УСТРОЙСТВО ВОДОСНАБЖЕНИЯ ДЛЯ РЕЛЬСОВОГО ТРАНСПОРТНОГО СРЕДСТВА

Полезная модель относится к устройству водоснабжения для рельсового транспортного средства, содержащему, по меньшей мере, один бак (30) для свежей воды, по меньшей мере, одно место выдачи свежей воды и подводящий трубопровод для свежей воды между, по меньшей мере, одним баком (30) для свежей воды и, по меньшей мере, одним местом ее выдачи, по меньшей мере, одно место (36) ввода серой воды, по меньшей мере, одно устройство подготовки серой воды, по меньшей мере, одно место (38) выдачи подготовленной серой воды, подводящий трубопровод (37) для серой воды между, по меньшей мере, одним местом (36) ввода серой воды и притоком (2) для нее во впускной зоне (13) резервуара (1) для серой воды устройства ее подготовки и подводящий трубопровод (39) для подготовленной серой воды между стоком (3) для подготовленной серой воды в выпускной зоне (18) резервуара (1) для серой воды устройства ее подготовки и, по меньшей мере, одним местом (38) выдачи подготовленной серой воды, причем в выпускной зоне (18 ...

УСТРОЙСТВО ДЛЯ ПОВТОРНОГО ИСПОЛЬЗОВАНИЯ ЗАГРЯЗНЕННОЙ ВОДЫ И СПОСОБ ЕГО ПРИМЕНЕНИЯ

1. Устройство для повторного использования загрязненной воды, содержащее: ! средство для подачи загрязненной воды; ! сборный резервуар для поступающей загрязненной воды; ! накопительный бак для хранения воды; ! сифонное приспособление для перетекания воды из сборного резервуара в накопительный бак; ! водоспуск для подачи накопленной воды к ее потребителю; ! канализационный водовыпуск; и ! систему управления. ! 2. Устройство по п.1, дополнительно включающее: ! переточную трубку, установленную в верхней части сборного резервуара; и ! перепускной канал для отвода воды к канализационному водовыпуску. ! 3. Устройство по п.1, в котором сифонное приспособление включает: ! сифонную трубку для перетекания воды из сборного резервуара в накопительный бак; ! заливочный клапан; и ! накопительное приспособление для приема поступающей загрязненной воды, которое связано с заливочным клапаном. ! 4. Устройство по п.2, в котором сифонное приспособление включает: ! сифонную трубку для перетекания воды из сборного резервуара в накопительный бак; ! заливочный клапан; и ! накопительное приспособление для приема поступающей загрязненной воды, которое связано с заливочным клапаном. ! 5. Устройство по п.3, в котором имеется механическое передаточное звено для связи накопительного приспособления и заливочного клапана. ! 6. Устройство по п.4, в котором имеется механическое передаточное звено для связи накопительного приспособления и заливочного клапана. ! 7. Устройство по п.3, в котором связь накопительного приспособления и заливочного клапана является электрической. ! 8. Устройство по п.4, в котором связь накопительного приспособления и заливочного кла� РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) 2008 117 405 (13) A (51) МПК E03B 1/04 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ, ПАТЕНТАМ И ТОВАРНЫМ ЗНАКАМ (12) ЗАЯВКА НА ИЗОБРЕТЕНИЕ (21), (22) Заявка: 2008117405/03, 05.10.2006 (71) Заявитель(и): ЭКОПЛЭЙ ИНТЕРНЭШНЛ Б.В. (NL) (30) Конвенционный приоритет: 05.10.2005 NL 1030110 (43) Дата ...

Process for rendering grey water fit for re-use

The process involves discharging the grey water to a holding tank which has a force feed to an incorporated germicide section which allows water to travel in both directions. In a process and assembly to render grey water fit for further use, the water is discharged to a holding tank where it is held allowing particles to settle out. The holding tank incorporates a force-feed to an incorporated germicide section, through which the water passes at least twice. The germicide unit is so constructed that on first arrival in the holding tank, the water passes through the germicide section in a first direction. When water is drawn from the holding tank, the water first passes through the germicide section in the reverse direction.

Grauwassernutzungsanlage mit Belüftersteuerung

Die Erfindung betrifft eine Grauwassernutzungsanlage mit einem Grauwasserbehälter (2), einem Klarwasserbehälter (3), einem Membranfilter (12) und einer Luftpumpe (11) sowie mit wenigstens einer ersten Luftleitung (10) von der Luftpumpe (11) zu dem Membranfilter (12), wobei der Membranfilter (12) ein Filtergehäuse (14) aufweist, das eine Grauwasserseite und eine Klarwasserseite umfasst und wobei eine Verbindungsleitung (20) zwischen der Klarwasserseite des Filtergehäuses (14) und dem Klarwasserbehälter (3) zum Transport von Klarwasser aus dem Filtergehäuse (14) in den Klarwasserbehälter (3) angeordnet ist, wobei eine von einer Steuerung (15) ansteuerbare Ventilanordnung (18, 19) zwischen der Luftpumpe (11), der ersten Luftleitung und einer zweiten Luftleitung (13) vorgesehen ist, die in einer ersten Stellung die Druckseite der Luftpumpe (11) mit der ersten Luftleitung (10) verbindet und die in einer zweiten Schaltstellung die Druckseite der Luftpumpe (11) mit der zweiten Luftleitung (13ruck ...

Spülwasserbehältersystem für Spülwasser einer mobilen Toilette

Spülwasserbehältersystem für Spülwasser einer mobilen Toilette (11), insbesondere einer mobilen Vakuumtoilette (11), mit einem Spülwasserbehälter (43) mit einem Spülwasserbehälterzulauf (44), dadurch gekennzeichnet, dass der Spülwasserbehälter (43) ausgebildet ist, um Grauwasser aus einem Waschbecken (10), welches insbesondere ein Handwaschbecken oder ein Duschwaschbecken ist, aufzunehmen, und eine Dosiervorrichtung (41) bereitgestellt ist, die mit dem Spülwasserbehälter (43) fluidtechnisch verbunden ist und ausgestaltet ist, um das Grauwasser durch Zuführen eines kalklösenden und/oder bakteriziden Aufbereitungsmittels aufzubereiten, wobei der Spülwasserbehälter (43) zum Abgeben des aufbereiteten Grauwassers als Spülwasser an die mobile Toilette (11) ausgestaltet ist.

Heat exchanger to utilise waste water heat - has collection vats for cold and hot water and heat pump on hot water vat

The heat exchanger (W) has a heat pump, and consists of two connected collection vats (A,B), which may be connected via two or more pipe lines (13-19) with valves (1-4), to a warm water inlet (12), and a water outlet (8). The vats contain evaporation units resp. serpentine pipes (20,21) of the heat exchanger system (7). The units are connected to the system via simultaneously or alternately connectable pipes. The warm water inlet consists of fall pipe, which branches into feed pipes (13,14) for the individual vats. The pipes contain trip valves (1,3). The water outlet consists of a pipe, connected to the sewage system, and incorporates the outlets (15-17) from the vats.

Waste shower water recycle apparatus

Integrated washbasin and shower gray water recycling system for flushing the toilet

An integrated washbasin and shower unit comprising a waterfall washbasin and a waterfall shower tray which convey gray water into the shower base / container and it is used to flush the toilet. The gray water collected inside the shower base, equipped with a filter, a pump and a UV light, is sent to the toilet cistern when flushing the toilet by means of a float switch allocated into the cistern.

Apparatus for recycling waste water

Apparatus for use in recycling waste water within a property comprises a pump unit comprising a self-priming pump (10), a filter unit (13), and means for conducting waste water from a primary-use facility such as a hand basin, a shower stall or a bath, to the pump via the filter unit, a header tank (15) having an overflow outlet (16) leading to a drain and means for conducting water from the pump to the header tank, and means for conducting water from the header tank to a second-use facility such as a water closet.

Water recycling system

A water recycling system that works by re routing waste water using existing as well as extra plumbing, a filtration screen and holding tank(s). The system has a flow switch (5) fitted that will automatically cut in when water is required. When the water is needed it will pass through a water filter before being pumped to the toilet header tank or an external water storage tank. The toilet header tank will hold water for toilet flushing, while the water in the external tank can be used for washer vehicles or watering gardens. The system is made up of common plumbing items for example filters, pipes, filtration screens, tanks and pumps. The principle of the system is to recycle grey water from baths, showers, wash basins and gutters.

Plumbing conversion fittings to change a waste water trap to a 'save water' trap

PROCESSING PLANT FOR WASTE WATER FROM SANITARY PLUMBINGS

ABWASSERROHRLEITUNG MIT WÄRMETAUSCHER FÜR BADINSTALLATIONEN

HEAT EXCHANGER FOR WASTE WATER UTILIZATION OF HEAT

Gray water heat recovery system

Bei einem Grauwasserwärmerückgewinnungssystem (1) umfassend eine Reinigungsanlage (2) und eine Wärmeübertragungsvorrichtung (3), wobei die Reinigungsanlage (2) ausgebildet ist Grauwasser aus einer Grauwasserleitung (4) zu reinigen, wobei ein Ausgang der Reinigungsanlage (2) mit der Wärmeübertragungsvorrichtung (3) verbunden ist, wobei die Wärmeübertragungsvorrichtung (3) ausgebildet ist Wärmeenergie von dem gereinigten Grauwasser auf ein Frischwasser in einer Frischwasserleitung (5) zu übertragen, wird vorgeschlagen, dass die Reinigungsanlage (2) einen Belebungsbehälter (6) mit Mikroorganismen aufweist, wobei die Mikroorganismen organische Bestandteile des Grauwassers zersetzen, und dass in dem Belebungsbehälter (6) eine Filtermembran (7) angeordnet ist.

GREY WATER USE PLANT WITH BLOWER PRICE INCREASE

DEVICE AND PROCEDURE FOR THE USE OF GREY WATER

FILTRATION TANK AND MEANS FOR SUBSEQUENT CLEANING OF WASTE WATER

Portable grey water diverting unit

WASTE AND RAIN WATER RECYCLING SYSTEM

VACUUM TOILET SYSTEM

A vacuum toilet system comprises a toilet bowl having a cover mounted for movement relative to the toilet bowl between an open position and a closed position, the cover being in at least partially sealing relation with the rim when in the closed position. A liquid supply opening is provided for introducing liquid into the toilet bowl when the cover is in the closed position. A discharge valve connects the outlet opening of the toilet bowl to a sewer pipe, in which a partial vacuum can be established. A reservoir has an inlet opening for receiving rinse liquid and an outlet opening in communication with the liquid supply opening. The inlet opening of the reservoir is exposed to substantially the same pressure as the liquid supply opening when the toilet bowl cover is in the open position and the discharge valve is closed. Rinse liquid is drawn from the reservoir into the toilet bowl by way of the liquid supply opening when the discharge valve is open and the cover is in the closed position ...

HEAT RECOVERY UNIT FOR GRAY WATER EQUIPPED WITH A PROTECTION METHOD AND DEVICE PREVENTING CONTAMINATION OF POTABLE WATER

Une installation de plomberie composée d'un collecteur d'eau grise, un échangeur de chaleur, un clapet anti- retour, , d'une anode. L'ensemble de l'installation est un récupérateur de chaleur ayant pour fonction d' extraire la chaleur contenue dans les rejets d'eau chaude d'un procédé afin de préchauffer l'eau qui alimente un bain/ douche ou un chauffe-eau . La conception de l'échangeur de chaleur permet une grande surface de transfert de chaleur du récupérateur. La présente invention est caractérisé par une méthode ainsi q'un ensemble de moyen simple intégré au récupérateur de chaleur prévenant la contamination du réseau d'eau potable par l'eau grise . La pression hydrostatique positive de l'eau potable de l'échangeur est supérieur à la pression de la partie d'eau grise tout au tour de l'eau potable .La présente invention est munie d'un clapet anti-retour installé sur la conduite d'eau potable pour prévenir la contamination du réseau d'eau potable.

GREY WATER DIVERSION SYSTEM

A grey water diversion system is provided. An interceptor includes an inlet, a filter, an outlet, and an orifice. The filter is located along a bottom of a water flow path from the inlet to the outlet and delivers water to the orifice as filtered water. A gas pump, connected to a filter stem, delivers gas to the filter via the stem when the system detects the presence of the water. The gas rises through the filter to raise debris from the filter to the water flow path. A water overflow delivers the debris to the outlet. A suction manifold, including a sensor, receives the filtered water from the orifice. The sensor detects the presence of the filtered water. A water pump receives the filtered water from the manifold, activates when the sensor detects the presence of the filtered water, and delivers the filtered water into a water usage system.

Waste heat utilizing and recovering method for e.g. hotel, involves carrying out direct utilization or indirect utilization of waste heat using heat recovery device for extracting energy in form of thermal energy

The method involves selectively managing service water flow and waste water flow from different utilizations, devices and installations before discharging into a sewage water system. Specific characteristics e.g. quality, pH-value and temperature, of the service water flow and the waste water flow are based on physical and chemical characteristics of the service and waste water flow. A direct utilization or indirect utilization of waste heat is carried out using a heat recovery device for extracting energy in the form of thermal energy.

Sink, has separator for separating clear water from waste water, and rod for selecting evacuation mode, and evacuation selecting device allowing user to choose evacuation to sewage pipe or piping for infiltration if sewage is clear

The sink (1) has a separator for separating clear water from waste water, and a rod for selecting an evacuation mode. An evacuation selecting device (2) allows a user to choose an evacuation to a sewage pipe or a piping for infiltration if the sewage is clear.

SANITARY WASTEWATER RECYCLING INSTALLATION

The invention relates to an installation which is used to recycle wastewater originating from a sanitary fitting (22, 23) and to re-use same in the rinsing of at least one toilet bowl (1) which is provided with a water-saving system for saving the rinsing water used in the toilet. The water-saving system includes a tank (3), a water flush mechanism (25A, 24, 17, 14) which is disposed in the tank (3), a first channel (21, 7, 15) for conveying the wastewater to the tank (3), a second channel (13A) for conveying running water to the tank, a filter (18, 20) and a pump (19) which are disposed in the first channel, a water level detector (11) and a controlled shut-off valve (13). The invention is characterised in that the water flush mechanism includes a vertically-actuated drain valve (25A) which is located inside a flow regulation tube (27) which extends up the height of the tank (3) and which only communicates with the rest of the tank (3) through one or more holes (35) provided in the lateral ...

Method for hygenisation of a device intended for recycling of water

The present invention describes a method for hygenisation of a device intended for recycling of water, said device comprising a flow path for recycled water, a fresh water inlet, a recirculation water inlet and a recirculation water outlet, a user outlet, a heater and a filter, said method comprising performing the steps of:- heating water in the heater; and- flowing heated water from the heater back to the filter for decontamination of the filter and other components in the flow path for recycled water.

