Abstract: A plug switch outlet mechanism has a first and second shower. The first shower includes a first switch mechanism inside and a socket outside a fixed unit, an outlet connected to the fixed unit; the fixed unit is disposed with two waterways and an inlet waterway connected to the external water source, one of the waterway is connected to the outlet, the socket is disposed with a switch, the switch is driving connected to the first switch mechanism for driving the first switch mechanism when touched to make the two waterways switched to connect to the inlet waterway; the second shower is connected to the other waterway, the second shower is coupled to the socket and can plug into the socket, when the second shower is inserted into the sockets or pulled away from the socket, the switch is touched.

Abstract: The present invention discloses a button water-saving shower, it comprises a body and a water-saving mechanism, an inlet passage communicating with the water resource and an outlet cavity are arranged in the body; the water-saving mechanism is arranged in the body in a up-and-down sliding manner, and comprises a pressing mechanism similar to the automatic ball pen and a floating cover connected to the pressing mechanism; the outlet cavity is communicated with the inlet passage and comprises at least one inlet hole of which the outlet sectional area is changed along the up-and-down movement of the floating cover. The shower can achieve the water-saving function through button and achieve the switching of the outlet functions through the water division unit with easy use and good practicability.

Abstract: A switching method of a button switching shower includes: step 1, pressing a button slidingly connected to the shower, and then the button slides; step 2, the button acts on the linking seat of the pawl for rotating the pawl; step 3, the pawl rotates the ratchet wheel through the control end of the pawl, and the shape of the elastic claw of the pawl is changed for restoring energy; step 4, the rotation of the ratchet wheel rotates the water diversion disc, and then the water diversion disc is in place, and then the water diversion disc switches the outlet functions, the stopping claw of the pawl is against the ratch of the ratchet wheel for stopping the ratchet wheel inversion; step 5, the pressing is loosened for resetting the button, and the elastic energy of the elastic claw is released for resetting the pawl.

Abstract: A shower with rotatable top and bottom rotating covers and a rotatable watering function, comprising: a shower housing, a watering unit having a tilted hole, an impeller set beneath the tilted hole and axially located between the shower housing and the watering unit, a top rotating cover protruding on the shower housing and fixed on the top of the impeller, and a bottom rotating cover protruding under the watering unit and fixed beneath the impeller. The top and bottom rotating covers rotate with the impeller around the same axis. The bottom cover contains an off-center outlet. The water stream from the tilted hole of watering unit will strike the impeller, rotating the top and bottom rotating cover around the same axis. The off-center outlet of the bottom rotating cover then generates a rotating spray.

Abstract: A button water-stopping device has a button mechanism that can be glidingly connected to a main body, a shaking plate that can be asway set in the main body. The main body has a water channel that can penetrate the main body and a division board that is hermetically set in the water channel and has the first water hole that penetrates the division board. The button mechanism has a button and an elastic rod which is fixed under the button, and reaches into the water channel. The shaking plate has the second water hole that penetrates the shaking plate and a control groove which has two cooperative grooves. The elastic rod reaches into the control groove and can alternatively resist one of the two cooperative grooves to make the shaking plate swing left or right.

Abstract: The present invention discloses a shower head that can turn colors along with temperature change. The said shower head that can turn colors along with temperature change comprises a hollow body and a face cover hermetically set at the front end of the hollow body, and the unity or part of the said face cover is color-changing unit used for offering the information of temperature change. The said shower head that can turn colors along with temperature change can directly show whether the temperature of the water that comes out of the shower head is suitable through color, it is convenient and has more fun when taking shower.

Abstract: A hand held shower with a button switching mechanism for switching spray patterns disclosed in the present invention comprises a body, a button switching mechanism and a cover unit. The button switching mechanism comprises a seat, a disc, a lever, a button, a lower ratchet wheel sleeve and an upper wheel bar. Each time the button pressed, the disc will be rotated to a certain angle so that the outlet hole of the disc will align with the different inlets of seat. The inlets of the seat and the channels with different functions of the cover unit cooperate to switch the spray pattern. The spray pattern can be conveniently and accurately switched by pressing the button with one hand and with little effort.

