The present invention relates to a sink tap structure moving up and down through a cooperative operation with a shelf moving up and down, including: shelf frames coupled to a screw bar in the form of male/female screws in such a manner as to move up and down along rails attached to the inner surface of a cupboard by means of the rotation of the screw bar, the screw bar being rotatably coupled to a servo motor disposed inside a cupboard frame; a first stage shelf located close to a user when pulls by means of sliding members slidingly coupled to casing members disposed on the lower portions of the shelf frames and returned to the original position thereof when pushes by means of the sliding members; and a tap coupled to an elevating bar in such a manner as to move up and down by means of the up and down movements of the elevating bar.

The present application discloses a faucet head that controls pressure to lock its associated faucet into a fixed position. The basic structure may comprise an inlet, a faucet head body, an outlet and at least one internal water channel. The faucet head may adjust the faucet pressure to allow for the faucet head to become fixed in numerous positions, or to be used as a spray head. The faucet head would allow for a faucet acting in a flexible spray manner to become rigid and fixed in place at a user chosen position. The faucet head would also allow for the user to transform the faucet from fixed position to a flexible spray operation.

The faucet comprises a body having a cold water inlet, a hot water inlet and a service water outlet, and housing a monocontrol mechanism, for blocking and liberating the communication between the cold water inlet and/or hot water inlet with the service water outlet; a tubular column, coupled to the body and open to the service water outlet, and onto which is mounted a first head carrying a service radial spout connected to the service water outlet; a filter cartridge mounted in the interior of the tubular column, inferiorly connected to the cold water inlet and onto which is mounted a second head which carries a filtrate radial spout connected to the outlet nozzle of the filter cartridge; and a filtrate cock for blocking and liberating the fluid communication between the cold water inlet and the filtrate radial spout.

An outlet device includes an electronic outlet and mechanical outlet two modes. The outlet device has a mechanical outlet control device, an electronic outlet control device and a central control module; the central control module comprises a first outlet passage controlled by the mechanical outlet control device, a second outlet passage controlled by the electronic outlet control device and a central controller; the first outlet passage is disposed with a sensor, the second outlet passage is disposed with an electromagnet valve; when the mechanical outlet control device controls the first outlet passage to open, the sensor detects water flowing in the first outlet passage, whether the electromagnet valve opens or not, the central controller switches the electromagnet valve to normal close state.

The invention provides a bathroom fixture in the form of an electronic mirror with a touchlessly operated fluid dispenser. The device provides visual cues to assist in the touchless operation thereof.

An infrared soap dispensing faucet structure comprises a shell and an automatic soap dispensing unit. The shell has a hollow vertical section with a first space and a hollow horizontal section with a second space. A water outlet and a soap outlet are arranged at an outer lower edge of the horizontal section. The water outlet has a first sensor and the soap outlet has a second sensor. The first sensor of the water outlet is provided for controlling the water outlet to be turned on and off. The shell and the automatic soap dispensing unit are integrated with each other so that a bathroom space is not in disarray and dirt remained on hands is not polluted a faucet or the automatic soap dispensing unit.

In accordance with an embodiment, a diverter is provided that is configured for use in a fluid delivery apparatus. The diverter includes body portion and a channeling structure, wherein the channeling structure extends from the diverter. A fluid pressure adjustment structure is adjacent the channeling structure. In accordance with another embodiment, a method for holding a diverter in position is provided that includes placing the diverter adjacent a fluid channeling structure, wherein a gasket is positioned between the diverter and the fluid channeling structure and wherein the diverter is configured to have a cavity containing a pressure actuated position holding structure. A fluid is directed through the fluid channeling structure towards the pressure actuated position holding structure. The pressure within the cavity is reduced in response to the fluid flowing towards the pressure actuated position holding structure, wherein the reduced pressure helps hold the diverter in position.

In accordance with an embodiment, a method for diverting a flow of a fluid is provided. The fluid is introduced into a conduit that has a central portion, an elbow spout, and a diverter. The spout is coupled to the conduit and the diverter is coupled to the spout. The inverter can be configured in a first position or a second position. In the first position, the diverter enables the fluid to flow through the spout and in the second position, the diverter inhibits fluid from flowing through the spout.

A control cartridge (2) for installation in a cartridge housing (3) of a sanitary fitting (1) comprises a first feed opening (4) and a discharge opening (6) as well as one or more seals (7), which are configured for sealing abutment on an internal surface (8) of the cartridge housing (3). Said seals (7) are arranged in such a way that after the completed installation of the control cartridge (2) in a cartridge housing (3) of a sanitary fitting (1) the first feed opening (4) is joined in a sealed manner to a cold-water or mixed-water connection (9) of the sanitary fitting (1) and the discharge opening (6) is joined in a sealed manner to a discharge pipe (11) of the sanitary fitting (1). The first feed opening (4) in the cartridge housing (3) or in the control cartridge (2) is directly connected to the discharge opening (6) which is sealed with respect to the cartridge housing (3). The control cartridge (2) comprises a second feed opening (5) in which an electric line (12) is disposed which connects an electrical switch (13) of the control cartridge (2) to a valve (16) arranged in a cold-water or mixed-water feed pipe (14) at least for switching a water flow on and off.

There is proposed a water fitting having a fitting housing, having a water outlet commonly assigned to at least two water inlets, wherein at least two parallelly guided water lines are provided between one or more water inlets and the common water outlet, and wherein, in the parallelly guided water lines, there is provided in each case one control element for opening and closing the water flow path, which water fitting can be used in a flexible manner for the greatest possible number of sanitary applications, for example in kitchens, bathrooms, swimming facilities, sauna facilities, toilet facilities, abattoirs or the like, both in (semi-) public and also private areas. This is achieved according to the invention in that, when a control element in one of the parallel water lines is open, the one or more further control elements in the one or more further parallel water lines are closed.