Residential waste water disposal system

A waste water disposal system for a building which saves and recycles the grey waste water for lawn and plant irrigation. The system includes interconnected waste water pipes containing two separate passageways, one for reusable grey water and the other for sewer water, and three different types of T-fittings used with the two passageway waste water pipes, each T-fitting designed to interconnect two axially aligned waste water pipes and having an offset opening to one of the waste water passageways in the fitting, one type of T-fitting designed to discharge sewer water into the sewer water passageway in the fitting, the second type designed to discharge grey water into the grey water passageway of the fitting, and the third type designed to vent to the atmosphere both passageways in the fitting. The system also includes a fourth T-fitting designed to divert the reusable grey water flowing in one of the aforesaid two passageway pipes into a storage tank and also to channel the sewer water ...

GRAY WATER UTILIZATION SYSTEM HAVING AERATOR CONTROL

The invention relates to a grey water utilisation system comprising a grey water container, a clear water container, a membrane filter and an air pump as well as at least one first air line from the air pump to the membrane filter, said membrane filter including a filter housing which includes a grey water side and a clear water side, and wherein a connection line is arranged between the clear water side of the filter housing and the clear water container for transporting clear water from the filter housing into the clear water container, wherein a valve arrangement controllable by a control is provided between the air pump, the first air line and a second air line, which valve arrangement connects in a first position the pressure side of the air pump with the first air line and connects in a second switching position the pressure side of the air pump with the second air line, so that in the second position a pressure can be generated on the clear water side of the filter housing.

Sink insert

A device that can be inserted into a sink to collect water for reuse, the device comprising a water tight body portion adapted to hold water, a drain opening to enable water to be drained from the device, closure means to enable the drain to be closed when not required, and means to hold the device generally within the sink.

Grey Water Diversion Device

The present invention is directed to a grey water diversion system. The diversion system that directs grey water from a fixture, such as a wash basin, sink, bathtub, or shower, to a sewer line or septic tank, to a reservoir, or to another fixture for use. The system consists of a structure inserted in line with the fixture's drain, whether directly affixed to the drain or to a pipe leading from the drain. The diversion device is controlled by the user of the fixture for instantaneous diversion of water to be sent to grey water use or storage or to be sent to a sewer system. The diversion system is meant to be able to be installed using the fixture of the operator's choice. This fixture may be new or the one currently installed. The fixture may be a standard fixture and need not be custom-made or special-ordered for use with the diversion system.

PURIFICATION SYSTEM

The present invention provides a complete-circulation-type bio-toilet system in which adjustment tanks capable of storing water to be treated are arranged before and after a septic tank, thereby enabling stable provision of the system without stopping the system even when the system is in heavy use. In a bio-toilet system 1 that performs microbial treatment on water to be treated containing filth and circulates the water to be treated as washing water, it is provided with: a raw sewage tank 3 into which the water to be treated containing filth discharged from a toilet 2 is fed; a first adjustment tank 4 that stores water to be treated 31 discharged from the raw sewage tank 3 while performing aerobic treatment thereon by aeration and discharges the stored water to be treated 31 by a pump 43; a septic tank 5 that performs microbial treatment on the water to be treated 31 discharged from the first adjustment tank 4; a second adjustment tank 6 that stores the water to be treated 31 discharged from the septic tank 5 while performing anaerobic treatment thereon and discharges the stored water to be treated 31 by a pump 62; a reaction tank 7 that decomposes organic matter in the water to be treated 31 discharged from the second adjustment tank 6; and a washing tank 8 that stores the water to be treated 31 discharged from the reaction tank 7 for use as washing water for a toilet bowl.

Ball tap

In a ball tap 1, a valving element 3 includes a valve part 10 provided with a contact projection part 9 that can come into close contact with a valve seat 7 when the valving element 3 is closed, and a flange part 11 having a circular ring shape in plan view which continues downward from the rim of the valve part 10 and is slidable like a piston in the secondary side flow passage 5, and the left and right half circumferences of the upper surface of the flange part 11 have bilaterally symmetrical shapes curved downward in arch shapes, and the left and right lower limit portions of the upper surface of the flange part are set so as to be positioned at the same heights as those of the lower end edges of drainage ports 8.

Система оценки баланса подачи и отведения воды мегаполиса

Система оценки баланса подачи и отведения воды мегаполиса, содержащего множество сетей водоснабжения, в состав которых включены узлы учета воды у абонентов со средствами вывода информации, и сетей водоотведения, в состав которых включены узлы учета расхода сточных вод и датчики количества атмосферных осадков, отличающаяся тем, что датчики количества атмосферных осадков выполнены с возможностью определения интенсивностей дождей, сети водоснабжения и водоотведения разделены на зоны так, что зоны сетей водоснабжения совпадают с зонами сетей водоотведения, узлы учета расхода сточных вод установлены на выходе из каждой зоны водоотведения и дополнительно снабжены средствами вывода информации, система дополнительно снабжена блоком определения температуры наружного воздуха, блоком определения фактической производительности, по меньшей мере, одной локальной системы поверхностного стока мегаполиса, блоком определения водопотребления в зонах, к входу которого подключены выходы средств вывода информации узлов учета воды у абонентов, блоком определения водоотведения в зонах, к входу которого подключены выходы средств вывода информации узлов учета расхода сточных вод, блоком оценки объема атмосферных осадков в зонах, к входу которого подключены выходы датчиков количества атмосферных осадков, блоком оценки водоотведения в зонах от индивидуальных источников водоснабжения, по меньшей мере, одним датчиком уровня воды в водоеме мегаполиса, блоком формирования зональных баз данных, содержащих поля данных даты k, водопотребления, водоотведения, водоотведения от индивидуальных источников водоснабжения, уровней воды в вод РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 2014 134 414 A (51) МПК E03B 1/02 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ЗАЯВКА НА ИЗОБРЕТЕНИЕ (21)(22) Заявка: 2014134414, 22.08.2014 (71) Заявитель(и): Государственное унитарное предприятие "Водоканал Санкт-Петербурга" (RU) Приоритет(ы): (22) Дата подачи заявки: 22.08.2014 (43) Дата публикации заявки: ...

Anlage zur Verwertung von Brauchwasser

VORRICHTUNG ZUR WIEDERVERWENDUNG VON BRAUCHWASSER

Thermal transfer device

WASTE WATER PROCESS RECOVERY SYSTEM

Environmentally-friendly water recycling system

The water recycling shower has a fresh water intake 10 controlled by a valve 12, and a shower waste 44 controlled by a second valve 26, wherein during normal operation water passes through the intake valve, past a heater and out of a shower head 42, and in recycle mode, the waste valve closes to collect waste water 27, preferable in waste water tank 24, which is diverted through a waste water intake 22 back up to the shower head, via a second, preferably less powerful, heating element. There may be a control unit 32, having 1st and 2nd modules for normal and recycle operation respectively, each having status indicator lights to show the mode of operation. There may be a pump 62 to aid in siphoning waste water from the tank. The valves, pump and control unit may be controlled by a controller 38. The shower my operate through a cycle including an initial 2 minute rinse phase with fresh water flowing straight through and out the waste, a 1 minute collection phase, a 5 minute recycle phase, ...

WASTE WATER RECOVERY PROCESS SYSTEM FOR BUILDINGS

Waste water recycling apparatus

Storage tank and filtration unit for a grey water processing system

A storage tank (fig 3) for a grey water processing system wherein the storage tank has an inflow (17) for water from the mains water system, the inflow being regulated by a regulating valve with associated water level dependent switching means, the inflow opening into a tube (18) that encompasses the inflow and valve (21) and directs the mains water therefrom downwardly through the tube, the tube opening into the tank toward the bottom of the tank and being provided with an air vent (27) to prevent siphoning back up the tube. A filtration unit (fig 2) for a grey water processing system wherein the filtration unit comprises a tank with a grey water inflow at the bottom of the tank, a filter (5) positioned thereabove with a pumping means (6) to pump it toward a separate storage tank whereby particulate matter filtered from the grey water by the filter is partitioned into the lower part of the filtration unit tank to gravitate to the floor of the tank away from the filter and pump.

Utilisation of waste water

WATER RECYCLING UNIT

Gray heat recovery system

Bei einem Grauwasserwärmerückgewinnungssystem (1) umfassend eine Reinigungsanlage (2) und eine Wärmeübertragungsvorrichtung (3), wobei die Reinigungsanlage (2) ausgebildet ist Grauwasser aus einer Grauwasserleitung (4) zu reinigen, wobei ein Ausgang der Reinigungsanlage (2) mit der Wärmeübertragungsvorrichtung (3) verbunden ist, wobei die Wärmeübertragungsvorrichtung (3) ausgebildet ist Wärmeenergie von dem gereinigten Grauwasser auf ein Frischwasser in einer Frischwasserleitung (5) zu übertragen, wird vorgeschlagen, dass die Reinigungsanlage (2) einen Belebungsbehälter (6) mit Mikroorganismen aufweist, wobei die Mikroorganismen organische Bestandteile des Grauwassers zersetzen, und dass in dem Belebungsbehälter (6) eine Filtermembran (7) angeordnet ist.

ABWASSERROHRLEITUNG MIT WÄRMETAUSCHER FÜR BADINSTALLATIONEN

The invention relates to waste water piping with heat exchanger for bathing installations, for example a shower unit, which consists of basin (9), coarse and fine filters of waste water (11, 13), trap (12), heat exchanger (5), level controller (16) and air by-pass pipe (18), wherein in the waste water pipe (15) exiting the heat exchanger (5) a vertical level controller (16) is used creating an overflow barrier allowing emptying of the heat exchanger. The air by-pass pipe (18) positioned higher than the bottom of basin (9) by-passes heat exchanger (5) and level controller (16) channels air beyond trap (12) into sewage (17) via waste water drain (20). The heat exchanger (5) is preferably a heat exchanger element (31) made of copper pipes wound in reverse directions, which is preferably placed inside the wider section of waste water piping (30) so that this section of the piping is constantly filled with waste water with the aid of the level controller (16), and the heat exchanger element ...

ABWASSERROHRLEITUNG MIT WÄRMETAUSCHER FÜR BADINSTALLATIONEN

Vorrichtung zum Erwärmen von Brauchwasser

Es wird eine Vorrichtung zum Erwärmen von Brauchwasser mit einer einer Heizeinrichtung (23) nachgeschalteten Entnahmestelle (2) für das erwärmte Brauchwasser, mit einem der Entnahmestelle (2) zugeordneten Grauwasserabfluss (6) und mit einer über ein Grauwasserfilter (16) an den Grauwasserabfluss (6) angeschlossenen Grauwasserpumpe (9) beschrieben, die einen der Heizeinrichtung (23) vorgeschalteten Wärmetauscher (10) zum Vorwärmen des Brauchwassers mit Grauwasser beaufschlagt. Um vorteilhafte Konstruktionsverhältnisse zu schaffen, wird vorgeschlagen, dass der Grauwasserabfluss (6) ein unten an eine Abwasserleitung (7) angeschlossenes Gehäuse (12) umfasst, dass das topfartige, unter Freilassung eines Ringraums (17) lösbar in das Gehäuse (12) eingesetzte Grauwasserfilter (16) einen die Anschlussöffnung (14) der Abwasserleitung (7) flüssigkeitsdicht abschließenden Boden (15) aufweist und dass die grauwasserpumpe (9) an den Ringraum (17) zwischen dem Grauwasserfilter (16) und dem Gehäuse (12 ...

MECHANISM TO THE WITHDRAWAL FROM WAERME FROM THE WASTE WATER AND PROCEDURE TO THEIR ENTERPRISE.

PLANT FOR THE REDUCTION OF THE FRESH WATER NEED.

Water recycling system and method and devices therefor

A water hybrid device

The present invention describes a hybrid device 1 allowing purification and either recycling of water or discarding of water, wherein said hybrid device 1 comprises a recirculation loop 2, a filter system 3 and multiple sensors 4, wherein the multiple sensors 4 are conductivity sensors, wherein the hybrid device 1 also comprises a micro processor and wherein the multiple sensors (4) are connected to the micro processor.

A filter apparatus and water filtration system and method

The present invention relates to a filter apparatus (10), a water filtration system, and a method for operating a water filtration system. The filter apparatus typically comprises a housing (12) defining an inlet port (12.4) connectable to an outlet of a drainage system to receive sullage or grey water therefrom, in use; and an outlet port (12.5) downstream from the inlet port; and a plurality of modular filter devices (20, 22, 24) operatively disposed in the housing (12) to filter the received sullage, in use. The system conveniently comprises a plurality of apparatuses in accordance with the invention provided with inlet ports in flow communication with outlets of drainage systems (17) to receive sullage or grey water therefrom, in use; and outlet ports operatively connected to storm water drainage systems.

Device and method for purifying and recycling shower water

The present invention describes a hybrid device (1) for a recirculation shower, allowing purification and either recycling of water or discarding of water, wherein said hybrid device (1) comprises a recirculation loop (2), a filter system (4) with a nano-filter (5) such as for instance an electropositive nano-ceramic filter, e.g. a nano alumina (fiber) filter, at least one filter quality sensor (3), at least one pre-filter (6), and wherein the hybrid device (1) is arranged to redirect the water from recirculation to drainage when the at least one filter quality sensor (3) indicates the need thereof.

SENSOR SYSTEM FOR A SYSTEM ALLOWING FOR PURIFICATION AND RECYCLING OF WATER OR SEPARATION OF WATER

The present invention describes a sensor system intended for a system (10) allowing for purification and recycling of water or separation of water, wherein said system (10) allowing for purification and recycling of water or separation of water comprises a water treatment unit (40), wherein said sensor system comprises one first sensor type 1 directed to indicating the function of a water treating source in the water treatment unit, and wherein the sensor system also comprises a second sensor type 2 directed to indicating the water quality, and wherein both the first sensor type 1 and the second sensor type 2 give input to a control system (4) of the system (10) with respect to a selection decision of either recycling of water in the system (10) or separation of water from the system (10).

GREY WATER RECYCLING SYSTEM

The invention as presently conceived discloses a system and method by which waste (gray) water from bathtubs and showers can be stored,filtered, and reused fo r irrigation, washing of vehicles and can also be redirected for use by toilet and similar applications. The system utilizes a separate drainpipe from the bathtub and shower and gravity routes the gray water through a filtration and treatment system that is connected t o a storage tank. The treated gray water is stored in the tank until needed. When needed , a separate supply system powered through a pump delivers the water for non-drinking or cooking uses. The pump is controlled by pressure switch that would automatically activate when a valve in the supply system is opened.