Abstract: The present invention includes a swinging switching structure of outlet device fixed below a shower body, a water-dividing body sealed and fixed above an outlet device; said water-dividing body having at least two water-dividing bores so as to connect to the water cavities with different function of said outlet device having a movable switching device in the shower, and by the co-operation of shower and water-supply pipe-joint, when flapped, the shower will swing and inclined, then the movable switching device will control the water to spray out through different bores of water-diving body, thus achieving the switching of function. This water switching function of the shower is more efficient and flexible.

Abstract: A self-locking slide bar has a rod body and a shower head fixing seat sleeving the rod body. A sleeve seat for fixing a shower handle is outside the fixing seat. The fixing seat has a sliding upper and lower seat cover, and a floating block. The floating block sleeves the rod body, and a friction plate is provided on the inner wall of the floating block. An orifice is located on the contrary position to the friction plate and contacts the rod body. The floating block is movably positioned in a containing cavity made up of the upper and lower cover of the sliding seat. In the normal state, the lower end of the floating block contacts the sliding seat lower cover, the orifice and the friction plate act on two sides of the rod body, and the shower head fixing seat is fixed on the rod body.

Abstract: The invention discloses a vivid water bloom shower. An electric generator, a control circuit board and at least one electromagnetic valve are arranged in the seal area of the vivid water bloom shower, the electric generator and the electromagnetic valve are respectively electrically connected with the control circuit board; a water inlet passage, at least one normal water outlet passage and at least one rhythm water outlet passage are arranged in the water passage of the vivid water bloom shower, and the electromagnetic valve is arranged between one water inlet passage and one rhythm water outlet passage. Controlled by the control circuit board, the vivid water bloom shower can adjust water currents along with the music rhythm, thereby enabling a user to enjoy the simulated vivid scenery.

Abstract: Rotary-sprinkling shower comprises: a body which has a water inlet end and a water outlet end forming a waterway there-between; a front cover component rotatably disposed on the water outlet end of the body, equipped with water spray nozzles in communication with the waterway; a hydraulic driving unit disposed in the waterway, while connected with the front cover component by a rotating shaft; the hydraulic driving unit is driven by the water flow in the waterway to drive the front cover component to rotate. The invention drives the whole front cover to rotate by water flow, achieves the rotary sprinkling water; every water spray nozzle on the front cover rotates around the center of the whole front cover instead of its self-center, therefore, the rotation scope of the water flow is relatively larger.

Abstract: Illuminable shower head, comprising a main body, a hydroelectric device arranged in the main body, a circuit board, an illuminant and a water outlet device arranged in front of the main body; the hydroelectric device is electrically connected with the circuit board and the illuminant; wherein said water outlet device is made of transparent material, said illuminant comprises a backlight and a plurality of LED lights, said backlight is disposed upon said water outlet device, said LED lights are disposed on the side surface of the periphery of the backlight and illuminate toward the backlight. The light emitted from the LED lights 51 can be conducted and unified by the backlight 52 and then illuminates the whole water output panel of the shower head, so the whole water output panel of the shower head will be luminous; moreover, the luminous water output panel will have the function of illumination.

Abstract: A shower with joystick function, comprising a fixed unit, a switching unit, and a watering unit, wherein the fixed unit comprises a main body and a supporting cover mounted together, a watering chamber able communicate to with the water supply. The center of said supporting cover has an upwardly projecting part and multiple sets of water outlets. The switching unit comprises a driving plate disposed in the watering chamber and rotably connected to the projecting part. The driving plate is connected to multiple sets of sealing columns uniformly and circumferentially spaced and respectively corresponding to each water outlet. A joystick projects from the driving plate, through the main body. The sealing columns are inserted or pulled out of the water outlets to seal or to open the water outlets by rotating the joystick. The watering unit is mounted under the fixed unit and comprises multiple watering sets.

