the fluid from the nozzle for spraying each of the plurality of vertical stripes,', 'receive distance information from the first sensor and the second sensor, and', 'control the one or more first motors to move the mobile base along the wall between spraying the plurality of vertical stripes, wherein for each vertical stripe of the plurality of vertical stripes the controller is configured to control the one or more first motors to reposition the nozzle to an orientation relative to the wall for spraying the vertical stripe based ...

SENSOR FREE HEATED HOSE

A method of regulating a temperature of a fluid within a hose of a fluid dispensing system includes passing the fluid through the hose and across a heating element. A temperature of the fluid in the hose is sensed by the heating element. The sensed temperature of the fluid in the hose is compared to a reference temperature. An input of the heating element is adjusted in response to the comparison of the sensed temperature of the fluid in the hose to the reference temperature such that the temperature of the fluid is adjusted towards the reference temperature. 1. A method of regulating a temperature of a fluid within a hose of a fluid dispensing system , the method comprising: a control unit;', 'a hose attached to and fluidly connected with the control unit, the hose with a channel extending therethrough; and', 'a heating element mounted to the hose;, 'passing the fluid through the hose, wherein the fluid dispensing system comprisessensing, with the heating element, a temperature of the fluid in the hose;comparing, with the control unit, the sensed temperature of the fluid in the hose to a reference temperature;adjusting, with the control unit, an input of the heating element in response to the comparison of the sensed temperature of the fluid in the hose to the reference temperature such that the temperature of the fluid is adjusted towards the reference temperature.2. The method of claim 1 , wherein the heating element is a wire and is configured such that a resistance of the heating element changes in response to a change in a temperature of the heating element.3. The method of claim 1 , wherein sensing the temperature of the fluid in the hose with the heating element comprises measuring a resistance of the heating element.4. The method of claim 3 , wherein measuring the resistance of the heating element comprises:applying a current through the heating element;measuring a voltage drop across the heating element; andcalculating the resistance of the heating element ...

STEAM EFFECT NOZZLE FOR ENTERTAINMENT VENUE

A steam effect nozzle includes a housing section configured to receive a fluid having a mixture of steam and liquid condensate and baffles disposed in the housing section. The baffles are configured to separate the steam of the fluid from the liquid condensate of the fluid, enable the steam to travel from a first end wall of the housing section to a second end wall of the housing section, and bias the liquid condensate of the fluid toward a sloped lower surface of the housing section, the sloped lower surface sloping downwardly from the second end wall toward the first end wall. The steam effect nozzle also includes a nozzle outlet adjacent to the second end wall of the housing section, where the nozzle outlet is configured to output the steam to an external environment. 1. A steam effect nozzle , the steam effect nozzle comprising:a housing section configured to receive a fluid having a mixture of steam and liquid condensate;a plurality of baffles disposed in the housing section and configured to separate the steam of the fluid from the liquid condensate of the fluid, enable the steam to travel from a first end wall of the housing section to a second end wall of the housing section, and bias the liquid condensate of the fluid toward a sloped lower surface of the housing section, the sloped lower surface sloping downwardly from the second end wall toward the first end wall; anda nozzle outlet adjacent to the second end wall of the housing section, wherein the nozzle outlet is configured to output the steam to an external environment.2. The steam effect nozzle of claim 1 , comprising a condensate outlet section coupled to the housing section claim 1 , wherein the condensate outlet section is configured to receive the liquid condensate from the sloped lower surface and drain the liquid condensate from the housing section.3. The steam effect nozzle of claim 1 , comprising a steam outlet section coupled to the second end wall and having the nozzle outlet formed therein ...

一种粘合剂喷涂方法

本发明提供了一种粘合剂喷涂装置及方法，包括储存罐、加热仓、称重仓、加压仓和控制装置；其中，储存罐、加热仓、称重仓和加压仓依次通过管道密封连通，且储存罐与加热仓之间的管道上、加热仓与称重仓之间的管道上分别设置有用于抽取粘合剂第一管道泵、第三管道泵；本发明所述的储存罐、加热仓、称重仓和加压仓依次通过管道密封连通，保证了粘合剂加热效果的同时还能够防止杂质混入粘合剂，保证了粘合剂的质量；同时，本发明所述的加热仓包括第一加热仓和第二加热仓，第一加热仓能够为粘合剂预热，加快粘合剂的加热、搅拌过程；进一步的，储存罐与第二加热仓之间设置第一加热仓也能够减轻第一管道泵和第二管道泵的压力。