REGULATION METHOD FOR WATER HYBRID DEVICES INVOLVING PURIFICATION, CIRCULATION AND/OR SEPARATION

The present invention describes a method for regulation of a hybrid device allowing purification and either recycling or separation of water, said method comprising measuring a water quality parameter in water in the hybrid device in a measuring point; deciding the limit value of the water quality parameter based on measurement of the water quality parameter, said limit value being a reference for a limit value for clean water; and if the water quality parameter in the measuring point is outside of the limit value of the water quality parameter then separating the water, and otherwise recycling the water in the hybrid device.

FLOATING METHANIZATION SYSTEM

The purpose of the invention is to divert all of the city or industrial wastewater, and particularly to prevent the pathogenic elements from flowing back to the rivers or waterways. The product of the whole process will be decontaminated, transformed into fertilizer and brought to the farmlands and forests through networks of hoses. The new idea is to treat municipal and industrial organic waste and wastewater by a methanation process in floating bioreactors revolving on themselves by air ejected underneath. Various new valves, pumps, and a new model of steam engine are created for the process. The gas produced furnishes a source of heat and its pressure is used for the functioning of the whole system. All the actions of the system, mixing, heating and pumping, are self-motion, and in the end, the new steam engine activates generators that produce electricity.

FLOATING METHANIZATION SYSTEM

An anaerobic methanization system for treatrnent of wastewater or other organic waste comprising multiple floating cylindrical methanization bioreactors almost totally immersed in water, mixing their contents by revolving on themselves by the action of air ejected from a conduit underneath them, engaging all elements in a collective momentum, from a multiplied force, because of the constant free power of each air bubble lodged in exterior buckets and grouped as a lifting force. Interior mixing buckets facilitate the thorough mixing of the contents of the bioreactors by sinking the biogas and floating elements while raising heavy matter from the bottom to let it sink back, crossing the climbing biogas bubbles. Since the bioreactors are floating in water under ground level in a thermally insulated basin, they are less exposed to cold, making it possible to easily establish entirely homogeneous and precise temperatures that are needed for the mesophilic and thermophilic processes.

УСТРОЙСТВО ДЛЯ ПОВТОРНОГО ИСПОЛЬЗОВАНИЯ ЗАГРЯЗНЕННОЙ ВОДЫ И СПОСОБ ЕГО ПРИМЕНЕНИЯ

FIELD: ecology. SUBSTANCE: device comprises facility to supply contaminated water, collection reservoir for coming contaminated water, accumulator tank for water storage, siphon accessory for water flow from collecting reservoir to accumulator tank, floodgate for supply of accumulated water to its consumer, sewage water discharge and control system. At the same time accumulator accessory to receive coming contaminated water is joined to pouring valve. Method of water siphoning consists of water supply into collecting reservoir, detection of availability of specified water level in collecting reservoir, actuation of pouring valve depending on determined water level and siphoning of water from collecting reservoir into accumulator tank. EFFECT: reduced power inputs. 24 cl, 5 dwg

СПОСОБ И КОНТУРНАЯ СИСТЕМА ДЛЯ ОТБОРА ТЕПЛОВОЙ ЭНЕРГИИ ОТ ОТРАБОТАННЫХ ВОД

... 1. Способ отбора тепловой энергии от сбросных вод в контуре сбросной воды, основном контуре и дополнительном контуре, связанных с возможностью теплопередачи между ними, включающий следующие операции:- подачу, в контуре сбросной воды, по линии отвода необработанной сточной воды к фильтрующему блоку, установленному в колонне забора сточной воды, по меньшей мере части необработанной сточной воды, транспортируемой по канализационному коллектору, с захватыванием и удалением в фильтрующем блоке части твердых фракций сточной воды; подачу профильтрованной сточной воды к первой стороне теплообменника и последующую подачу использованной сточной воды, после отбора от нее тепловой энергии, в линию возврата использованной сточной воды со смыванием использованной сточной водой в канализационный коллектор ранее удаленного материала в виде крупных фракций,- подачу, в основном контуре, рабочей среды, циркулирующей по другой стороне теплообменника, к испарителю или к компрессору теплового насоса в зависимости ...

AUFBEREITUNGSANLAGE FÜR ABWASSER AUS SANITÄRANLAGEN

Rohrsystem zur Abwasserentsorgung und Wärmerückgewinnung

Vorrichtung in Form einer erdverlegten Leitung zur Abwasserentsorgung, der mindestens eine Wärmetauschereinrichtung in Form einer Rohranordnung in der Wandung zugeordnet ist, und dieses System zugleich der Wärmerückgewinnung dient, dadurch gekennzeichnet, dass die Rohranordnung aus mindestens einem Kollektorrohr besteht, das gänzlich in der Wandung angeordnet ist und das die Leitung quer zur Längsachse im Bogen umschlingt.

Anlage und Verfahren zur Wiederverwendung von Grauwasser

Eine Anlage zur Wiederverwendung von Grauwasser enthält drei Behälter, nämlich einen Sammelbehälter, in den das Grauwasser gelangt, und zwei unmittelbar oberhalb des Sammelbehälters angeordnete weitere Behälter, in die das Wasser aus dem Sammelbehälter der Reihe nach gepumpt wird. In dem ersten Behälter erfolgt eine mechanische und/oder biologische Behandlung des Grauwassers. Durch Steuerung der Pumpe, die das Wasser in diesen Behälter pumpt, und der Pumpe, die das Wasser aus diesem Behälter in den weiteren Behälter pumpt, wird dafür gesorgt, dass das Wasser eine vorbestimmte Verweildauer in dem Behälter bleibt. Die Verweildauer wird so gewählt, dass die Behandlung ausreicht, dem Wasser eine seine weitere Verwendung ermöglichende Qualität zu verleihen. Nach Ablauf der Verweildauer wird das Wasser in den dritten Behälter gepumpt, wo es zur Entnahme als wiederverwendbares Betriebswasser zur Verfügung steht.

Rainwater recycling system

A rainwater recycling system comprises a roof gutter profile 11. The roof gutter profile comprises an upper channel 2 for receiving rainwater run-off and a reservoir section 8 below the channel section 2. Means are provided for allowing rainwater to run from the upper channel section 2 into the reservoir section 8, these means may comprise at least one drainage aperture 5. A sump 10 may be provided at the lowest point of the gutter profile 11 in use. A plurality of gutter profiles 11 may be connected to each other or may be arranged to cascade water from one to another. The reservoir section 8 may be connected to a water consumption device via an outlet 12. The water consumption device may be a toilet cistern. A toilet cistern having an inlet for recycled water and an inlet for mains water is also provided. The cistern may have a valve for each inlet and may be set up to receive water from mains supply and ...

Waste water heat exchanger

A waste water heat exchanger comprises of an inner cylinder 3 through which waste water flows and an outer cylinder 1 surrounding the inner cylinder 3 and through which a liquid to be heated flows. Couplings 2 at each end of the inner cylinder 3 may be provided and may be connected to a waste water or sewage pipe and have an inner diameter the same size as an inner diameter of the inner cylinder 3. The outer cylinder 1 is closed at each end, sealed to and covers the inner cylinder 3 but does not cover the couplings 2, and may be supplied with liquid via pipes 4. The heat exchanger may be used above and below ground and its material of construction varied accordingly. The thermal conductivity of the material used for the manufacture of the heat exchanger may be of varied. Waste water may flow through the inner cylinder 3 unimpeded and in counter flow to the liquid flowing through outer cylinder 1. Inner cylinder 3 may have ribs inside and/or outside along its length to increase its surface ...

An arrangement for recovering heat energy from waste water

An arrangement for collecting grey water from within a building whereby the heat energy can be extracted, and that, along with the grey water can be recycled within the building, including a arrangement whereby this process can take place outside the building and be delivered into the building.

Waste water outlet

Electronic controlled water flushing system

Electronically controlled water flushing system

The invention relates to saving water by collecting rain and grey water and retaining it in a tank or butt. The gathered water is then drawn into the electronic controlled water flushing system and distributed via the electronic unit by a pressurised water pump. The pump pumps the water through a series of solenoid valves and meters and various electronically operated systems to outlets which include garden hose pipes, toilet flushing, intermittent watering on window boxes and hanging baskets or patio containers.

Recycling and purification of grey and surface water for drinking and other uses

Tap water saving device

Water conservation device

Water salvage system

METHOD AND MEANS FOR RECLAIMING HEAT FROM A SEWAGE DISPOSAL SYSTEM

Recycled water additive system

Waste water recycler

SYSTEMS AND PROCEDURES FOR COLLECTING AND DISTRIBUTING GREY WATER

WATER HANDLING SYSTEM

PROCEDURE AND DEVICE FOR THE RECYCLING OF GREY WATER

DEVICE AND PROCEDURE FOR THE USE OF GREY WATER

TO FEEDING WC-SPÜLBEHÄLTERN WITH RECYCELTEM WATER USED SYSTEM

PROCEDURE AND DEVICE FOR TRANSFERRING WARMTH BETWEEN WASTE WATER IN A CONTAINER AND A LIQUID

Gray Water Reuse Apparatus

Sensor system for a system allowing for purification and recycling of water or separation of water

The present invention describes a sensor system intended for a system (10) allowing for purification and recycling of water or separation of water, wherein said system (10) allowing for purification and recycling of water or separation of water comprises a water treatment unit (40), wherein said sensor system comprises one first sensor type 1 directed to indicating the function of a water treating source in the water treatment unit, and wherein the sensor system also comprises a second sensor type 2 directed to indicating the water quality, and wherein both the first sensor type 1 and the second sensor type 2 give input to a control system (4) of the system (10) with respect to a selection decision of either recycling of water in the system (10) or separation of water from the system (10).

APPARATUS FOR THE EXTRACTION OF HEAT FROM SEWAGE AND METHOD FOR THE OPERATION OF THE SAID APPARATUS

This invention relates to an apparatus for the removal of heat from sewage. Sweage is fed to the top of a tank through an inlet. A connecting line between an inlet and an outlet, fitted with a shut-off valve, comprises, in the vicinity of the said inlet, two hollow bodies in the form of inverted truncated cones arranged in immediate proximity to each other. The area between the said hollow bodies is in the form of a coarse screen. A circular fine screen, extending downwardly, surrounds the said hollow bodies. Located in the space between the fine screen and the wall of the tank are heat exchangers. Located at the bottom of the said tank is an outlet which merges into a riser and is connected, through an elbow, to a sewer. Sweage passes through the coarse screen into the said tank and heat reaches heatexchangers through the fine screen. As a result of this, almost dirt-free sewage is provided and purification work is substantially reduced.

WASTE WATER DRAIN HEAT EXCHANGER PREHEATING COLD WATER SUPPLY TO A THERMOSTATIC CONTROL VALVE

A bath waste assembly is that unit that occupies the lowest point in a vesse l or tray used for bathing and drains away water to a sewage system, often in concert with an overflow waste drain. The horizontal portion of the waste water assembly terminates in a P- trap that separates the assembly from the rest of the drain and sewer apparatus. The horizontal pipe running from the bath drain hole to the fitting leading to the P-trap can become nearly as hot as the hot water originally entering the vessel, particularly when the bath is being used as a shower vessel. Replacement of this pipe with a copper waste water pipe wrapped with narrower copper pipe through which cold supply water runs, absorbing he at on its way to a thermostatic control valve, allows the amount of hot water balancing th is cold water to be decreased automatically since the temperature of the cold water has been increased. Since the heat transfer avoids the hot water supply entirely, various benefi ts are involved including ...

RECYCLING OF WASTE WATER

An upstream conduit extends from a container containing reusable waste water to a junction and a downstream conduit extends from the junction to a destination for the waste water. There is a third conduit through which fresh water, under pressure, flows to the junction. The flow in the third conduit is controlled by a valve which is normally ope n but shuts when a flow switch in the downstream conduit detects the demand for the waste water at the destination. At that time the demand is satisfied by waste water from the container. However, should there be insufficient waste water in the container to satisfy the demand, a level switch in the container deactivates or overrides the operation of flow switch thereby causing the valve in the third conduit to open When the valve opens, fresh water from the third conduit satisfies the demand.

SHOWER HEAT EXCHANGER WITH CLOG-REMOVABLE DRAIN

A heat exchanger placed underneath an elevated tub or shower stall or under the bathroom floor includes a flat top heat conductive plate. The top plate is fastened to a flat lower plate, having a serpentine pattern with a shallow depth embedded into the top surface. When the top plate is fastened and sealed to the lower plate, the flow of the incoming cold water is contained within the confines of the serpentine lower plate of the heat exchanger. Heat is transferred from the grey waste water falling onto the top plate to preheat the incoming cold water flowing underneath the top plate in the serpentine conduit chamber of the lower plate in contact with a bottom surface of the top plate. The cold water is thereby preheated and used as a substitute for the incoming cold water that would be normally plumbed to the discharge shower head.

MONITORING AND SELF-PROTECTION SYSTEM FOR A TREATMENT AND DISTRIBUTION PROCESS FOR GRAY WATER, SAID GRAY WATER INTENDED TO BE REUSED

L'invention concerne un système de surveillance et d'autoprotection d'un procédé de traitement et distribution d'eau grise. Le système selon l'invention comprend : un ensemble de capteurs électroniques spécifiques permettant de suivre les activités dudit procédé; un contrôleur; un interface utilisateur permettant d'avertir l'usager et recevoir ses commandes; et un ensemble d'électrovalves permettant d'actionner les protections dictées par le contrôleur. L'invention permettant de surveiller le procédé de traitement et distribution d'eau grise, de détecter les anomalies pouvant mettre en péril l'efficacité du fonctionnement dudit procédé, et de déclencher les actions nécessaires à la protection des utilisateurs dudit procédé en cas d'anomalies.

SHOWER TRAP HEAT RECOVERY APPARATUS

An apparatus is disclosed to replace the traditional shower gray water discharge trap with a device combining the trap plumbing function with a heat recovery capability such that a major portion of the recoverable heat content of the discharged gray water is recovered and transferred to the cold water feed to the shower thereby reducing the hot water intake, such apparatus employing the cyclic transfer of latent heat of evaporation (enthalpy) of a sealed working fluid in a compact multi-celt molded assembly fitting in the space normally occupied by the shower trap and requiring no external power.

