A shower head assembly includes a main body, a face plate, and a switching device installed inside the main body for controlling an outflow of water from the face plate. The circumferential portion of the face plate is provided with a plurality of water outlet units. Each water outlet unit includes a plurality of jet orifices for producing a plurality of fine spouts. Since the diameter of each jet orifice is small, the water discharge force of the fine spouts is stronger. The water-saving effect is good. The shower head can be used for a low water pressure environment.

The present disclosure discloses a socket device comprising a fixing portion. The fixing portion comprises a socket portion, a water inflow passage, a first water outflow passage, a second water outflow passage, a first switching mechanism, a first water dividing passage, and a first control mechanism. The socket portion comprises a switch. The second water outflow passage, the first water outflow passage and the second water outflow passage are switched to be connected to the water inflow passage by the first switching mechanism. The switch is connected to the first switching mechanism to drive the first switching mechanism. The first control mechanism is configured to control the water inflow passage to be connected to the first water dividing passage or control the first water dividing passage to be opened or to be closed.

A valve for a bathroom or kitchen hand shower is described including—a body of the valve; —an inlet for the water into the body of the valve; —at least one outlet for the water out of the body of the valve, —a closing body inside the body of the valve; —an actuation device for shifting the closing body along a first axis between at least one closing position of a fluid path between the inlet and one of said at least one outlet and an opening position of the fluid path between the inlet and said at least one of said at least one outlet; —an actuator button outside the body of valve associated with the actuation device. The actuation device includes a cam located in the body of the valve and a stepwise advancement mechanism located outside the body of the valve and operatively associated with the cam, the cam being associated with the closing body of the valve and the advancement mechanism advancing by one step upon each next shift of the actuator button from a release position to an actuation position, by moving the closing body between the closing and opening positions, —an elastic return system is operative between the actuator button and the body of the valve and between the actuator button and the advancement mechanism, to return the actuator button from the actuation position to the release position and to reposition the advancement mechanism for a next step.

The present disclosure discloses a water outlet device comprising a water outlet portion and a moving portion disposed in the water outlet portion. The water outlet portion comprises a body portion and a cover portion. The cover portion comprises a first water outlet nozzle, and the moving portion is movable relative to the cover portion. A transmission mechanism is disposed between the moving portion and the water outlet portion, and the transmission mechanism drives the moving portion to move toward the cover portion and away from the cover portion. The moving portion comprises an insertion portion. Movement of the moving portion controls the insertion portion to insert or pull out from the first water outlet nozzle, and the first water outlet nozzle discharges different water spray patterns when the insertion portion is inserted into or pulled away from the first water outlet nozzle.

A combined shower includes a wall-mounted supporting arm, an over-head shower and a hand-held shower. The over-head shower is fixed on the wall-mounted supporting arm. The hand-held shower is detachably fixed on the wall-mounted supporting arm through a hose. A switching button is provided on the wall-mounted supporting arm, and the switching button is configured to selectively switch on the over-head shower or the hand-held shower through a handle. Additionally, the wall-mounted supporting arm is provided with a mounting ring, the hand-held shower is provided with a central hole, and the hand-held shower is sleeved outside the mounting ring through the central hole, which ensures that the hand-held shower can be stably fixed on the wall-mounted supporting arm and can also be freely taken and used.

Disclosed is a shower head. The shower head comprises a water passing mechanism, a gunjet mechanism, a cover mechanism, a first switcher and a second switcher. The water passing mechanism includes a water inlet pipe and a water passing member. The water inlet pipe and the water passing member are in communication with the first switcher, respectively. The gunjet mechanism includes a jet nozzle which is in communication with the first water passage. The cover mechanism is in communication with the second water passage. The first switcher is configured to switch the water out from the gunjet mechanism or the cover mechanism. The second switcher is configured to switch the water outlet modes of the cover mechanism.

The present disclosure discloses a wall mount base device. The wall mount base device comprises a wall mount bracket and a hanging member configured to be hung on the wall mount bracket. The wall mount bracket is disposed with a hanger, and the hanger comprises a locking groove. The hanging member is disposed with a locking mechanism, and the locking mechanism comprises one or more locking members, a transmission mechanism, and an operating member. The hanging member is configured to detachably cooperate with and encompass an outer side of the hanger, and the hanger cooperates with and is encompassed in the hanging member disposed on an outer side of the hanger. When the one or more locking members are disposed at the locked positions, the one or more locking members are disposed in the locking groove to enable the hanging member to be locked to the wall mount bracket.

A shower head with a shower holder comprises a housing, a water outlet component, a switching handle and a water diversion component; the top of the housing is provide with a water inlet; a handle part extends outwards from one side of the housing, the tail end of the handle part is provided with a water outlet connector, and the shower holder and the switching handle are provided at two radial ends of the handle part, respectively; the water diversion component is provided inside the handle and comprises a water diversion device and a valve core, the water diversion device is provided with a water inlet channel, a first water outlet channel and a second water outlet channel, and the valve core is provided at the intersection area of the water inlet channel, the second water outlet channel and the first water outlet channel.

A handheld shower includes a shower body and a liquid storage tank. The shower body has an inlet channel and an outlet portion, and the inlet channel communicates with the outlet portion. The liquid storage tank has a receiving space and a liquid outlet, and the receiving space is adapted to receive a cleaning solution. The liquid outlet communicates with the receiving space and is adapted to output the liquid solution inside the receiving space. The liquid storage tank is detachably engaged with the shower body, and the handheld shower is light and easy to carry. Thereby, users no need to carry many bottles of cleaning solution when traveling or on business trips, and have their own handheld shower when they are going out, enhancing the convenience of the journey and the comfort of bathing outside.

A showerhead assembly is provided which includes an outer housing and inner housing. The inner housing includes a support disk and gear housing disk having two diverter arms and a gear train. The gear train includes a propeller, a coaxial pinion, and a large gear. The outer housing includes the base and a faceplate having nozzle systems connecting to complementary orifices. Water enters the internal housing via a channel where it is further diverted by the diverter arms so as to impinge on the gear train's propeller, causing the gear train's individual components to rotate. Upon the rotation of the large gear, the large gear's slot aligns with a selected orifice whereby water travels through and enters a corresponding nozzle system. This sequence continues, causing water to sequentially spray from individual nozzles in systematic intervals so as to create a strobe-like spray pattern.