A water outlet panel assembly configured to be connected to a pull-out faucet comprises a water outlet panel, an adapter member, and a control member. The water outlet panel is detachably connected to a faucet body of the pull-out faucet, and the water outlet panel comprises a water outlet port. The adapter member comprises a water inlet, a first water outlet, and a second water outlet, and the water inlet and the first water outlet are detachably connected to a pull-out pipe of the pull-out faucet. When the second water outlet is controlled to be in communication with the water outlet port by the control member, the first water outlet is controlled to be closed by the adapter member, and when the second water outlet is controlled not to be in communication with the water outlet port by the control member, the first water outlet is controlled to be opened.

An automatic faucet according to the present invention includes a holding portion (6) which holds a water discharge head (3) by fitting a rear end side (3b) of the water discharge head (3) to the support body (1) to be detachable and be capable of being drawn out therefrom and a guide portion (8) which protrudes forward in a drawing out direction (T1) of the water discharge head (3) and engages when the drawn-out water discharge head (3) is returned to a distal end side of the support body (1) to guide the water discharge head (3) in a direction along the drawing out direction (T1).

A sprayhead retraction assembly includes a hose coupled at a first end to a faucet sprayhead and at a second end to a water source. The assembly further includes a first member having a first portion that is engaged with the hose between the first and second ends of the hose. The assembly further includes a constant-force spring coupled at a first end to a second portion of the first member and coupled at a second end to a fixed surface.

The present disclosure is directed to a flexible supporting structure that includes a linkage mechanism capable of being bent for adjustment. The linkage mechanism includes at least one row of a linkage plate assembly, and the linkage plate assembly includes at least two linkage toothed plates which are meshed and connected in sequence. At least one end portion of each of the at least two linkage toothed plates is provided with a meshing tooth portion such that a first meshing tooth portion of a first linkage toothed plate is meshed with a second meshing tooth portion of a second linkage toothed plate. The flexible supporting structure is applicable to various products and provides a function of adjusting an angle or a bending degree in a wide range by using linkage between the linkage toothed plates.

A sprayer assembly for a faucet including a docking base and a sprayer removably coupled to the docking base. The sprayer includes a water outlet configured to direct water downwardly into a sink basin when the sprayer is coupled to the docking base.

A method of installing a sprayhead retraction assembly includes providing a portion of a hose in a groove defined by a first pulley, and coupling a first end of a constant-force spring to a first surface. The method further includes coupling a second end of the constant-force spring to a second pulley, and coiling the constant-force spring around the second pulley, wherein the second pulley is coupled to and offset from the first pulley.

Pull out sprayhead (1) for a faucet, comprising: an inlet fitting (10), provided with a coupling end (10d) connectable to a extractable water supply pipe; a supply mouth (11a) in fluid connection with said attachment end (10d); and a magnet (12) fixed at the inlet fitting (10) and prearranged to allow a releasable connection of said pull-out sprayhead (1) to a faucet neck (20), said magnet (12) being arranged in a housing chamber (13), defined between an outer wall of said inlet fitting (10) and a covering nut (14), within which an insulating sleeve (30) is placed, distinct from the covering nut (14) and interposed between the inlet fitting (10) and the magnet (12), so as to minimize the heat flow occurring between a supplied fluid and the magnet (12) through the inlet fitting (10).

A faucet having a faucet base, a water hose, a faucet head, and a chamber is provided. A water valve is provided in the chamber and includes a driving member and a control valve movable between a first position enabling mixing of water and air and a second position enabling shut-off of a water flow. The faucet head further includes a control member movably coupled with the faucet head to enable operating the control valve within the water valve by operating the control member from or near a side of the faucet head.

The invention is a sink system in which a faucet is embedded within a sink cover. This allows a user to completely cover a sink, making the sink space available for other work without the inconvenience of disposing of a separate faucet fixture. The invention comprises a sink basin and a hinged sink cover attached to the basin. The sink cover fits exactly within the sink basin. The sink cover doubles as a faucet. It has a channel, which may extend entirely or partially through the sink cover, which directs a flow of water from a source of water, through the channel, and into the sink basin. The sink system may also have sensors and valves to control temperature and water flow, a digital display panel that displays temperature and flow rate, a user interface, or a visual indictor of water temperature, preferably by means of LED lights.

The present utility model discloses a wall-concealed faucet, including a box body pre-buried in a wall and a valve body disposed in the box body. A first valve seat and a second valve seat for disposing a regulating valve and a switching valve respectively are formed on the valve body, and inlet water openings two or more outlet water openings for supplying cold water and hot water respectively are disposed on the valve body. The inlet water opening communicates through a water channel in the valve body with the regulating valve disposed on the first valve seat. The regulating valve is in communication with the switching valve disposed in the second valve seat. The regulating valve is used to regulate a water temperature and a flow rate, and the switching valve is used to switch a water delivery state of each outlet water opening.