BALL TAP

Device for the removal of heat from waste water

Waste water is led into a container (1) through a inlet (4) at the top. A connection (20) between the inlet (4) and an outlet (21) having a check valve (22) comprises adjacent to the inlet (4) two inverted frusto-conical hollow bodies (24, 25) which are directly connected to each other. The connecting surface between the two hollow bodies (24, 25) is formed as a coarse screen (26). A round fine screen (30), which diverges downwardly, surrounds the hollow bodies (24, 25). Heat exchangers (31) are located in the space between the fine screen (30) and the wall (2) of the container (1). An outlet (5) terminates at the bottom of the container and connects with a riser (6) and via a bend (7) with the sewerage conduit (8). Through the coarse screen (26) the waste water reaches the container, and the heat can reach the heat exchangers (31) through the fine screen (30 ), so that practically uncontaminated water is present at the heat exchangers, and the need for cleansing is substantially diminished ...

Self-contained bathroom unit

A self-contained bathroom unit including a rigid L-shaped tank enclosure and a toilet attached thereto, the enclosure having a sewage ejector pump located therein and float level detection mechanism for actuating the sewage ejector pump, and attachable basin mounting mechanism, and connections for water inlets, sewage outlets, vents and attachment to other appliances.

WATER CONSERVATION SYSTEM FOR USE IN BUILDING

A water conservation system for use in a building comprises a water supply pipe, water-consuming equipment, a water-consuming equipment outlet pipe, an intermediate water inlet pipe, an intermediate water collection pipe, an intermediate water outlet pipe, an intermediate water outlet valve, an intermediate water overflow pipe, and a sewage pipe. The intermediate water collection pipe is installed in the building, and a water inlet and outlet of the intermediate water collection pipe is pre-arranged at every floor. The intermediate water outlet pipe and the intermediate water inlet pipe communicates with the water inlets and outlets of the intermediate water collection pipe, respectively. The intermediate water outlet pipe communicates with a toilet water tank. A first check valve is disposed on the intermediate water inlet pipe.

WATER DISPOSABLE SYSTEM USING UNWANTED WATER

The present invention relates to water disposable system comprised of a connecting member having a first side of the connecting member which is connected to at least one unwanted water source which feeds unwanted water to the toilet tank via gravity and further comprises at least one valve to control the flow of unwanted water. The water tank of the toilet is connected to a second side of the connecting member to receive unwanted water and is further enabled to receive fresh water from a fresh water pipe. The water tank comprises a strainer and a standpipe to refill the toilet bowl and the tank simultaneously whilst preventing debris from clogging the small ports within the rim of the toilet bowl. A flushing lever and a second end of the lever is coupled with a rubber flap via a chain with a small float attached at the minimum water line. The purpose of the rubber flap is to allow sufficient water into the bowl in order to flush waste, and the small float attached to the chain is to maintain ...

СПОСОБ И КОНТУРНАЯ СИСТЕМА ДЛЯ ОТБОРА ТЕПЛОВОЙ ЭНЕРГИИ ОТ ОТРАБОТАННЫХ ВОД

Изобретение относится к системе и способу отбора тепловой энергии от отработанных (сбросных) вод. Способ отбора тепловой энергии от сбросных вод для нагрева или охлаждения здания, включающий следующие операции: подачу, в контуре сбросной воды, по линии отвода сточной воды к фильтрующему блоку в колонне забора сточной воды, расположенной в отдельном здании, части необработанной сточной воды, транспортируемой по канализационному коллектору, с захватыванием и удалением в части твердых фракций сточной воды; подачу профильтрованной сточной воды к первой стороне по меньшей мере одного теплообменника и последующую подачу использованной сточной воды, после отбора от нее тепловой энергии, в линию возврата использованной сточной воды со смыванием использованной сточной водой в канализационный коллектор ранее удаляемых крупных фракций, подачу, в основном контуре, рабочей среды, циркулирующей по другой стороне теплообменника, к испарителю или к компрессору теплового насоса в зависимости от выбранного ...

ВОДОПРОВОДНАЯ СИСТЕМА С КОНТРОЛЕМ ПОДСОЕДИНЕНИЯ ОТВЕТВЛЕНИЙ, СПОСОБ ЕЕ КОНТРОЛЯ И СИСТЕМА ПОВТОРНОГО ИСПОЛЬЗОВАНИЯ ВОДЫ

... 1. Система повторного использования воды, содержащая водопроводную систему, включающую в себя по меньшей мере один трубопровод для транспортировки воды и средства контроля, выполненные с возможностью измерения электрического параметра трубопровода; накопительный резервуар для хранения подаваемой воды, водоспуск для подачи накопленной воды к водопотребляющему устройству и управляющее устройство, выполненное с возможностью регулирования подачи воды в накопительный резервуар и выпуска воды из него в зависимости от параметра, измеренного средствами контроля. ! 2. Система по п.1, в которой управляющее устройство выполнено с возможностью отключения насоса в зависимости от сигнала, получаемого от средств контроля, причем насос выполнен с возможностью по меньшей мере накачки воды из накопительного резервуара в водопотребляющее устройство. ! 3. Система по любому из п.1 или 2, в которой управляющее устройство выполнено с возможностью закрытия расположенного в трубопроводе запорного элемента в зависимости ...

ТЕПЛООБМЕННИК И ЕГО ПРИМЕНЕНИЕ

1. Теплообменник (3) для установки в продольном направлении L в канализационном трубопроводе (5), который проходит в указанном продольном направлении L, имеющий стенку (11) теплообменника, которая включает в себя первый участок (13) стенки, предназначенный для контакта со сточными водами (9); второй участок (15) стенки, отстоящий от первого участка (13) стенки и предназначенный для контакта с канализационным трубопроводом (5), причем первый участок (13) стенки и второй участок (15) стенки отстоят друг от друга, по меньшей мере в некотором месте или местах, таким образом, что между первым участком (13) стенки и вторым участком (15) стенки образована камера (21) теплообменника; третий участок (17) стенки, соединяющий первый участок (13) стенки и второй участок (15) стенки и образующий, по меньшей мере в некотором месте или местах, первую магистраль (25), через которую может протекать теплоноситель (23), причем камера (21) теплообменника гидравлически соединена через первую соединительную область (29) с первой магистралью (25); четвертый участок (19) стенки, соединяющий первый участок (13) стенки и второй участок (15) стенки и образующий, по меньшей мере, в некоторой области или областях вторую магистраль (27), через которую может протекать теплоноситель (23), причем камера теплообменника (21) гидравлически соединена через вторую соединительную область (31) со второй магистралью (27).2. Теплообменник по п.1, отличающийся тем, что третий участок (17) стенки и четвертый участок (19) стенки расположены на противоположных оконечных частях теплообменника (3).3. Теплообменник по п.1, отличающийся тем, что третий участок (17) стенки и/или четвертый участок (19) стенки выполнены, по с РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 2012 104 846 A (51) МПК F28D 7/00 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ЗАЯВКА НА ИЗОБРЕТЕНИЕ (21)(22) Заявка: 2012104846/06, 02.07.2010 (71) Заявитель(и): УРИГ КАНАЛТЕХНИК ГМБХ (DE) Приоритет(ы): (30) Конвенционный приоритет: ...

ANLAGE ZUR REDUZIERUNG DES FRISCHWASSERBEDARFS.

Water filtering system

Grey water is conveyed to a tank, passed through filters, and pumped to an irrigation system. A floating spray component is provided in the tank to automatically backwash the filters to prevent clogging, moving up and down as the level of water in the tank changes. The filters can be cylindrical and oriented vertically, and a removable, internal filter cartridge can mount the filters. The filters can be accessed through a top, above ground cap, and the carriage can be removed for access to other parts by removing a larger lid.

Water Recycling Unit

A water recycling unit for use with a sink comprising a pump which is connected to an upper tube on an exit port of the pump and a lower tube connected to the entry port of the pump. A water recycling unit for use with a sink is provided such that water can be re-used during the rinsing of dishes or any other product being washed in a sink. A water recycling unit for use with a sink that is portable is also provided for easy adaptability to any sink.

Residential grey water recycling system

This specification describes systems for the treatment and reuse of grey water and related processes. An exemplary system collects grey water from baths and showers and treats it for use in toilet flushing. Influent bathing water passes through a prefilter to remove larger particles and flows into a grey water collection tank. Collected grey water is filtered through a membrane designed to remove suspended solids. Membrane permeate passes through a sorbent media to remove soluble organics and then flows into a permeate tank. A chemical agent is used to disinfect water in one or more parts of the system and optionally to clean the membranes. A control system manages the operation of system. The system operates in a generally daily cycle with permeation dispersed over a material time, for example 4 or 8 hours or more.

DEVICE AND METHOD FOR PURIFYING AND RECYCLING SHOWER WATER

The present invention describes a hybrid device () for a recirculation shower, allowing purification and either recycling of water or discarding of water, wherein said hybrid device () comprises a recirculation loop (), a filter system () with a nano-filter () such as for instance an electropositive nano-ceramic filter, e.g. a nano alumina (fiber) filter, at least one filter quality sensor (), at least one pre-filter (), and wherein the hybrid device () is arranged to redirect the water from recirculation to drainage when the at least one filter quality sensor () indicates the need thereof. 1. A hybrid device , which is a shower that is adapted to function both as a recirculation shower and as an ordinary shower , and allows purification and either recycling of water or discarding of water , wherein said hybrid device comprises a recirculation loop which facilitates recirculation of water within said hybrid device , and also comprises:a filter system with a nano-filter and at least one filter quality sensor, and at least one pre-filter, the pre-filter being positioned before the nano-filter in process terms, and the filter quality sensor being adapted to indicate that the filter system is operating as desired;at least one water quality sensor,a modified drain, which is adapted to collect the water used and to facilitate the stream of water used towards the recycling loop and filter system, so that water can be purified and recirculated, or towards drainage; wherein the hybrid device is arranged so that:it can operate in a recirculation mode providing purification and recirculation of water, until the water passing through said hybrid device is at a pre-determined maximum level of contaminants;when any of said sensors is indicating the need to do so, and in particular when the at least one water quality sensor indicates that the water is contaminated above said pre-determined maximum level of contaminants, the same water is redirected from recirculation to drainage ...

A method for disinfection and cleaning of at least one part of a device intended for recycling of water

The present invention describes a method for disinfection and cleaning of at least one part of a device intended for recycling of water, said method involving flowing lactic acid, citric acid and/or an enzyme based or surfactant based solution into the part intended to receive the disinfection and cleaning.

Self-clearing filter

A self-clearing filter for filtering a fluid, the self-clearing filter comprising a filter wall having a lumenous side and an external side and a pump for creating a flux of the fluid to impinge against the external side of the filter wall. Methods for filtering a fluid by diverting a portion of the fluid flux to impinge against the filter.

Modular electrical appliance which reuses greywater

Modular electrical appliance for recycling greywater, connected to: a drainage pipe (S 1 ) via which greywater enters into the greywater reservoir ( 1 ) thereof; a sanitary water supply (S) via which sanitary water enters into the auxiliary reservoir ( 7 ) thereof; and a flush pipe (D) which connects to the standard opening of the tank (WC) of a toilet. The electrical appliance has a built-in three-way valve ( 4 ) which opens the outlet of said greywater reservoir ( 1 ) if it contains a sufficient amount for a full flush. If not, the outlet of said auxiliary reservoir ( 7 ) is opened. A hydraulic pump ( 3 ) connected to the electrovalve ( 4 ) pumps the flush water, grey or sanitary, through the flush pipe (D).

Water distribution and water treating architecture system

The present invention describes a water distribution and water treating architecture system comprising a light grey water tank, said light grey water tank being connected to a fresh water inlet, said light grey water tank further being connected to a heater so that both cold and hot water may be fed to a water treating and distributing unit from the light grey water tank, said water treating and distributing unit comprising a water treating unit, wherein the water distribution and water treating architecture system also comprises a user unit with a user outlet and a sensor unit tank, which sensor unit tank comprises at least one sensor directed to measuring water quality and sending information to a control unit, wherein the water distribution and water treating architecture system comprises a user water recirculation loop enabling recirculation of water from the sensor unit tank 9 into the water treating and distributing unit and water treating unit and further to the user outlet, said sensor unit tank also being connected to a grey water outlet unit; and wherein the water distribution and water treating architecture system also comprises a water feeding recirculation loop enabling recirculation of water from the light grey water tank into the water treating and distributing unit and water treating unit and back to the light grey water tank.

Method for adapting a water recycling device to external conditions

This inventive concept relates to a method for adapting a water recycling device to external conditions, the method comprising the steps of: receiving internal data generated by the water recycling device; identifying an external condition of the water recycling device based on the internal data; and automatically adjusting a number of operating parameters of the water recycling device based on the identified external condition.

Method for adjusting settings in a water recirculating device, a water recirculating device and a data processing hub for handling data

A method for adjusting settings in a water recirculating device is provided. The water recirculating device comprises an outlet configured to output treated water, a water collecting arrangement configured to collect used water, a water treatment arrangement configured to receive used water from the water collecting arrangement and output the treated water, wherein said water treatment arrangement is further configured to hold a replaceable water treatment device, an external water input device configured to input external water to said recirculating device, a circulation pump configured to provide a flow in said water recycling device, and a data processing device configured to control said water recycling device. The method comprises retrieving information associated to said replaceable water treatment device, determining identification data for said replaceable water treatment device by processing said information, retrieving settings data connected to said identification data, and adjusting said water recirculating device according to said settings data.

Flushing water container system for flushing water of a mobile toilet

A flush water container system for the flush water of a mobile toilet ( 11 ), in particular of a mobile vacuum toilet ( 11 ), comprising a flush water container ( 43 ) having a flush water container inflow ( 44 ), characterized in that the flush water container ( 43 ) is designed to receive gray water from a washbasin ( 10 ), which in particular is a wash hand basin or a shower washbasin, and a metering device ( 41 ) is provided, which is in fluidic communication with the flush water container ( 43 ) and is designed to treat the gray water by feeding a descaling and/or bactericidal treatment agent, wherein the flush water container ( 43 ) is designed to release the treated gray water as flush water to the mobile toilet ( 11 ).

