Abstract:
Sistema de ahorro de agua mediante válvula automática de recirculación que comunica la tubería de agua caliente con la de agua fría, que comprende un botón (1) que abre una compuerta de comunicación (15) entre ambas tuberías, un termoelemento (2) que libera el botón cuando el agua caliente llega a la válvula, una placa de bloqueo (3) que mantiene el botón accionado en tanto el agua caliente llega a la válvula, una cámara de recepción (17) que comunica la válvula con la tubería de agua caliente y que almacena agua caliente para dar tiempo para operar al termoelemento de liberación (2), y una cámara de salida (18) que complementa el almacenamiento de agua de la cámara de recepción (17) y que comunica la válvula con la tubería de agua fría. La válvula incluye un transmisor de activación/desactivación remota que envía una señal a una bomba instalada en la tubería de alimentación del calentador para iniciar/parar el ciclo de recirculación.
Abstract:
La invención presenta un sistema para el ahorro de agua, adaptado para ser instalado sobre una instalación de suministro de aguaconun calentadorde agua (4) y una serie de puntos de consumo (7) de agua fría y caliente,a cada uno de los cuales llega una conducción fría (15) que proviene del ramal de agua fría (8) y una conducción caliente (16) que proviene del ramal de agua caliente (10). El sistema comprende una válvula anti-retorno (2), un módulo de activación (12), con unos medios de activación (21), un primer medio de control (22) y un primer emisor receptorde señal inalámbrica (25); un módulo de recirculación (13) con una electrobomba (31) adecuados para hacer recircular el agua, un segundo medio de control (32) y un receptor de señal inalámbrica (33); un módulo de conexión (14), que comprende un tercer medio de control (41), una primera electroválvula (42) situada en conexión fluida con una conducción fría (15) y una conducción caliente (16) que llegan a un mismo punto de consumo (7) de modo que al abrirse pone en comunicación el agua de la conducción fría (15) y la conducción caliente (16) con las que está en contacto, y un segundo emisor receptor de señal inalámbrica (45), y unos medios de parada (43, 44, 26), adecuados para emitir una señal de cese de actividad. También se presenta un método de funcionamiento del sistema.
Abstract:
The invention relates to a water dispensing system (100) for domestic use, such as for use in a household kitchen, said system comprising : a faucet (2) for dispensing water; and a chill water tank (200) for accommodating chill water and/or a hot water tank (300) for accommodating hot water; wherein said chill water tank comprises refrigerating means (202); and wherein said hot water tank comprises heating means (302); said hot water tank and said chill water tank each individually being thermally isolated from its surroundings; wherein said chill water tank (200), if present, comprises an inlet (204) for cold water and an outlet (206) for chilled water; wherein said hot water tank (300), if present, comprises an inlet (304) for cold water and an outlet (306) for hot water; wherein said faucet comprises a cold water inlet (4) for supplying cold water from a cold water supply line (6); wherein said faucet comprises a warm water inlet (8) for supplying warm water from a warm water supply line (10); wherein said faucet comprises a chill water inlet (12) and/or wherein said faucet comprises a hot water inlet (14); wherein said faucet comprises a cold water valve (16) for leading cold water through said faucet via a conduit; wherein said faucet comprises a warm water valve (18) for leading warm water through said faucet via a conduit; wherein said faucet comprises a chill water valve (20) for leading cold water from said cold water supply line (6) and to said inlet (204) for cold water of said chill water tank, via a chill water tank inlet conduit (22); and/or wherein said faucet comprises a hot water valve (24) for leading cold water from said cold water supply line (6) and to said inlet for cold water of said hot water tank, via a hot water tank inlet conduit (26); wherein said system comprises a chill water tank outlet conduit (28) for connecting the outlet (206) of said chill water tank to said chill water inlet (12) of said faucet and/or wherein said system comprises a hot water tank outlet conduit (30) for connecting the outlet (306) of said hot water tank to said hot water inlet (14) of said faucet; wherein said chill water valve (20), if present, and wherein said hot water valve (24), if present, is/are arranged upstream of the cold water valve (16), relative to the flow direction of cold water entering the faucet.
Abstract:
Chuveiro e aparelhos congéneres com prolongamento do caminhamento da água na câmara de entrada e de saída; consiste no devido distanciamento, de forma calculada e experimentada, entre a entrada (1 ) e saída (2) de água do aparelho, do seu elemento de aquecimento (3), sendo este distanciamento passível de ser obtido, tanto na forma de uma serpentina (4) ou outra forma qualquer, mesmo que linear com o comprimento o suficientemente grande para limitar a corrente de fuga num nível seguro que dispense sua captação, ou mesmo pela combinação de um cano (5) acoplado na entrada do aparelho e uma serpentina (4) na saída.
Abstract:
Vorrichtung (1) zum Erwärmen von Wasser für ein Dusch-WC, das einen Duscharm aufweist, dem das Wasser mittels einer Pumpe zuführbar ist, beinhaltend einen Behälter (2) zur Aufnahme von Wasser und eine Heizeinrichtung, die das im Behälter (2) aufgenommene Wasser erwärmt, wobei die Vorrichtung (1) in einer Baueinheit (3) zum Anschluss zwischen eine Wasserversorgung und dem Duscharm des Dusch-WCs angeordnet ist, und die Heizeinrichtung ein bodenseitiges Heizelement (4) aufweist, das zumindest teilweise eine Begrenzung des Behälters (2) ist.
Abstract:
Tap provided with a tap outflow having a first channel and a second channel and a jet aerator having a jet aerator housing which forms a downstream end of the tap outflow. The jet aerator is further provided with a jet breaker having a jet breaker wall with liquid passage openings, at least one wire mesh layer which is included downstream of the jet breaker wall in the jet aerator housing, an aeration chamber which is situated between the jet breaker and the at least one wire mesh layer, and an air supply of which an entrance opens into the environment and of which an exit opens into the aeration chamber. The tap outflow is further provided with a coupling assembly which is situated upstream of the jet breaker wall in the jet aerator housing and which forms a liquid-tight connection between the first conduit and the jet breaker wall, such that liquid from the first channel is kept separate from liquid from the second channel upstream of the jet breaker wall.
Abstract:
An undermount sink system is provided for mounting beneath a countertop having an upper counter surface. The undermount sink system includes a sink basin and a discharge conduit coupled to the sink basin, which is positioned to expel fluid into the sink basin via an outlet thereof. The discharge conduit and basin are configured to mount to the countertop entirely below the upper counter surface. The flow of fluid through the discharge conduit may be activated via a motion sensor or switch coupled directly to the basin or a spacer ring positioned between the basin and the countertop. Controls for adjusting the temperature and/or flow rate of fluid through the discharge conduit may also be coupled to the basin or a spacer ring positioned between the basin and the countertop, or alternatively, to a surface of the countertop. Methods of making and using undermount sink systems are also provided.