Abstract: A water-saving control device and the control method thereof is used in an inflowing waterway. The control device has an internal floating body disposed in an upper cover, a spring and a main body. The upper end of the internal floating body forms a head, which can be hermetically cooperated with an opening of the upper end of the upper cover. The side wall of the internal floating body has a water inlet. The side wall of the lower part of the main body has a flow adjusting opening and the lower part of the internal floating body is movable in the main body for adjusting the flow opening. The lower end of the spring abuts against the inside of the main body while the upper end abuts against the internal floating body to seal the opening of the upper cover.

Abstract: A rotary switched shower includes: a shell connected to a handle and a water outlet device. A turntable is fixed to the handle. The shell is fixed to front cover, and they form a chamber containing the water outlet device and a water inlet hole. The water outlet device and the front cover form at least two function water channels. An upper water segregator is fixed to the shell. At least two function water holes which are connected to a function water channel are contained in the upper water segregator. When the shell is turned a certain angle relative to the upper water segregator, the water inlet hole in the turntable is connected to a function water hole. A user can switch the function water channel by rotating the shell relative to the handle. The larger volume of the shell increases the contact area for the users hand.

Abstract: An overhead shower comprises a stationary part rotably connected to a rotating part having two water division apertures disposed oppositely left and right, and a cover plate having two movable members disposed left and right, rotably connected inside said rotating part. A switching method comprises: step 1, Push one side of the overhead shower to rotate the rotating part until the top surface of the movable member of said side of the cover plate leans against the stationary part, and until the water division aperture seals and leans against the underside of the movable member of said side of the cover plate, to seal said water division and simultaneously open another water division aperture; step 2, Release the overhead shower, then the rotating part and said movable member of the cover plate attach hermetically under the water pressure, the rotating part will be restored by a spring or gravity.

Abstract: A hydropower rotating overhead shower, comprising a shower housing, an impeller rotating unit and a cover unit, wherein said impeller unit comprises an impeller cover and an impeller set in said impeller cover. The sidewall of said impeller cover has a water inlet and a sealing device for partially sealing said water inlet. The impeller is fastened with a mandrel, wherein the bottom of said mandrel is fastened with said cover unit, so said mandrel and cover unit can simultaneously rotate with said impeller. The shower has the following advantages: the sealing device is applied to partially seal the water inlet of the sidewall of the impeller cover so that the cover unit can be switched between rotatable and unrotatable. The shower generates either spray watering or ordinary flower watering, and it only needs one water channel for the water stream to flow out of the impeller cover.

Abstract: A shower with rotatable top and bottom rotating covers and a rotatable watering function, comprising: a shower housing, a watering unit having a tilted hole, an impeller set beneath the tilted hole and axially located between the shower housing and the watering unit, a top rotating cover protruding on the shower housing and fixed on the top of the impeller, and a bottom rotating cover protruding under the watering unit and fixed beneath the impeller. The top and bottom rotating covers rotate with the impeller around the same axis. The bottom cover contains an off-center outlet. The water stream from the tilted hole of watering unit will strike the impeller, rotating the top and bottom rotating cover around the same axis. The off-center outlet of the bottom rotating cover then generates a rotating spray.

Abstract: A water saving device and method of using same disclosed in the present invention, wherein the water saving device comprising a sleeve (2) and an elastomer (1) fixed in said sleeve (2), said elastomer (1) having at least a permanently-open hole (13), a throttling hole (14) and a protrusion (12) for arranging said permanently-open hole (13) and/or throttling hole (14); said permanently-open hole (13) is a hole which still maintain open status after being distorted by pressure, said throttling hole (14) is a hole which will be closed approximately after distortion by pressure. The water saving device not only has the function of decreasing the flow, but also can adjust the flow of the shower and faucet to make the flow steady.

Abstract: A hand held shower with a button switching mechanism for switching spray patterns disclosed in the present invention comprises a body, a button switching mechanism and a cover unit. The button switching mechanism comprises a seat, a disc, a lever, a button, a lower ratchet wheel sleeve and an upper wheel bar. Each time the button pressed, the disc will be rotated to a certain angle so that the outlet hole of the disc will align with the different inlets of seat. The inlets of the seat and the channels with different functions of the cover unit cooperate to switch the spray pattern. The spray pattern can be conveniently and accurately switched by pressing the button with one hand and with little effort.