Assembled decoration radiation heating system for recycling bath water

一种回收洗浴水的装配式装修辐射供热系统，包括淋浴房，所述淋浴房底部设有暂存水箱，在淋浴房的建筑墙体设有采暖换热盘管，所述暂存水箱与采暖换热盘管通过第一管路连通，所述淋浴房外设有石墨烯储水箱，所述暂存水箱通过第二管路与石墨烯储水箱连通，所述石墨烯储水箱内设有光催化汞灯棒。利用本实用新型，可达到净水的目的，经过光催化净水的废水，可通过废水取用龙头取用，用于浇花、洗涤墩布等用途；冬季淋浴时，利用暂存水箱中的水泵将一部分淋浴废水注入采暖换热盘管中，经过换热使得淋浴房内的建筑墙体的温度升高，从而提升整个淋浴房的环境温度。

用于允许水净化和再循环或水分离的系统的传感器系统

本申请涉及用于允许水净化和再循环或水分离的系统的传感器系统。本发明描述了意图用于允许水净化和再循环或水分离的系统(10)的传感器系统，其中允许水净化和再循环或水分离的所述系统(10)包括水处理单元(40)，其中所述传感器系统包括一个旨在指示水处理单元中的水处理源的功能的第一传感器类型(1)，并且其中传感器系统还包括旨在指示水质的第二传感器类型(2)，并且其中第一传感器类型(1)和第二传感器类型(2)两者都针对水在系统(10)中的再循环或水从系统(10)中的分离的选择决定向系统(10)的控制系统(4)给予输入。

System for evaluating balance of feed and discharge of water of megapolis

Изобретение относится к области водоснабжения и водоотведения. Система содержит множество сетей водоснабжения (1), в состав которых включены узлы (2) учета воды у абонентов (4) со средствами вывода информации (3), и сетей водоотведения (5), в состав которых включены узлы (6) учета расхода сточных вод и датчики количества атмосферных осадков (8). Датчики выполнены с возможностью определения интенсивностей дождей. Сети водоснабжения и водоотведения разделены на зоны так, что зоны сетей водоснабжения совпадают с зонами сетей водоотведения. Узлы (6) учета расхода сточных вод установлены на выходе из каждой зоны водоотведения и дополнительно снабжены средствами вывода информации (7). Система дополнительно снабжена блоком (9) определения температуры наружного воздуха, блоком (10) определения фактической производительности, по меньшей мере, одной локальной системы поверхностного стока мегаполиса, блоком (11) определения водопотребления в зонах, к входу которого подключены выходы средств вывода информации (3) узлов (2) учета воды у абонентов (4), блоком (12) определения водоотведения в зонах, к входу которого подключены выходы средств вывода информации (7) узлов (6) учета расхода сточных вод, блоком (13) оценки объема атмосферных осадков в зонах, к входу которого подключены выходы датчиков количества атмосферных осадков (8), блоком (14) оценки водоотведения в зонах от индивидуальных источников водоснабжения, по меньшей мере, одним датчиком (15) уровня воды в водоеме (16) мегаполиса, блоком (17) формирования зональных баз данных, содержащих поля данных даты k , водопотребления , водоотведения , водоотведения от индивидуальных источников водоснабжения , уровней воды в водоеме мегаполиса H k , объема атмосферных осадков, фактической производительности, по меньшей мере, одной локальной системы поверхностного стока, температуры наружного воздуха, к входу которого подключены выходы блока (9) определения температуры наружного воздуха, блока (10) определения фактической ...

A kind of wastewater recycling system

本发明实施例公开了一种废水回收利用系统，包括：沉砂池、第一水管、第一储水仓、净水设备、储水装置和出水管；沉砂池与外部的废水进水管连接，用于对废水进水管排出的废水进行沉砂过滤，第一水管的一端与沉砂池连接，另一端与第一储水仓连接，用于将沉砂过滤后的废水输送至第一储水仓；第一储水仓连接净水设备的进水端，净水设备的出水端连接储水装置，储水装置密封设置于第一储水仓内，出水管的一端连接储水装置，另一端接入用水系统。本发明实施例有效回收利用了建筑物所产生的污水以及建筑物附近降落的雨水，节省了水资源。

Non-point source contaminant treatment system

According to an aspect of the present invention, provided is a non-point source pollutant treatment system including: a settling tank receives rainwater from a settling tank inflow pipe during rain; a plurality of filters which are supplied with the rainwater by being connected to the settling tank through a filter tank inflow pipe, and are connected and arranged horizontally, and can be connected in a separable type; a filter tank which comprises an air diffuser installed at a lower part of each filter to purify a filter medium accommodated in the filters and supplying air, and purifies the rainwater supplied from the settling tank by making the rainwater flow from the bottom to the top; a back washing water tank which is connected to the filter tank through a filter tank outflow pipe, is supplied with the rainwater purified in the filter tank, and is formed to perform back washing of the filter medium by supplying the purified rainwater to an upper part of the filters; and a recycling water tank which is connected to the back washing water tank through a back washing water tank outflow pipe, and sterilizes the purified rainwater supplied from the back washing water tank and then keeps the sterilized rainwater for recycling. The objective of the present invention is to provide a non-point source pollutant treatment system which can remove non-point source pollutants in the initial rainwater.

Eco-friendly housing with energy circulation system

The present invention provides a prefabricated house with a modular structure. The prefabricated house composed of the modular structure of the present invention can be easily assembled and installed in a field. Accordingly, constructability is improved, and thus a construction period can be shortened, thereby reducing a required construction cost. In addition, according to the present invention, it is possible to supply a water for living in a house due to rainwater collection and a purification structure. Therefore, a cost due to reduction of water consumption and pollution of water resources due to resource circulation can be reduced. The prefabricated house with the modular structure comprises: a structure (A); a masonry brick (B); and a rainwater treatment unit (C).

Installation for utilization of sewage heat

Изобретение относитс  к теплоутилизационным установкам дл  промышлен-. ных сточных вод. Цель изобретени  - повышение эффективности использовани  теплоты сточных вод путем уменьшени  загр знени  теплообменных поверхностей и предотвращени  перемешивани  гор чей и охлажденной воды. Установка содержит сборник-усреднитель сточных вод, циркул ционный насос, рекуперативный теплообменник, высокоскоростной циклонный отделитель взвешенных частиц со струйным эжектором и приемник-распределитель сточных вод, объединенные в циркул ционный контур, из которого шлам удал етс  за пределы сборника-усреднител . 1 з.п. ф-лы, 1 ил. о The invention relates to heat utilization plants for industrial. waste water. The purpose of the invention is to increase the efficiency of waste heat utilization by reducing the contamination of the heat exchange surfaces and preventing the mixing of hot and chilled water. The installation contains a sewage collector-averager, a circulation pump, a regenerative heat exchanger, a high-speed cyclone suspended particle separator with a jet ejector, and a sewage receiver-distributor combined into a circulation loop, from which the slurry is removed outside the collection-averager. 1 hp f-ly, 1 ill. about

Road rainwater recycling system for sponge city construction

本发明公开了一种海绵城市建设用道路雨水回收处理系统，包括道路区以及设置于所述道路区两侧的绿化带区，所述道路区与所述绿化带区之间设置有第一雨水回收模块，所述道路区下方设置有第二雨水回收模块。本发明一种海绵城市建设用道路雨水回收处理系统，通过设置在道路区与绿化带区之间的第一雨水回收模块以及设置在道路区下方的第二雨水回收模块，对道路区雨水进行收集、净化和储存，加快了雨水下渗速度的同时还保障了雨水回收效率，净化处理后的雨水储存于回用水箱内，不仅可通过喷淋头用于绿化带区内植物的灌溉，还可以通过管路输送后用于冲厕、冲洗车辆以及消防用水，有效缓解了水资源短缺，绿色环保。

A kind of air conditioner condensate water and wash water intelligence recycle device

本发明属于节水技术领域，涉及一种空调冷凝水和洗漱用水智能回收利用装置，能够将低温的空调冷凝水和净化后的洗漱用水收集后进行重复利用，达到节水的目的，其主体机构包括冷凝水箱、抽水泵泵、输送管道、止回阀、智能水泵压力控制器、第一电磁阀、第一超声波液位计、第一继电器组、洗漱水箱、粗滤净水装置、第二超声波液位计、第二液位显示表、第二继电器组、洗漱排水管和坐便器水箱，通过智能水泵压力控制器控制抽水泵将冷凝水箱和坐便器水箱收集的水源用于冲厕，其主体结构简单，设计构思巧妙，将单独的给水和排水系统融为一体，用一个泵一套水管解决了给水和排水问题，能够自由选择使用冷凝水和洗漱水进行冲厕，使用灵活方便。

A kind of water resource retracting device and its recovery method

本发明公开了一种水资源回收装置及其回收方法，包括第一浊度传感器和第二浊度传感器，第一浊度传感器安装在出水水龙头上，第二浊度传感器安装在水龙头放水的储水设备内，储水设备内还安装有液位传感器、第一出水管、第二出水管和第三出水管，第一出水管连接到下水道，第二出水管连接到第一储水装置，第三出水管连接到第二储水装置，第一出水管、第二出水管和第三出水管上连接有电磁阀一、电磁阀二和电磁阀三。本发明能够实现水资源的走向下水道、回收使用或用于浇花和拖地，能够进行部分水的回收利用，大大提高水的利用率，减少浪费，也能够解决不正当使用时水资源浪费过大的问题，本发明还具有结构简单、成本低的特点。

Water treatment equipment

Wastewater pipe system with heat exchanger for bathroom installations

Reclaimed water recycling system of open width rinsing machine

本申请涉及一种平幅水洗机的中水回用系统，其包括回用箱、环形过滤网，所述回用箱两侧分别开设有进水口、出水口，所述进水口、出水口通过环形过滤网隔开，所述进水口用于接收废水；还包括控制模块，所述回用箱内位于环形过滤网的两侧均设置有液压检测件，所述液压检测件用于检测环形过滤网两侧的液压，所述控制模块连接于各液压检测件，用于当环形过滤网两侧的液压的差值超过设定阈值时输出提示信号。本申请具有减少对人工判断的依赖，避免出现废水大量囤积的现象，避免影响中水回用系统的正常运作的效果。

Device and method for purifying and recycling shower water

本发明描述了一种用于再循环淋浴器的混合型装置(1)，该混合型装置允许进行水的净化和再循环或水的排出，其中所述混合型装置(1)包括一个再循环回路(2)、带有一个纳米过滤器(5)的一个过滤系统(4)、至少一个过滤品质传感器(3)以及至少一个预过滤器(6)，该纳米过滤器例如是一个带正电的纳米陶瓷过滤器，例如纳米氧化铝(纤维)过滤器，并且其中该混合型装置(1)被安排成用于在该至少一个过滤品质传感器(3)指示需要将水从再循环转向为排放时将水从再循环转向为排放。

Device and method for purifying and recycling shower water

본 발명은 물을 정화 및 재활용하거나 버리기 위한 재순환 샤워기용 하이브리드장치(1)를 제공하는 것으로, 상기 하이브리드 장치(1)는 재순환 루프(2), 나노 알루미나 (섬유) 필터 등의 양전기 나노-세라믹 필터와 같은 나노-필터(5)를 갖는 필터 시스템(4), 적어도 하나의 필터 품질 센서(3), 적어도 하나의 프리-필터(6)를 포함하고, 상기 하이브리드 장치(1)는 상기 적어도 하나의 필터 품질 센서(3)가 필요성을 표시하면 물을 재순환에서 배수 설비로 재유도하도록 마련된다. The present invention provides a hybrid device (1) for a recirculation shower to purify, recycle, or discard water, wherein the hybrid device (1) is a positive electrode nano-ceramic filter such as a recycle loop (2), a nano alumina (fiber) filter, and the like. A filter system 4 with a nano-filter 5, such as at least one filter quality sensor 3, at least one pre-filter 6, wherein the hybrid device 1 comprises at least one If the filter quality sensor 3 indicates a need, it is arranged to redirect water from the recirculation to the drain.

Circulating glass daylighting top spray cooling device and system driven by solar energy

本实用新型涉及屋顶降温技术领域，公开了一种太阳能驱动的循环式玻璃采光顶喷淋降温装置及系统。该装置包括：循环水槽，所述循环水槽设置在所述玻璃采光顶的位置低的一侧，且位于所述玻璃采光顶的下侧，用于回收喷淋水及雨水；喷淋组件，所述喷淋组件包括：引水泵、引水管及喷头，所述引水泵设置在所述循环水槽内，所述引水泵经所述引水管与所述喷头连通，所述喷头设置在所述玻璃采光顶的位置高的一侧，所述喷头用于喷洒喷淋水；光伏板，所述光伏板设置在所述玻璃采光顶的上侧，与所述引水泵连接，用于提供所述引水泵所需的电量。采用清洁能源对玻璃采光顶进行淋水降温，既节约用水用电，又有助于改善室内热环境，减少建筑夏季空调能耗。

Water-saving system for utilizing reclaimed water

本实用新型涉及中水利用节水系统，有效解决洗衣服、洗浴后的中水回收和再利用问题，其结构是，蓄水箱底部的方形槽将蓄水箱分隔左、右两部分，中水管上装有溢流管接，溢流管接上有溢流口，溢流管接上装有中水进水管和限位管，蓄水箱的左部分上部装有下端伸入蓄水箱内的中水回收管，中水回收管下部置于过滤器内，蓄水箱右部分底部装有液位开关、出水管，蓄水箱内装有与水泵相连的抽水管，水泵经管道、电子转换阀与自来水进水管相连通，水泵与电子转换阀之间的管道上装有出水管，冲便器经电子转换阀与自来水进水管相连，冲便器和电子转换阀之间的管道上装有水龙头，本实用新型有效收集洗衣服、洗浴用过的废水，实现再利用，节约水源，减少浪费。

DEVICE FOR RECOVERY OF USED WATER AND DISPOSAL OF WASTE FROM TOILETS AND FAEKALIA

Assembly and method for reusing greywater

Apparatus for recovery of heat from waste water and method of its operation

Tank for collection of faecal waste, transported sanitary-engineering container and method of secondary water treatment

Бак содержит, по меньшей мере, один впуск и, по меньшей мере, один выпуск, и в нем расположено, по меньшей мере, одно поплавковое откачивающее устройство, по меньшей мере, с одной камерой, которая заполнена воздухом или в основном заполнена воздухом, и, по меньшей мере, с сетчатым фильтром. Причем к камере присоединен, по меньшей мере, откачивающий трубопровод для соединения, по меньшей мере, с откачивающим насосом. Причем посредством поплавкового откачивающего устройства или посредством откачивающего трубопровода из бака откачивают жидкость, которую используют, как смывную жидкость, для, по меньшей мере, одного санитарно-технического устройства, сооружения. Изобретениями являются также и транспортируемый санитарно-технический контейнер, содержащий вышеописанный бак, и способ вторичной переработки воды для санитарных нужд в санитарно-техническом сооружении с использованием вышеописанного бака. Группа изобретений обеспечивает повышение качества откачиваемой жидкости. 3 н. и 18 з.п. ф-лы, 5 ил. РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 2 706 961 C1 (51) МПК B65F 7/00 (2006.01) E03D 5/016 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ ИЗОБРЕТЕНИЯ К ПАТЕНТУ (52) СПК E03D 5/016 (2019.05); B65F 7/00 (2019.05) (21)(22) Заявка: 2018132609, 13.09.2018 (24) Дата начала отсчета срока действия патента: (73) Патентообладатель(и): АДКО УМВЕЛЬТДИНСТЕ ХОЛЬДИНГ ГМБХ (DE) Дата регистрации: 21.11.2019 (56) Список документов, цитированных в отчете о поиске: DE 2441368 A1, 28.081975. US 3934275 A1, 27.01.1976. US 4050102 A1, 27.09.1977. SU 696113 A1, 05.11.1979. 14.09.2017 EP 17 191 032.6 (45) Опубликовано: 21.11.2019 Бюл. № 33 2 7 0 6 9 6 1 R U (54) БАК ДЛЯ СБОРА ФЕКАЛЬНЫХ ОТХОДОВ, ТРАНСПОРТИРУЕМЫЙ САНИТАРНОТЕХНИЧЕСКИЙ КОНТЕЙНЕР И СПОСОБ ВТОРИЧНОЙ ПЕРЕРАБОТКИ ВОДЫ (57) Реферат: Бак содержит, по меньшей мере, один впуск откачивают жидкость, которую используют, как и, по меньшей мере, один выпуск, и в нем смывную жидкость, для, по меньшей мере, одного ...

