A shower head to jet an air bubble-liquid mixture by mixing air bubbles into the liquid includes a shower nozzle, a flow-adjustment piece, and air introduction passages. The shower nozzle includes an air bubble mixing space. The flow-adjustment piece is arranged in the air bubble mixing space. The air introduction passages cause air to flow into the air bubble mixing space therethrough.

A shower system having an operating handle includes a positioning member, a ball joint, an overhead shower head, and a control mechanism. The positioning member has a water supply passage therein. The overhead shower head has an inlet end pivotally connected to the ball joint. The overhead shower head includes a handle portion protruding from a surface of the overhead shower head. The control mechanism is disposed on the handle portion and configured to control the inlet end of the overhead shower head to be in communication with an outlet end of the overhead shower head. The shower system is suitable for users of different heights, easy to operate, simple in structure and low in cost.

An embedded storage type shower device is provided, which includes: a built-in bottom box; two water outlets at a top of a water distribution valve and a water outlet at a right side thereof are connected to a branch pipe. A water outlet at a top of the water distribution valve is connected to an end of the branch pipe and a top spray fixed seat, a bottom of the top spray fixed seat is fixedly connected to a top spray part. A water outlet at a right of the water distribution valve is connected to an end of the branch pipe and a shower installation seat, the shower installation seat is connected to a handheld shower through a hose. By embedding the built-in bottom box in the wall, an installation of a main water supply pipe and the water distribution valve is improved.

A showerhead with a removable portion is provided that includes a fixed fluid dispensing unit supported at a location. The fixed dispensing unit has a fixed nozzle apertures arranged on a fixed spray face within a first area of between 55 and 95 percent of the fixed spray face, the fixed spray face having a second area devoid of fixed nozzle apertures and contiguous with the first area. A removable fluid dispensing unit has a front face defining a front face area, a back surface in opposition to the front face, and removable nozzle apertures arranged on the front face, the back surface adapted to overlap the second area of the fixed spray face and protrude in every portion from the fixed spray face. A handle and fluid supply house are provided.

An embedded storage type shower device is provided, which includes: a built-in bottom box; two water outlets at a top of a water distribution valve and a water outlet at a right side thereof are connected to a branch pipe. A water outlet at a top of the water distribution valve is connected to an end of the branch pipe and a top spray fixed seat, a bottom of the top spray fixed seat is fixedly connected to a top spray part. A water outlet at a right of the water distribution valve is connected to an end of the branch pipe and a shower installation seat, the shower installation seat is connected to a handheld shower through a hose. By embedding the built-in bottom box in the wall, an installation of a main water supply pipe and the water distribution valve is improved.

The present disclosure discloses a water outlet mechanism comprising a water outlet body, a driving assembly, an eccentric cam, a swinging plate, and one or more water outlet nozzles. The water outlet body comprises a water inlet port, a water outlet port, and a water-passing cavity in communication with the water inlet port and the water outlet port. The driving assembly is disposed in the water-passing cavity. The eccentric cam is rotatably disposed in the water-passing cavity and is operatively coupled to the driving assembly. The swinging plate is swingingly disposed in the water-passing cavity and is operatively coupled to the eccentric cam. The one or more water outlet nozzles are swingingly disposed on the swinging plate and are configured to be driven by the swinging plate to perform reciprocating movement of swinging in a front-and-rear direction.

The invention relates to a water distribution device (1) for a shower installation, comprising: a distribution head (12) comprising at least two groups of water ejection nozzles (14, 16, 18), each group of nozzles (14, 16, 18) being connected to at least one respective distribution channel; a supply channel; a jet selection device (20), interposed between the supply channel and each of the distribution channels, the selection device (20) comprising an internal body (20a) of spheroidal shape, the internal body (20a) being arranged in a housing of complementary shape formed in a body (10) of the distribution device, the internal body (20a) being movable in rotation about two perpendicular axes, between a plurality of distribution positions, each distribution position making it possible to put the supply channel and at least one distribution channel in fluid communication, the selection device (20) comprising a control element (20b) secured to the internal body (20a), the control element (20b) being operable by a user in order to modify the position of the internal body (20a).

A showerhead including a faceplate with openings supporting outer nozzles. The outer nozzles cooperate with a membrane having inner nozzle protrusions. A backer support secures the membrane in place relative to the outer nozzles and creates water flowpaths to the inner nozzle protrusions.

A shower assembly. The assembly may include a housing defining a housing portion with a waterway through which water flows, the waterway extending parallel to an axis from an inlet to an outlet, the housing portion defining an inner wall, a passage housing portion defining a passage upstream of the inlet and the waterway, and a receptacle defined at least in part by the inner wall of the housing portion, the receptacle including an open first end aligned with the outlet and an open second end spaced apart from the open first end. The assembly may further include an auxiliary device removably supported in the receptacle. With the auxiliary device at least partially supported in the receptacle, the auxiliary device may block the receptacle. With the auxiliary device removed from the receptacle, the receptacle may be uncovered.

An exposed secondary showerhead system configured to be supported by a shower enclosure. The illustrative showerhead system includes an overhead conduit fluidly coupled to a shower inlet pipe and to at least one showerhead.