An adjustable length pipe connector having an axially extending and hollow pipe body with internal threads provided therein. The pipe body includes external threads provided on outer portion thereof for coupling the connector to a pipe connection. Further, the pipe body includes a washer provided within the pipe body. The washer is adapted to be moved axially within the interior portion. Also, a first and a second length adjustor peg is provided within the pipe body. The first and the second length adjustor pegs can be moved and positioned adjacent to the washer so as to achieve a desirable length of the adjustable length connector. Upon achieving the desirable length, the washer is juxtaposed relative to the first peg and an excess portion of the pipe body adjacent the second end is removed. The washer may be cylindrical. The washer may have a wire mesh to block impurities.

In order to front mount the faucet assembly on the sink, the connectors that are secured to the inlet ports are passed through enlarged openings in the splash board and the body of the faucet assembly is secured to the splash board via brackets. After positioning gaskets in place, the housing is moved over the body and dropped into place with the externally threaded ends of the cylindrical chambers and outlet port protruding through three circular openings in the housing.

A faucet assembly including a spout arm supported by a spout hub and configured to rotate about a vertical axis. In an illustrative embodiment, the faucet assembly is formed through additive manufacturing.

The faucet apparatus arranged inside a counter along a wall surface can be made thin in a height direction, and the counter can be made thin in the height direction. The faucet apparatus 1 includes a cold water supply pipe 6 supplying cold water, a hot water supply pipe 8 supplying hot water, a water temperature control function unit 10 capable of mixing hot water and cold water, and a flow path 14 extending from the water temperature control function unit. The flow path 14 forms a flow path crossing part 40, 240 crossing with at least any of at least the cold water supply pipe 6, the hot water supply pipe 8 or a downstream side flow path 220 on a downstream side of the outflow path while distinguishing respective inner flow paths from each other.

A rough-in assembly for free-standing faucets is revealed. The rough-in assembly having at least a part thereof fixed under a floor includes a base, a first water-contact member and a second water-contact member separated from each other and disposed on the base, and a sleeve mounting seat connected to the base and provided with a top plate portion extending across the first and second water-contact members. Two first hollow-out holes are arranged at the top plate portion and corresponding to control valve sets of the water-contact members respectively. The top plate portion is also for installation and positioning of the free-standing faucet. The position and the direction of least one of the water-contact members can be adjusted so that the rough-in assembly is adapted to use in different water supply pipe arrangements. The disposition of the sleeve mounting seat ensures stability and aesthetics of the free-standing faucet.

A temperature-regulating double-control automatic faucet includes a faucet body, a single-handle double-control mixed water valve core having a lever, a solenoid valve, a water pipe assembly, a controller, a magnetic induction device, and a proximity sensor. The single-handle double-control mixed water valve core is installed in the faucet body cylinder. The magnetic induction device is configured to detect a position change of the lever. The proximity sensor is configured to sense a manual operation. The automatic faucet has a manual control mode and a sensing control mode for use, which can be used conveniently.

A faucet assembly includes a valve housing having a first side defining first and second openings, the second opening configured to receive a valve. The valve housing further includes a second side defining a third opening configured to receive at least one fluid inlet line and at least one fluid outlet line therethrough. The assembly further includes a cap configured to cover at least a portion of the third opening.

A domestic water tap (1000) is disclosed. The present application relates to a tap and an inner body for routing liquid within a tap, for example, a domestic water tap or faucet. The domestic water tap (1000) comprises an outer body (1010, 1012) and an inner body (100). The inner body (100) is housed within the outer body (1010, 1012). The outer body (1010, 1012) comprises at least one flow channel (1020, 1022) in which water can flow through the tap (1000) without contacting the outer body (1010, 1012). The inner body (100) is made from plastics and comprises at least one non-threaded bore for securely receiving a connector for delivering water from a source into the inner body (100).

A fitting device for delivering mixed water, comprising a first inflow line for feeding hot water and a second inflow line for cold water, wherein the first and second inflow lines lead into a mixing chamber for mixing cold and hot water, wherein provision is made of a first shut-off device for controlling and/or for shutting off the flow from the first inflow line into the mixing chamber, wherein the first shut-off device has a temperature-sensitive element to control the flow from the first inflow line in a manner dependent on the temperature, wherein the second inflow line has an inflow to the mixing chamber that is formed independently of the first shut-off device, wherein the mixing chamber has an outlet line for the outflow of the mixed water, wherein provision is made of a temperature-setting device for setting the temperature of the mixed water.

A faucet structure has: a valve base, an exiting hose, the two entering hose, a bottom panel, a housing, a seal cover and a handle. A valve chamber is on the valve base, and a supporting tube with first engaging openings protrudes from a supporting leg. The bolt with a sleeve nut is attached to the securing base, and two second engaging openings are on the connecting tube. The exiting hose is provided with the groove, the output head, the divider and the positioning tab. The entering hose is provided with a ring groove matched with a locking panel. The housing has a first body, a second body, a first assembly opening, a second assembly opening, a through aperture, two grooves and a ring slot. The seal cover has a first body portion, a second body portion, a third body, a beveled panel, a positioning aperture and a passing section.