Purification treatment system

本发明提供一种生态厕所系统，通过在完全循环式的生态厕所系统的净化槽的前后设置能够贮存被处理水的调整槽，即使在使用集中的情况下也能够不停止系统地稳定进行提供。在对含有污物的被处理水进行微生物处理，且作为清洗水进行循环的生态厕所系统(1)中，具备：原水槽(3)，其供含有从厕所(2)排出的污物的被处理水投入；第一调整槽(4)，其一边进行利用了曝气的需氧性处理，一边贮存从原水槽(3)排出的被处理水(31)，且将贮存的被处理水(31)用泵(43)排出；净化槽(5)，其对从第一调整槽(4)排出的被处理水(31)进行微生物处理；第二调整槽(6)，其对从净化槽(5)排出的被处理水(31)一边进行厌氧性处理一边贮存，且将贮存的被处理水(31)用泵(62)排出；反应槽(7)，其分别从第二调整槽(6)排出的被处理水(31)中的有机物；以及清洗槽(8)，其将从反应槽(7)排出的被处理水(31)作为马桶的清洗水贮存。

Normal fresh water storage and supply equipment

本发明公开了一种常鲜储水供水设备，在有压自来水管网中接入一套承压储水罐，在储水罐本体底部设置有均安装有阀门的进水管口、排污泄水口和储备水出水口，储水罐本体顶部设置安装有阀门的出水管口、压力表和补气管口，补气管口安装电磁阀组，储水罐本体的进水管口接入有压自来水管网的进水口，出水管口接到供应用水点，在出水管口和供应用水点之间设置有供水管路止回阀，出水管口和供水管路止回阀之间还设置有罐顶自动排气阀，出水管口同时通过旁通管路阀门与有压自来水管网的进水口相通，储水罐本体底部的储备水出水口依次通过加压水泵组、出水关闭阀止回阀接到供应用水点。随着有压供水管路的供水及时更新储水，不影响有压供水直接供应用水点位用水。

Box-type pipe network pressure-superposed water supply equipment

本实用新型公开了一种箱式管网叠压给水设备，包括罐体以及设置在罐体底部两侧的支撑座，所述罐体顶部一侧设置有进水管道，所述罐体底部中间位置设置有出水管道，所述出水管道一侧设置有第一连接管道，所述第一连接管道底部设置有排污组件，所述第一连接管道一侧通过法兰连接有进水主管，所述进水主管一侧设置有第二连接管，所述第二连接管一侧设置有离心水泵。本实用新型通过打开法兰连接，然后通过拧动限位螺栓以及限位螺杆使得罐体能够被单独拆卸，进而方便了工作人员对于罐体的维修与更换的工作，同时通过关闭第一控制阀门，同时打开第三控制阀门，使得罐体能够在进水管道的作用下被冲洗，进而保证装置的供水洁净程度。

Connecting socket for rainwater purification

본 발명에 따르면, 우수관 상에 연결 설치되어, 낙엽과 같은 이물질이 포함되어 유입된 우수와 거름망을 통과하여 정화된 우수를 분리하여 유도 배출하도록 한 빗물 정화를 위한 우수관용 연결소켓을 제공하는데 그 목적이 있다. 이러한 목적을 달성하기 위하여 본 발명에서는 우수관 상에 설치되는 소켓본체는 조립 및 분리가 가능하도록 상부소켓본체와 하부소켓본체로 이루어지며, 상기 상부소켓본체는 하방을 향하여 일 방향 각도로 비스듬히 경사지도록 형성되며, 내측으로는 우수의 낙하를 유도하는 유도판이 경사각도를 가지면서 돌출 형성되고, 상기 상부소켓본체의 하측으로 설치되며, 하단으로 이물질이 포함된 우수가 배출되는 제1배출구와, 거름망이 근접 설치되어 상기 거름망을 통과하여 정화된 우수가 배출되는 제2배출구가 나란히 돌출 형성되는 것이다.

Water-saving device for toilet

本实用新型公开了一种用于卫生间的节水装置，包括盥洗池、再利用集水箱与座便器，所述再利用集水箱通过溢水管与污水管连接，所述溢水管的最高位置低于所述再利用集水箱的顶部并且高于所述再利用集水箱的底部。在使用该节水装置时，再利用集水箱用于收集盥洗池排出的废水，再利用集水箱与座便器连接，储存的废水用于冲厕所，当再利用集水箱内的废水液面高度达到溢水管的最高位置时，由于受到再利用集水箱中水压的作用，多余的废水可以通过溢水管排入污水管。与现有技术中的节水装置相比较，本方案省去了原有的再利用集水箱内的复杂的溢流装置，用溢水管实现了多余废水的排放，解决了节水装置结构复杂的技术问题。

Apparatus and method for recycling used water from a used water source

提供一种用于从至少一个用过的水源(100、101)再循环用过的水的再循环设备(200)。再循环设备(200)包括布置成从至少一个水源(100)接纳用过的水的第一水箱(210)和布置成测量第一水箱(210)中的用过的水的水质的传感器装置(211)。该再循环设备(200)的特征在于，它包括布置成将用过的水存储在再循环设备(200)内的第二水箱(220)以及水泵(240)和一个或多个阀(231、232、233、234、235；301)。泵(240)和一个或多个阀(231、232、233、234、235；301)布置在再循环设备(200)中，使得当用过的水的水质高于确定的阈值水平时，用过的水能够存储在第二水箱(220)中，或者从第一水箱(210)或第二水箱(220)从再循环设备(200)中再循环出来。另外，还提供了一种在再循环设备(200)中进行和执行的用于再循环来自至少一个用过的水源(100、101)的用过的水的方法和计算机程序。此外，还提供了一种包括再循环设备(200)和至少一个用过的水源(100、101)的再循环系统(400)，以及包括再循环设备(200)、至少一个用过的水源(100、101)和至少一个水消耗设备(100、102)的再循环系统(400)。

Sensing system for the system for allowing Water warfare and recycling or water to separate

本发明描述了意图用于允许水净化和再循环或水分离的系统(10)的传感器系统，其中允许水净化和再循环或水分离的所述系统(10)包括水处理单元(40)，其中所述传感器系统包括一个旨在指示水处理单元中的水处理源的功能的第一传感器类型(1)，并且其中传感器系统还包括旨在指示水质的第二传感器类型(2)，并且其中第一传感器类型(1)和第二传感器类型(2)两者都针对水在系统(10)中的再循环或水从系统(10)中的分离的选择决定向系统(10)的控制系统(4)给予输入。

Water resource recycling device with adsorption and odor removal structure

本实用新型公开了一种具有吸附除异味结构的水资源循环利用装置，包括箱体，所述箱体的右侧上方固定安装有电机，所述电机的输出端固定连接有搅拌轴，所述箱体的内腔左侧固定连接有壳体，所述搅拌轴的表面活动连接于壳体的内腔中。本实用新型通过注入管将除臭助剂以及污水运输至箱体的内腔中，通过框架对其进行承载后，由PLC控制器启动电机进行工作，通过电机带动搅拌轴进行工作，通过搅拌轴将框架内腔的水源以及除臭助剂进行均匀搅动，通过PLC控制器启动电动排水阀进行工作，通过漏水板将水源进行排放，解决了现有的污水处理在资源利用的过程中需要进行净化，避免在利用的过程中给工作人员带来不便的问题。

A kind of water resource retracting device

本实用新型公开了一种水资源回收装置，包括第一浊度传感器和第二浊度传感器，第一浊度传感器安装在出水水龙头上，第二浊度传感器安装在水龙头放水的储水设备内，储水设备内还安装有液位传感器、第一出水管、第二出水管和第三出水管，第一出水管连接到下水道，第二出水管连接到第一储水装置，第三出水管连接到第二储水装置，第一出水管、第二出水管和第三出水管上连接有电磁阀一、电磁阀二和电磁阀三。本实用新型通过第一浊度传感器监测出水口的浊度和第二浊度传感器监测储水装置的浊度，通过两浊度的对比，从而打开电磁阀一、电磁阀二或电磁阀三，实现水资源的走向下水道、回收使用或用于浇花和拖地，能够进行部分水的回收利用，大大提高水的利用率，减少浪费，也能够解决不正当使用时水资源浪费过大的问题，本实用新型还具有结构简单、成本低的特点。

HEAT RECOVERY FROM WASTEWATER

THE PRESENT INVENTION CONCERNS A SENSOR FOR THE DETECTION OF A LIQUID LEVEL AS WELL AS A LIQUID SUPPLY INSTALLATION OF A TANK USING THIS SENSOR

AUTONOMOUS MECHANISM FOR RECOVERING WASTEWATER THEN FILTERED WATER PRESSED WATER PRESSURE OF DISTRIBUTION NETWORKS.

L'invention concerne un mécanisme autonome de transfert en vue de récupération d'eau déjà utilisée et préalablement filtrée, mécanisme actionné et asservi principalement à la pression existante d'un réseau de distribution, individuel ou collectif, d'eau domestique, agricole ou industrielle, la consommation est ainsi simultanée à la récupérationL'invention vise en particulier et entre autre la récupération d'eaux usées pour leur réutilisation en particulier pour l'alimentation des réservoirs de toilettes ou pour arrosage extérieur après, décantation, filtration, épuration ou tous autres moyens de dépollution.., eaux collectées dans une réserve appropriée aux volumes et besoins permanents des différents utilisateurs. The invention relates to an autonomous transfer mechanism for the purpose of recovering water that has already been used and previously filtered, a mechanism that is operated and enslaved mainly to the existing pressure of an individual or collective distribution network for domestic, agricultural or industrial water. , the consumption is thus simultaneous recoveryThe invention aims in particular and among others the recovery of wastewater for reuse in particular for the supply of toilet tanks or for external watering after, decantation, filtration, purification or any other means of depollution .., waters collected in a reserve appropriate to the volumes and permanent needs of the different users.

Wash and toilet facility for vehicle - has water from wash basins stored to flush toilet after pre-treatment of waste

The compact, self contained washing and sanitary unit has two separate water tanks and one septic tank. Fresh drinking water is supplied to the drinking fountains, wash basins and shower unit from a fresh water tank. The used water from these units is collected in a second tank after simple, primary filtration. The water from the second tank forms the supply to flush the WC units. The waste from the WC units collects in a septic tank where it is agitated, aerated etc., to allow primary bacteriological processing to take place. At selected points, e.g. on trains travelling at speed away from buit up areas, or over drainage sites, the septic tank can be emptied be remote control.

Device for recovering clean water from shower during temperature adjustment of water, for recycling water in toilet tank, has reservoir with stop valve installed in shower cubicle, and discharge pipe connecting reservoir to toilet tank

The device has a reservoir (1) provided with a stop valve (2) and installed in a shower cubicle, and a discharge pipe (3) connecting the reservoir to a toilet tank (17) through an elbow and a tee-piece. The tee-piece is provided between a water supply valve (6) and a level switch (7) already present in the toilet tank. The toilet tank includes a float (9) for stopping the flow of water as soon as the maximum level is reached inside the toilet tank. The reservoir includes a lid (10) with a broad opening for permitting the recovery of water from a shower.

INSTALLATION OF HEAT RECOVERY

Liquid level sensor for water recycling systems, such as water closets (WC's).

The sensor (2) for detection of a liquid level (3) is used for high and low liquid level detection in a water reservoir (1). It includes: - at least a water sensitive detector (4); - a receiver (5) which produces an output signal as a function of water level; - a transmitter, made up of a tube (6) filled with gas (14) such as air, whose pressure variation ensures the transmission of water level detection to the receiver (5). The sensors receiver (5) includes a pipe (6) connected to a sealed zone (7), which is limited by a membrane (8) designed to deform as the gas pressure (14) varies. An electrical contactor is controlled by the membrane (8) deformation, which causes displacement of an arm (10) on the contactor (9). The contactor (9) delivers an electrical signal dependent upon the water level.

Installation for recovering heat from fluid circulating in drain in sewage system, has heat exchanger installed on circuit, and connection junction installed in point downstream of drain, to which fluid part is reinjected into drain

The installation (1) has a derivation connection (20) installed in a point upstream of a drain (10) i.e. waste water drain (E), for deriving a fluid part (E1) circulating in the drain toward a derivation circuit (30). A treatment station (40) treats the fluid part, and is installed on the derivation circuit. A spiral heat exchanger (50) is installed on the derivation circuit downstream from the treatment station. A connection junction (70) is installed in a point downstream of the drain, to which the fluid part is reinjected into the drain.

Device for optimizing dynamic and mechanical performance of turbine and pump for recycling e.g. grey water, from dwelling to transport recycled water to flushing tank of lavatory, has turbine driving pump for recirculating wastewater

The device has a recirculation unit for recirculating wastewater. The recirculation unit has a turbine (4) mounted on a pressurized fluid network to drive a pump (5) by demultiplication, clutches (12, 13) of a free wheel and a flywheel (11) for recirculating the wastewater. A tank is placed at level of above a recovery tank. The turbine and the pump are mounted in rotation in sealed chambers (19, 20), and a channel connects the recovery tank and the tank, where the channel is equipped with an anti-return valve.

Water saving siphon.