Gardens nursery stock is with shallow of can spraying lime wash

本发明涉及一种喷涂石灰水的推车，尤其涉及一种园林苗木用可喷涂石灰水的推车。因此，本发明的技术问题为：提供一种省时省力、能够提高刷石灰水的效率和不需要人工手提石灰桶的园林苗木用可喷涂石灰水的推车。技术方案：一种园林苗木用可喷涂石灰水的推车，包括有移动板、万向轮、支撑架、水箱、进料管、推手、固定杆、气缸、空心管、弧形板、软管等；移动板底部左右两侧前后均设有万向轮，移动板顶部左右两侧前后均设有支撑架，左右两方的支撑架顶部设有水箱，水箱顶部左侧镶嵌式设有进料管，水箱左侧上部设有推手。本发明通过设置的气缸，能够使喷涂苗木的位置发生变化，从而将苗木喷涂均匀；设置的缸体能够将水箱内的石灰水喷洒在苗木树干上。

Washer liquid heating apparatus integrated into washer reservoir

본 발명은 자동차 워셔액 가열장치에 관한 것으로서, 리저버와 워셔액 가열장치가 분리되어 있는 종래의 구성에서 리저버 내 워셔액의 점도 증가로 인한 워셔펌프의 토출압 저하, 워셔액 공급 불량 및 착수 위치 불량, 글래스 닦임 불량, 워셔펌프 손상 및 작동스위치 손상 등의 문제점을 개선할 수 있는 자동차 워셔액 분사장치를 제공하는데 주된 목적이 있는 것이다. 상기한 목적을 달성하기 위해, 리저버에 일체로 장착되어 리저버에서 유입되는 워셔액이 저장되는 보조탱크; 및 상기 보조탱크에 일체로 장착되어 보조탱크에 저장되어 있는 워셔액을 가열하는 히터 어셈블리를 포함하고, 상기 히터 어셈블리는, 상기 보조탱크 내 워셔액을 가열하도록 보조탱크의 홀에 설치되는 판상의 히터를 포함하며, 상기 판상의 히터는 발열이 이루어지는 가열면이 보조탱크 내 워셔액을 가열할 수 있도록 상기 홀을 통해 보조탱크 내측으로 노출되도록 고정되는 것을 특징으로 하는 리저버 일체형의 워셔액 가열장치가 개시된다. The present invention relates to a washer fluid heating apparatus for a car, and in a conventional structure in which a reservoir and a washer fluid heating apparatus are separated from each other, a decrease in the discharge pressure of the washer pump due to an increase in viscosity of the washer fluid in the reservoir, The present invention is directed to a washer fluid dispensing apparatus for an automobile which can improve problems such as damage to a washer pump, damage to an operating switch, and the like. In order to achieve the above-mentioned object, an auxiliary tank which is integrally mounted to a reservoir and stores a washer fluid flowing in the reservoir; And a heater assembly which is integrally mounted to the auxiliary tank and heats the washer fluid stored in the auxiliary tank, wherein the heater assembly includes a plate heater installed in the hole of the auxiliary tank to heat the washer fluid in the auxiliary tank And the plate heater is fixed so that a heating surface on which heat is generated is exposed to the inside of the auxiliary tank through the hole so as to heat the washer fluid in the auxiliary tank.

Washer liquid heating apparatus integrated into washer liquid reservoir

本发明公开了一种整体结合至清洗液储存罐的清洗液加热装置，可以包括：辅助罐，其整体地连接至储存罐，并且在所述辅助罐中存储从所述储存罐流入的清洗液；以及加热器组件，其整体地附接至所述辅助罐并且将储存在辅助罐中的清洗液加热，其中，所述加热器组件包括板式加热器，所述板式加热器安装在所述辅助罐的孔中以便将所述辅助罐之内的清洗液加热，并且其中，所述板式加热器通过所述辅助罐的孔暴露于所述辅助罐的内部而使得实现加热的加热表面将所述辅助罐之内的清洗液加热。

