A shower head water collecting device includes a water collecting hanging component, a temperature sensing element, an assembling component, a solar panel, and a temperature displaying element. The water collecting hanging component is provided for a shower head to be hung thereon and collects the water spraying from the shower head. The temperature sensing element is disposed inside the water collecting hanging component to sense the temperature of water spraying from the shower head. The assembling component is mounted on top of the water collecting hanging component. The solar panel and the temperature displaying element are disposed in the assembling component. The solar panel is electrically connected to the temperature sensing element and the temperature displaying element, wherein the solar panel harvests the light energy from the outside and converts it into electrical energy to supply power to the temperature sensing element and the temperature displaying element.

A switching valve includes a base having a bottom wall. The switching valve includes a body that couples to the base to define a cavity between the body and the bottom wall. The body includes through holes that are each fluidly coupled to the cavity. The switching valve includes a driven slider set disposed within the cavity and having sub-sliders evenly distributed about the base. The switching valve includes driving rods each movably coupled to one of the through holes of the body. Each driving rod moves in a linear direction relative to the through holes to block or unblock each through hole. Each sub-slider slides in a linear direction responsive to movement of the driving rods. Only one through hole is unblocked at one time.

A therapeutic substance dispensing shower head system has a shower head and a therapeutic substance carrying cartridge that is removably inserted into the shower head to diffuse the therapeutic substance into the water flowing through the shower head. The cartridge is configured for single hand manipulation and is inserted into a cartridge socket that is provided in the face of the shower head to make operation simple. The diffusion rate of the substance into the water flow is variably controlled by turning the cartridge while it is inserted in the cartridge socket. The diffusion is not predicated on aspiration or venturi concepts and thus is not sensitive to different water pressures and flow rates.

A therapeutic substance dispensing shower head system has a shower head and a therapeutic substance carrying cartridge that is removably inserted into the shower head to diffuse the therapeutic substance into the water flowing through the shower head. The cartridge is configured for single hand manipulation and is inserted into a cartridge socket that is provided in the face of the shower head to make operation simple. The diffusion rate of the substance into the water flow is variably controlled by turning the cartridge while it is inserted in the cartridge socket. The diffusion is not predicated on aspiration or venturi concepts and thus is not sensitive to different water pressures and flow rates.

A top spray-water outlet device includes a top spray body, a switching device, clamping jaws, and elastic members. A water inlet, a shower water outlet and two top-spray water outlets are provided in the middle of an upper end of the top spray body. The water inlet is respectively connected to the shower water outlet and the top-spray water outlets. The switching device is arranged on one side above the top spray body. Upper and lower surfaces of the clamping jaw are respectively provided with a rotating shaft and a number of water outlet holes. The rotating shaft is rotatably fitted at the top-spray water outlet and is movably sealed. A water inlet hole is provided above the rotating shaft. The clamping jaws can function as a clamping mechanism to fix the hand shower and also as a water outlet device to spray water in this way.

A top spray-water outlet device includes a top spray body, a switching device, clamping jaws, and elastic members. A water inlet, a shower water outlet and two top-spray water outlets are provided in the middle of an upper end of the top spray body. The water inlet is respectively connected to the shower water outlet and the top-spray water outlets. The switching device is arranged on one side above the top spray body. Upper and lower surfaces of the clamping jaw are respectively provided with a rotating shaft and a number of water outlet holes. The rotating shaft is rotatably fitted at the top-spray water outlet and is movably sealed. A water inlet hole is provided above the rotating shaft. The clamping jaws can function as a clamping mechanism to fix the hand shower and also as a water outlet device to spray water in this way.

A smart shower head to regulate temperature of water being supplied is disclosed. The smart shower head comprises a showering section (101) for showering water, a shower head arm connecting the showering section (101) and supplying water to the showering section (101), and at least one compartmentalized nero-thermal coil 103 running through the length of the shower head arm (102) and the showering section (101).

A smart shower head to regulate temperature of water being supplied is disclosed. The smart shower head comprises a showering section (101) for showering water, a shower head arm connecting the showering section (101) and supplying water to the showering section (101), and at least one compartmentalized nero-thermal coil 103 running through the length of the shower head arm (102) and the showering section (101).

The present disclosure relates to a showerhead including an upper cover, a lower cover, and a middle plate disposed between the upper cover and the lower cover. A bottom portion of the middle plate defines a first water cavity and a second water cavity that is independent from the first water cavity. The middle plate further defines a first water inlet channel in fluid communication with the first water cavity and a second water inlet channel in fluid communication with the second water cavity. The lower cover includes a first water outlet in fluid communication with the first water cavity and a second water outlet in fluid communication with the second water cavity. The second water inlet channel includes a plug that can open and/or close the second water inlet channel responsive to water pressure exerted on the plug within the showerhead.

The present disclosure relates to a showerhead including an upper cover, a lower cover, and a middle plate disposed between the upper cover and the lower cover. A bottom portion of the middle plate defines a first water cavity and a second water cavity that is independent from the first water cavity. The middle plate further defines a first water inlet channel in fluid communication with the first water cavity and a second water inlet channel in fluid communication with the second water cavity. The lower cover includes a first water outlet in fluid communication with the first water cavity and a second water outlet in fluid communication with the second water cavity. The second water inlet channel includes a plug that can open and/or close the second water inlet channel responsive to water pressure exerted on the plug within the showerhead.