Procédé consistant à évaluer en continu, immédiatement après utilisation, l'état de pollution d'une eau, à orienter cette dernière en fonction de cette évaluation soit vers un réseau d'égout (3), soit vers un réseau de récupération (4) prévu à cet effet et à recycler l'eau ainsi récupérée pour des tâches s'accommodant d'une eau faiblement polluée. Dispositif permettant la mise en œuvre du procédé. Method consisting in continuously evaluating, immediately after use, the pollution state of a water, in directing the latter according to this evaluation either to a sewer network (3), or to a recovery network (4) provided for this purpose and to recycle the water thus recovered for tasks accommodating slightly polluted water. Device allowing the implementation of the process.

Automatic water economiser for flushing toilet and for washing machine

The water supply economiser has a solenoid valve (1) controlled by an electronic circuit (2) and can be fitted to existing installations or incorporated at initial manufacture. A pump (3) supplies water recycled from, for example, a washing machine to a toilet cistern. Alternatively the early rinse cycles of a washing machine, when the water is discarded, may be supplied with recycled water. A central reservoir (5) is used to hold the recycled water. It takes its supply from one or more water recycling outlets, using the solenoid valve to control inflow. The outflow is drawn by the pump. An electronic controller monitors usage in the system and controls operation of the solenoid valve and pump.

HEAT RECOVERY PLANT

Installation permettant de récupérer la chaleur d'un fluide circulant dans une canalisation, notamment au sein d'un réseau d'assainissement. L'installation comprend un branchement de dérivation (20), installé en un point amont de la canalisation (10), permettant de dériver une première partie du fluide (El) circulant dans la canalisation (10) vers un circuit de dérivation (30), un poste de traitement (40) de la première partie de fluide (El) installé sur le circuit de dérivation (30), un échangeur de chaleur (50) installé en aval du poste de traitement (40) sur le circuit de dérivation (30), et un branchement de confluence (70), installé en un point aval de la canalisation (10), grâce auquel ladite première partie de fluide (El) est réinjectée dans la canalisation (10). Installation for recovering the heat of a fluid circulating in a pipeline, in particular within a sewerage network. The installation comprises a branch branch (20), installed at an upstream point of the pipeline (10), making it possible to branch a first part of the fluid (El) flowing in the pipeline (10) to a branch circuit (30) , a treatment station (40) of the first fluid part (El) installed on the bypass circuit (30), a heat exchanger (50) installed downstream of the treatment station (40) on the bypass circuit ( 30), and a confluence branch (70), installed at a point downstream from the pipeline (10), by which said first portion of fluid (El) is reinjected into the pipeline (10).

Recycling apparatus for waste water

The double tank water systems of the multi-functional disjunctor of water in underground

一种地下中水多功能连体双罐供水系统，包括上水储存部分、场房供中水部分、生产用水部分、环保雾化喷淋部分，上水储存部分包括深井潜水泵、与潜水泵通过地下中水管道相连的第一中水储存罐、所述第一中水储存罐连体连接第二中水储存罐，第二中水储存罐旁设有与其相连的水泵；场房供中水部分包括与第一中水储存罐连接的第一中水场房管道，第一中水储存罐另一侧连接第二中水场房管道，管道上依次安装有闸阀、管道增压泵、管道压力传感器；生产用水部分，包括水计量斗，水计量斗配有称重传感器，水计量斗通过管道连接搅拌机。本发明的优点和有益效果：能解决多种供水需求，构造巧妙，使用功能全，节约水资源充分利用地下水，降低了用水成本。

Automatic water economiser for filling flushing units

L'invention concerne un dispositif automatique permettant le remplissage d'une chasse d'eau de deux quantités différentes adaptées à l'utilisation des toilettes. Il est constitué d'une électrovanne (1) qui contourne le robinet existant. La partie commande nécessite peu de composants électriques et électroniques. La réserve se remplit toujours d'une petite quantité, il faut appuyer sur un bouton poussoir ou une position assise prolongée pour effectuer le complément. Une option permet d'effectuer la même opération par une pompe (2) avec de l'eau recyclée de machine à laver le linge, la vaisselle et eaux pluviales stockées dans un réservoir (3). Cette invention cible tous les foyers, les entreprises, les administrations qui pour un faible investissement peuvent réaliser d'importantes économies d'eau, élément vital de plus en plus cher et précieux dans les années à venir.

Novel anti-pollution water supply device

本实用新型公开了一种新型防污染供水装置，包括进水管、水质检测分析仪、单片机、排污管、污水净化箱、回水箱、高压水泵、回水管和三通电磁阀，所述三通电磁阀的进水口固定连接有进水管，三通电磁阀的两个排水口分别固定连接有排水管和输水管，所述输水管与污水净化箱的进水口相连接，所述污水净化箱的排水口处固定连接有T形连接管，所述T形连接管与排水管相连接，且T形连接管靠近排水管的一端安装有单向阀，所述进水管的一侧连接有取样管，所述取样管与水质检测分析仪的进水口相连接，本实用新型能对水质进行检测，在水质不合格后，可以对水再次进行处理，从而提高水质，有利于减少供水中的杂质。

A kind of roof rainwater recycle device

本发明涉及雨水回收技术领域，尤其为一种楼顶雨水回收利用装置，包括楼体和蓄水箱，所述蓄水箱的左端固定连接有出水管，所述蓄水箱的右端固定连接有水管，所述水管的右端固定连接有外箱体，所述外箱体的内侧设置有内箱体，所述第二连杆的左端通过转轴转动连接有第一连杆，所述第一连杆的底端固定连接有浮球，所述第二连杆的底端固定连接有铰支座，本发明中，可以通过第一储水箱中水流量的多少，从而控制水泵的工作，实现了自动控制，给发电机提供动力，通过发电机发电，可以实现对雨水的净化作用，增大了水的安全性，而且通过齿轮与齿条的相互转动，方便内箱体的取出，具有巨大的经济效益和广泛的市场前景，值得推广使用。

Spray water recovery device for deodorization and sterilization

本实用新型提供了一种除臭除菌用喷淋水回收装置，涉及喷淋水回收利用技术领域，旨在解决喷淋水在使用一次后，内部含有大量的杂物和硫化氢，无法再次使用的问题，采用的技术方案是，在箱体内设置过滤仓，能够将喷淋水中的杂物进行过滤，在箱体中设置除臭仓和中合仓，将喷淋水中的硫化氢去除，达到除臭除菌的效果；在除臭仓顶部设置活性炭盒，并在除臭仓的空腔中设置电热丝，利用硫化氢在不同温度的水中溶解度不同，能够将大部分硫化氢从喷淋水中去除，并通过活性炭盒中的活性炭吸附，对硫化氢过滤，避免直接排放到大气中污染环境；在中合仓中设置中和罐，将喷淋水中残留的硫化氢进行中和，去除喷淋水中的硫化氢，达到除臭除菌的效果。

Heat recovery apparatus and method

A grey water heat recovery apparatus has first and second passes arranged in counter-flow orientation. It has a hot side for grey water, and a cold side for fresh water supplied under pressure. It is used to pre-heat water for a water heater, and extracts heat from the grey water drains of a building. The fresh water is carried in copper or stainless steel linear tubing modules in series, each linear tubing module being immersed in a grey water sump in a cylindrical plastic pipe. The water level in the sump is high enough to immerse at least the dominant portion in grey water. The return leg has both ends of the fresh water carried out through the same upper end pipe closure, without a wall penetration. The entire assembly may be enclosed in a unitary external housing.

Environment-friendly public toilet water circulation treatment device

本实用新型公开了一种环保型公厕水循环处理装置，包括机箱、自动投放器和超声波液位计，所述机箱一侧壁上设置有控制单元，所述机箱顶端一侧设置有电动流量阀，所述电动流量阀下方设置有进水仓。有益效果在于：本实用新型通过设置的自动投放器、混合仓和控制单元，能够自动定时投放药剂，避免人员遗忘，保证废水的处理效果，从而提高了装置使用时的便捷性，通过设置的电动流量阀、蓄水仓、超声波液位计和电动排水阀，能够自动检测用水量，并及时对废水进行处理，保证用水的持续供给，避免出现用水量过小或断流的情况，从而提高了装置的废水处理效率。

Shower heat exchanger with clog-removable drain

A heat exchanger placed underneath an elevated tub or shower stall or under the bathroom floor includes a flat top heat conductive plate. The top plate is fastened to a flat lower plate, having a serpentine pattern with a shallow depth embedded into the top surface. When the top plate is fastened and sealed to the lower plate, the flow of the incoming cold water is contained within the confines of the serpentine lower plate of the heat exchanger. Heat is transferred from the grey waste water falling onto the top plate to preheat the incoming cold water flowing underneath the top plate in the serpentine conduit chamber of the lower plate in contact with a bottom surface of the top plate. The cold water is thereby preheated and used as a substitute for the incoming cold water that would be normally plumbed to the discharge shower head.

A kind of water heater energy-saving water supply installation that shower water waste heat recycles

本发明公开了一种淋浴水废热再利用的热水器节能供水装置，包括弧形热交换板和收集水装置，所述弧形热交换板贴合在供水管下侧，弧形热交换板左端固定有左侧固定环，左侧固定环是由上固定半环和下固定半环组成，弧形热交换板右端设有右侧固定环,右侧固定环和左侧固定环设有相同的结构，弧形热交换板内部设有内腔,内腔内部设有阵列分布的导液管，弧形热交换板下端右侧设有出水管,弧形热交换板下端左侧设有进水管，所述收集水装置设有连接软管。本发明淋浴水废热再利用的热水器节能供水装置，热交换效果好，废热利用率高，降低热水器加热所消耗的能源，避免造成能源浪费，热交换完的淋浴水可用于冲洗马桶，全程无其他能源消耗。

Heat recovery apparatus and method

A grey water heat recovery apparatus has first and second passes arranged in counter-flow orientation. It has a hot side for grey water, and a cold side for fresh water supplied under pressure. It extracts heat from the grey water drains of a building. The fresh water is carried in tubing modules in series immersed in a grey water sump in a cylindrical plastic or stainless steel pipe. The coils have a return leg such that both ends of the fresh water coil are carried out through the same upper end pipe closure, without a pressurized line wall penetration in the walls of the pipe. There is a non-electrically conductive barrier between the fresh water and grey water flow paths. The apparatus has a leak detection circuit and co-operable bypass valves. The entire assembly may be enclosed in a unitary external housing with easily accessible connection fittings.

SYSTEM AND METHOD OF RESTORING AND RE-USING WASTE WATER

1. Система восстановления и повторного использования сточных вод, содержащая:корпус для сбора, кондиционирования и слива сточных вод, содержащий:а. впускное отверстие, соединенное с источником сточных вод;б. фильтр сброса твердых частиц для фильтрации упомянутых сточных вод, причем упомянутый фильтр сброса твердых частиц расположен под упомянутым впускным отверстием под углом сброса твердых частиц относительно упомянутого потока сточных вод через упомянутое впускное отверстие для сточных вод для обеспечения возможности падения сточных вод на упомянутый фильтр и вымывания твердых частиц;в. выпускное отверстие для отходов, расположенное под и рядом с упомянутым фильтром сброса твердых частиц для обеспечения возможности вымывания упомянутых отделенных твердых частиц в упомянутое выпускное отверстие для отходов упомянутыми сточными водами;г. резервуар для приема указанных фильтрованных сточных вод;д. дезинфектор для дезинфекции указанных фильтрованных сточных вод;е. насос для слива указанных кондиционированных сточных вод из указанного резервуара;ж. выпускное соединение с указанной системой бытовой канализации;з. соединение с источником пресной воды; ии. систему управления для управления работой указанной системы восстановления и повторного использования сточных вод.2. Система восстановления и повторного использования сточных вод по п. 1, отличающаяся тем, что упомянутый корпус содержит соединяющую с основанием подставку, причем упомянутый резервуар для приема упомянутых сточных вод установлен с опорой на упомянутую соединяющую с основанием подставку, и головную часть для размещения упомянутого фильтра сбро РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (51) МПК C02F 9/04 (13) 2014 151 764 A (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ЗАЯВКА НА ИЗОБРЕТЕНИЕ (21)(22) Заявка: 2014151764, 05.06.2013 (71) Заявитель(и): КЭНПЛЭС ИНДАСТРИЗ ЛТД. (CA) Приоритет(ы): (30) Конвенционный приоритет: 06.06.2012 CA 2,779,705 (85) Дата начала рассмотрения заявки PCT на ...

Softened water collects reutilization system

本实用新型提供一种软化水收集再利用系统，包括：冷冻水系统，其特点是：还包括集水罐、储水箱、冷却水池及控制器，集水罐上设置一级浓水补水管、自来水补水管及冷凝水回收管，一级浓水补水管及自来水补水管上分别设置有浓水开关阀及自来水开关阀，集水罐底部的出水管经由冷冻水出水阀和冷冻水泵连接到冷冻水系统；在集水罐上部接出的溢流管与储水箱连通，储水箱底部连接的排水管经由储水箱出水泵及单向阀与所述冷却水池连通；由集水罐内一级浓水水位传感器及自来水水位传感器检测水位，通过控制器控制浓水开关阀及自来水开关阀。可将软化的废水进行收集并直接供给冷冻水系统利用，降低冷冻水系统水的硬度，缩短换热时间，节约用水、用电。

Grey water diversion system

Apparatus and method for cleaning greywater

Die Erfindung offenbart eine Vorrichtung zur Wiederverwertung von Grauwasser. Die Vorrichtung umfasst mindestens zwei Speicherbehälter für Grauwasser (20; 40), die jeweils im Bodenbereich einen Schlammablass aufweisen. Der erste Grauwasserbehälter (20) ist zweigeteilt und weist in einer ersten Kammer einen Bioreaktor (24) auf. The invention discloses a device for recycling gray water. The device comprises at least two gray water storage tanks (20, 40), each of which has a sludge discharge in the floor area. The first gray water tank (20) is divided into two and has a bioreactor (24) in a first chamber.

Sensor system for a system allowing for purification and recycling of water or separation of water

The present invention describes a sensor system intended for a system (10) allowing for purification and recycling of water or separation of water, wherein said system (10) allowing for purification and recycling of water or separation of water comprises a water treatment unit (40), wherein said sensor system comprises one first sensor type 1 directed to indicating the function of a water treating source in the water treatment unit, and wherein the sensor system also comprises a second sensor type 2 directed to indicating the water quality, and wherein both the first sensor type 1 and the second sensor type 2 give input to a control system (4) of the system (10) with respect to a selection decision of either recycling of water in the system (10) or separation of water from the system (10).

Self sustaining vegetated roof for harvesting and recycling rain water

Broadly, an exemplary embodiment of the present invention provides a self sustaining green vegetated roof for harvesting and recycling rain water, including a re-created wetland disposed to harvest rain water, the re-created wetland supported on top of a combination of pervious and impervious layers of materials configured on a top surface of a roof of a building; a water filtration system disposed to mimic a natural wetland ecosystem; and a storage system disposed to collect water from the filtration system to be made available for use.