Hand type sterilizer

본 발명의 실시예에 따른 핸드형 무선 방역기는 전방에 입구가 형성되고 내부에 송풍 장치가 장착된 본체 케이스; 상기 본체 케이스에 분리 가능하게 결합되는 약액 저장부; 양단이 각각 상기 송풍 장치와 상기 약액 저장부에 연통되어 상기 송풍 장치 구동시 상기 송풍 장치 내 고압 공기를 상기 약액 저장부로 이송시키는 공기 이송관과, 양단이 상기 약액 저장부와 상기 입구에 연통되어 상기 약액 저장부에 저장된 약액을 상기 본체 케이스의 입구로 이송시키는 약액 이송관을 구비한 이송관부; 및 상기 본체 케이스의 상기 입구에 결합되고, 선단으로 갈수록 직경이 축소되며 분사구를 갖는 원뿔 형상의 선회류 유도캡;을 포함하고, 상기 송풍 장치의 구동시, 고압의 공기가 상기 선회류 유도캡의 분사구를 통해 외부로 분출되고, 상기 약액은 상기 약액 이송관을 따라 상기 선회류 유도캡의 분사구까지 이송되어 전방을 향하여 분사되며, 상기 선회류 유도캡의 내주면에는 복수 개의 회전 날개가 설치되어 고압 공기에 의해 회전하고, 상기 회전 날개는 충전기에 전기적으로 연결되어 있어 충전기에 전기를 충전시킨다. The hand-type wireless quarantine according to an embodiment of the present invention includes a body case having an entrance formed in the front and a blower installed therein; A chemical storage unit detachably coupled to the main body case; Both ends are in communication with the blowing device and the chemical storage unit, respectively, an air transfer pipe for transferring the high-pressure air in the blowing device to the chemical storage unit when the blowing device is driven, and both ends are in communication with the chemical solution storage unit and the inlet so that the A transfer pipe unit having a chemical solution transfer pipe for transferring the chemical solution stored in the chemical solution storage unit to the inlet of the main body case; And a conical slewing flow induction cap coupled to the inlet of the main body case and having a diameter reduced toward the front end and having a jet opening, and when the blowing device is driven, high-pressure air is supplied to the slewing flow induction cap. It is ejected to the outside through the injection port, and the chemical solution is transferred to the injection port of the swirling flow induction cap along the chemical solution transfer pipe and is sprayed toward the front. And the rotating blade is electrically connected to the charger to charge electricity to the charger.

Air discharge implement for a portable pressurized sprayer

본 발명은, 배출 덕트인 원통형 주 몸체(main body), 외부 후드 쟈켓(external hood jacket), 원추형 이동 플러그(conical moving plug) 및 압축 스프링을 포함하는, 휴대용 가압 분무기용 공기 배출 기구를 제공한다. 중공 배출 덕트인 주 몸체는 원통형 보어(bore), 원추형 이동 플러그를 내포하는 원통형 배출 마운트(discharging mount) 및, 중공 배출 챔버(hollow discharge chamber) 및 원통형 보어 사이에 개재된 공기 통로를 포함한다. 외부 후드 쟈켓은 압축 스프링을 내포하도록 된 중공 홀더(hollow holder)이다. 원추형 이동 플러그는 상부 원뿔체(top cone) 및, 다수의 풋팅 레그들(footing legs)을 가진 편평한 밑창(planar base)을 포함하며, 편평한 밑창 및 원통형 보어의 공기 통로 사이에는 물 흐름 갭(water flow gap)이 형성된다. 본 발명이 휴대용 가압 분무기의 물 토출 호스에 적절하게 연결되면, 압축된 물에 공기가 없거나 또는 공기가 혼입되어 있더라도, 공기 배출 효과를 완전하게 성취할 수 있다. The present invention provides an air discharge mechanism for a portable pressurized nebulizer, comprising a cylindrical main body, an external hood jacket, a conical moving plug and a compression spring that are discharge ducts. The main body, which is a hollow discharge duct, comprises a cylindrical bore, a cylindrical discharging mount containing a conical moving plug, and an air passage interposed between the hollow discharge chamber and the cylindrical bore. The outer hood jacket is a hollow holder adapted to contain a compression spring. The conical moving plug includes a top planar base and a flat planar base with a number of footing legs, with a water flow gap between the flat sole and the air passage of the cylindrical bore. gap) is formed. When the present invention is properly connected to the water discharge hose of the portable pressurized sprayer, even if there is no air or air is mixed in the compressed water, the air discharge effect can be completely achieved.