Ball tap

Steel construction assembled environmental protection public latrine waste water exhaust treatment device

本实用新型涉及环保公厕技术领域，且公开了一种钢结构装配式环保公厕废水废气处理装置，包括公厕本体，所述公厕本体的内部固定连接有净化装置，所述净化装置包括净化箱，所述净化箱内腔的上部固定安装有洗手池，所述洗手水池的底部固定连接有排放管，所述净化箱内腔的左侧设置有储水室，所述储水室的上部与所述排放管相连接，本新型方案可对废气进行二次过滤，可有效的对废气进行吸附过滤，可有效的减少废气内部的异味与有害气体，且清洗过后的废水会流入储水室的内部，在对便池进行冲洗时，可通过储水室内部的废水进行冲洗，可对废水进行回收利用，可有效的节约水资源，且该装置结构简单，功能性强，便于生产与实用。

TO USE WC WASHERS WITH RECYCLED WATER SYSTEM USED

A kind of recyclable water saving fixtures for farmland discharging-irrigating

本实用新型公开了一种用于农田排灌的可循环节水装置，包括蓄水箱、第一水泵、排灌室和第二水泵，所述第一水泵通过第一抽水管与蓄水箱的一侧面固定连接，所述第一水泵和第二水泵的底部均固定连接有固定板，两个所述固定板的一端均固定连接在排灌室的外壁上，所述排灌室内设有水平排布的过滤板，所述过滤板将排灌室分割为种植腔和蓄水腔，所述种植腔位于过滤板的上侧，所述蓄水腔位于过滤板的下侧，所述过滤板上固定连接有数值排布的支撑杆。该用于农田排灌的可循环节水装置，可循环节水效果好，解决了现有的用于农田排灌的装置，可循环节水效果较差，浪费水资源的问题，且结构设计新颖，布局合理，易于推广使用。

Holding tank for portable toilet

A holding tank for a sanitary installation carrying a sanitary fixture receives fecal matter or wastewater from the sanitary fixture of the sanitary installation and has at least one inlet and at least one outlet. At least one suction float in the holding tank floats on the liquid therein and forms with at least one suction chamber opening downward through a suction screen into the tank. An extraction line connected to at least one suction pump opens into the liquid in the suction chamber for withdrawing the liquid from the holding tank through the suction float and for recycling the extracted water for use as a flushing fluid for the sanitary fixture of the sanitary installation.

Automatic wastewater recycling and treating device

本发明公开了一种自动废水回用处理装置，包括沉淀箱体、连接柱、活动板和两个废渣箱，所述连接柱与所述沉淀箱体固定连接，所述连接柱位于所述沉淀箱体的底部，且所述连接柱与所述箱体连通，所述活动板与所述连接柱滑动连接，所述活动板位于所述连接柱的底部，当所述废渣箱中的废渣达到一定量后，可以滑动所述活动板，使另一所述废渣箱移动至所述连接柱的下方，以继续收集废渣，具有废渣的所述废渣箱能够从所述活动板上拆卸下来，以对废渣进行清理，无需对所述沉淀箱体进行拆卸便能够对废渣进行清理，且通过两个所述废渣箱交互使用，能够使所述沉淀箱体在正常工作的同时进行清理废渣，解决了沉淀箱体中的废渣清理不方便的问题。

DEVICE SAVING CLEAN WATER FROM SHOWER ADJUSTMENT BY RECYCLING IN THE WC TANK

Greywater device and method for applying same

Device for reusing greywater, comprising: - a water feed for supplying greywater; - a collecting reservoir for collecting the supplied greywater; - a storage tank for storing water; - siphoning means for siphoning water from the collecting reservoir to the storage tank; - a water discharge for discharging stored water to a water user; - a sewer outlet; and - a control system. The invention further relates to a method of siphoning water, comprising the steps of: - supplying water to a collecting reservoir; - detecting a predetermined water level in the collecting reservoir; - operating a filling valve subject to the detected water level; and - siphoning water via a siphon connection from the collecting reservoir to the storage tank.

Water recycling system for construction site

本实用新型公开了一种施工现场水循环利用系统，具体涉及节能领域，包括用水设备使用时产生的道路积水，所述道路积水利用道路地势汇集引流至排水沟的内部，引流至排水沟内部的道路积水经过格栅初步过滤后引流地下净化单元的内部；所述地下净化单元包括深挖在地下的集水坑，所述集水坑的内部沿竖直方向上设置有两个竖隔板。本实用新型方便将冲洗车辆和道路、养护混凝土构件以及雨季降水、基坑抽水等这些水源进行收集，并经过多级处理后方便进行多次循环利用，不仅避免了水源的浪费，而且从施工用水方面能很大程度上降低施工成本，提高效益，保护环境，符合绿色施工的理念，并在今后的施工现场可以作为一项重点进行推广。

Bath/shower water recycling system

A waste water recovery system for recycling shower/bath water for use in a tank-type toilet is provided. The system includes a storage tank with a suction pump to draw water into the storage tank. The system also includes a valve which is used to timely shut off the pump when the tank is full. Recovered water from the storage tank is delivered to the toilet tank when needed. A collector which surrounds the floor drain is removably attachable either by adhesive or suction means to the floor of a bath or shower and has an inlet and an outlet. Waste water is drawn by a suction pump from the outlet of a collector to the storage tank.

Heat exchanger assembly and method for transporting thermal energy

本发明涉及可被插入污水管道(5)的热交换器组件(1)，包括：至少一个第一热交换器(11)，适用于与带有污水(3)的热源(13)热接触；至少一个第二热交换器(21)，适用于与带有散热器(23)的所述污水(3)热接触；其中，所述至少一个第二热交换器(21)沿所述污水流动的方向F即下游布置在所述污水管道(5)中并与所述至少一个第一热交换器(11)间隔，本发明还涉及用于传递热能的方法。

Greywater device and method for applying same

一种用于重新使用中水的装置，包括：水供给装置，用于供给中水；收集储存器，用于收集供给的中水；储罐，用于储存水；虹吸装置，用于将水从收集储存器虹吸至储罐中；水排出装置，用于将储存的水排出至水用户；下水道出口；以及控制系统。本发明还涉及一种虹吸水的方法，它包括以下步骤：将水供给收集储存器；检测在收集储存器中的预定水位；根据检测的水位来操作充装阀；以及通过虹吸连接件而从收集储存器向储罐虹吸水。

A water hybrid device

يتعلق الاختراع الحالي بوصف وسيلة مهجنة hybrid device (1) تسمح بتنقية purification وإما إعادة تدوير recycling الماء أو تصريف الماء، حيث تشتمل الوسيلة المهجنة المذكورة (1) على حلقة إعادة تدوير recirculation loop (2)، نظام مرشح filter system (3) ومستشعرات متعددة mulitple sensors (4)، حيث تكون المستشعرات المتعددة (4) عبارة عن مستشعرات الموصلية conductivity sensors، حيث تشتمل الوسيلة المهجنة (1) أيضا على معالج دقيق micro processor وحيث يتم توصيل المستشعرات المتعددة (4) بالمعالج الدقيق. شكل 1 The present invention relates to a description of a hybrid device (1) that allows for purification and either water recycling or water discharge, whereby said hybrid device (1) comprises a recirculation loop (2), filter system (3) and multiple sensors mulitple sensors (4), where the multi-sensors (4) are conductivity sensors, where the hybrid (1) also includes a microprocessor and where the multi-sensors (4) are connected to the microprocessor. shape 1

Filtration tank and means for subsequent purification of waste water

A filtration tank and means for subsequent purification of filter bag purified waste water, especially grey water, which is introduced into the top of a filter tank and is evenly distributed by means of spray nozzles on the top layer of purification media, which are built up in layers in a tank around a built-in central pipe. The layers of purification media consist of varying types of material and grain size, density, weight, etc. The water passes through the varying layers of purification medium and is collected on the bottom of the central pipe, where a pump lifts the water through a U.V. treatment apparatus for sanitation.

Utilisation of waste water

Water Production System

본 발명은 빗물이나 하수를 재이용하기 위한 시스템에 관한 것으로, 더욱 상세하게는, 화학약품을 사용하지 않고도 빗물 및 하수의 재사용이 가능하도록 재사용수의 생산이 가능하게 하면서도, 2차 오염을 예방 하며, 또한, 빗물이나 하수 등의 신속한 처리로 재이용수를 생산하되, 색도의 측정으로 인해 재용수의 재이용 상태의 측정이 가능하게 하기 위한 빗물 및 하수를 이용한 재이용수 생산 시스템에 관한 것이다. The present invention relates to a system for reusing rainwater and sewage, and more particularly, to a system for reusing stormwater and sewage, which enables the production of reusable water so that rainwater and sewage can be reused without the use of chemicals, The present invention also relates to a system for producing reusing water using rainwater and sewage in order to produce reused water by rapid treatment of rainwater or sewage, and to enable measurement of the reuse state of reusable water due to measurement of chromaticity.

Hot water circuit utilizes energy-saving bath device

本实用新型的热水循环利用节能洗浴器，包括洗浴器、热水器、过水热、自来水水压动力泵、封闭式地漏，自来水水压动力泵的动力端串接在自来水管上，自来水水压动力泵的进水口与封闭式地漏的内部连通，自来水水压动力泵的出水口与过水热的第一进水口连通，过水热的第一出水口通过废水管穿过封闭式地漏并与排水管连通，自来水管与过水热的第二进水口连通，过水热的第二出水口与热水器的进水口连通，热水器出水管与洗浴器的进水口连通。本实用新型在普通洗浴器管线的基础上，增加了回收管、自来水水压动力泵、过水热、废水管，使得在淋浴的过程中，能够回收利用淋浴过的水中携带的热量，实现淋浴过的热水中热量的循环利用，更加的节能环保。

Concrete waste water comprehensive recovery device

本实用新型公开了一种混凝土废水综合回收装置，涉及混凝土废水回收领域，包括固定座和回收箱，所述固定座上表面固定安装有回收箱，所述回收箱顶部表面的两侧对称焊接有支撑座，所述支撑座顶部表面均开设有滑槽，所述支撑座顶部活动安装有废水收集池，所述废水收集池底部表面的两侧对称设有滑座，所述废水收集池底部通过滑座与滑槽滑动相连，所述废水收集池一侧表面的中部焊接有安装架，所述安装架顶部表面开设有弧形凹槽，所述弧形凹槽一侧表面的两端均对称焊接有安装座；本新型以解决搅拌车驾驶人员在对搅拌罐内腔冲洗后所产生的废水随意进行排放，排出的废水中含有大量的水泥和砂石，且废水呈碱性，直接排放会造成环境污染的问题。

Novel recycling and reusing system for wastewater of water closet

一种新型洗手间废水回收再利用系统，通过洗浴废水回收池、贮水箱等设备将洗手间日常生活废水收集起来，经过滤处理后用于冲洗马桶和涮洗卫生洁具，解决洗手间废水浪费问题。该系统包括：脸盆废水回收装置、洗浴废水回收装置、马桶、涮洗池、液位开关、管道和阀门。本实用新型不需要对洗手间原有的脸盆、马桶和洗浴设施进行改动，利用贮水箱与马桶水箱之间的水位差以及自来水引流作用，实现洗手间废水回收再利用，具有结构简单、造价低廉、安装方便、无噪音、运行安全可靠、节水效果明显等特点。

A kind of campus Domestic waste water reutilizing apparatus

本实用新型提供了一种校园智能节水装置，包括进水管、蓄水箱、净水箱及储水箱，所述蓄水箱为两个且呈并列设置，所述蓄水箱上设有喷淋装置，蓄水箱的出水口与带有固体排放口的固液分离器相连，所述固液分离器的液体排放口与净水箱的入水口相连接，净水箱的出水口通过移液泵与储水箱相连；所述净水箱的出水口和进水口并排设置在净水箱的左侧，净水箱内部进水口处设有一级滤芯装置，出水口处设有二级滤芯装置，净水箱的内部在出水口和进水口之间还设有阻水隔板，净水箱的排污口与排污管道相连。本实用新型结构简单，使用方便，能够对学校产生的废水回收利用，节约水资源。

A kind of Wash Units of water circulation use

本实用新型公开了一种水循环利用的洗漱台，包括台面、镜子、洗漱池、进水管和净化水箱，所述台面的上表面设有置物盒和水龙头，且置物盒位于水龙头一侧，所述水龙头顶部设有控制把手，且水龙头的底部设有软管，所述软管的一端设有进水管，所述台面的上方设有镜子，所述镜子的一侧设有置物架，且镜子的另一侧设有毛巾架，所述台面的内部设有洗漱池，所述洗漱池的底部设有排水盖，所述排水盖下方设有排水管，所述排水管的底部设有净化水箱。本实用新型水循环利用的洗漱台通过设有净化水箱可以实现水的循环利用，不仅节约用水，还保护环境，置物盒可以存放牙膏牙刷方便使用，提高洗漱效果。

Process and device for reclaiming grey water

Water-saving device for flower planting water circulation

本发明公开了一种花卉种植水循环的节水设备，包括机体，机体中设有动力腔，动力腔左侧设有气缸腔，动力腔右侧设有摆动腔，机体右侧设有吸水腔，机体上侧面固设有两个支撑柱，支撑柱上固设有蓄水主体，蓄水主体中设有蓄水腔，蓄水主体下侧固设有两个悬挂杆，悬挂杆上固设有种植主体，种植主体中设有回收腔，摆动腔中设有摆动收集水的摆动装置，吸水腔中设有吸水存储的吸水装置，气缸腔中设有循环水的循环装置，此设备能够自动在浇灌花卉时实现水的回收利用，将收集的水过滤，重新循环使用，能够减少水的浪费，实现节水功能。

Assembling type self-circulation ecological toilet

装配式自循环生态厕所由气压式防冻自动冲水系统、深坑式组合便器、太阳能储压曝气污水处理系统、雨水收集利用系统、远程自动监控系统以及装配式厕屋等组成，该厕所所需能源全部由太阳能光伏发电板提供，并将大小便冲水及污水处理所需能量全部以气压能的方式存储于专用气压罐中，减少了对蓄电池的依赖。经微生物强化处理后的部分污水与存储的雨水混合后再次作为冲厕水循环利用。基于互联网+的自动化管理与远程监控系统保证了厕所的正常运行和及时维护。本发明的装配式自循环生态厕所具有不利用外部资源、废水循环利用、远程自动化监控等特点，并实现了现场装配化施工。