Abstract: Disclosed is a teeth cleaning apparatus, including a first liquid reservoir, a teeth cleaner, a connector, and a liquid conveyer. The teeth cleaner includes a teeth cleaner body and a second liquid reservoir that is fixedly connected to the teeth cleaner body and transmits a teeth cleaning liquid to the teeth cleaner body during teeth cleaning. The connector is separable from the teeth cleaner, and the liquid conveyer transmits the teeth cleaning liquid in the first liquid reservoir to the second liquid reservoir when the teeth cleaner is connected on the connector.

Abstract: Disclosed is a portable teeth cleaning apparatus, which implements, through a pump in a teeth cleaner, a function of supplementing a teeth cleaning liquid from a connecting seat connected to the teeth cleaner. Therefore, it is no longer necessary to connect the teeth cleaner to a teeth cleaning liquid source through a connecting hose during teeth cleaning, and liquid leakage is avoided during liquid supplement. Further, a seating/unseating status and whether a liquid reservoir is filled up are detected automatically, and a controller controls on/off and switching of a series of valves, thereby implementing automatic liquid supplement of the teeth cleaner.

Abstract: A dental irrigator water tank and a dental irrigator are disclosed. The dental irrigator water tank is detachably attached to a side of a dental irrigator body, and the dental irrigator water tank extends below a lower surface of the dental irrigator body when the dental irrigator water tank is attached to the dental irrigator body. The dental irrigator includes the dental irrigator water tank and a dental irrigator body. The water tank of the dental irrigator reasonably uses the structure of the body of the dental irrigator, and increases a capacity of an inner cavity of the water tank. Further, the dental irrigator water tank is provided with a water pressure stabilizing unit to ensure that when the water level in the water tank changes, the dental irrigator can also ensure that the water output is uniform.

Abstract: Disclosed is a portable teeth cleaning apparatus, which implements, through a pump in a teeth cleaner, a function of supplementing a teeth cleaning liquid from a connecting seat connected to the teeth cleaner. Therefore, it is no longer necessary to connect the teeth cleaner to a teeth cleaning liquid source through a connecting hose during teeth cleaning, and liquid leakage is avoided during liquid supplement. Further, a seating/unseating status and whether a liquid reservoir is filled up are detected automatically, and a controller controls on/off and switching of a series of valves, thereby implementing automatic liquid supplement of the teeth cleaner.

Abstract: Disclosed is a teeth cleaning apparatus, including a first liquid reservoir, a teeth cleaner, a connector, and a liquid conveyer. The teeth cleaner includes a teeth cleaner body and a second liquid reservoir that is fixedly connected to the teeth cleaner body and transmits a teeth cleaning liquid to the teeth cleaner body during teeth cleaning. The connector is separable from the teeth cleaner, and the liquid conveyer transmits the teeth cleaning liquid in the first liquid reservoir to the second liquid reservoir when the teeth cleaner is connected on the connector.

Abstract: A showerhead combination includes a first showerhead that is non-handheld; a second showerhead that is handheld; and a control device that includes a switching mechanism and a magnetic control unit that is movably installed within the first showerhead to control when water flows out of the first showerhead. The second showerhead cooperates with the first showerhead so that, when the second showerhead is connected to the first showerhead, the connection drives the control device to cause water to flow out from the first showerhead, and, when the second showerhead is disconnected from the first showerhead, the control device causes the first showerhead to stop the water flow. A method for controlling water flow includes connecting the second showerhead to the first showerhead to cause water to flow from the first showerhead; and disconnecting the second showerhead from the first showerhead to cause water to stop water from flowing therefrom.

Abstract: There is provided a connecting structure for a handheld shower and a wall base in this disclosure, which includes a shower provided with a first magnetic member and a wall base provided with a second magnetic member, all or a part of the first magnetic member magnetically mating with and attracting a corresponding second magnetic member in the wall base to position the shower on the wall base, and the shower being rotatable by a predetermined angle to drive a first magnetic member in the shower to form magnetic repulsion against the corresponding second magnetic member in the wall base.

Abstract: A hand-held showerhead mounting bracket is disclosed for releasably holding a hand-held showerhead by cooperating with a hanging member located on a back side of the hand-held showerhead. The hand-held showerhead mounting bracket includes a bracket body having an entry passage for the hanging member to be inserted into the bracket body and an exit passage for the hanging member to exit the bracket body, and an assembly structure including a holding element movable between a retaining position and a release position. In the retaining position, the holding element retaining the hanging member after the hanging member is inserted into the bracket body, and in the release position, the holding element releasing the hanging member to enable the hanging member to exit the hand-held showerhead mounting bracket via the exit passage.

Abstract: A pressed generator includes a generator body and a driving unit, wherein the driving unit includes a button and a transmission part, the transmission part being configured to convert a movement of pressing the button into a movement of cutting magnetic induction lines by a coil in the generator body. More power can be provided by this pressed generator.

Abstract: A valve device for controlling fluid flow direction includes a cap; a valve seat secured to the cap to form a first outlet, a second outlet, and an inlet between the first and second outlets; a stem moveably disposed in a chamber between the first outlet and the second outlet; a pulse-width-modulated electromagnetic valve being adjacent to the first outlet; and a channel disposed between the stem and the pulse-width-modulated electromagnetic valve. In a first operation the pulse-width-modulated electromagnetic valve opens the first outlet and closes the second outlet so that water flows from the opening to the first outlet via the chamber and the channel. In a second operation the pulse-width-modulated electromagnetic valve closes the first outlet and opens the second outlet so that water flows from the opening to the second outlet via the chamber.

Abstract: There is provided a connecting structure for a handheld shower and a wall base in this disclosure, which includes a shower provided with a first magnetic member and a wall base provided with a second magnetic member, all or a part of the first magnetic member magnetically mating with and attracting a corresponding second magnetic member in the wall base to position the shower on the wall base, and the shower being rotatable by a predetermined angle to drive a first magnetic member in the shower to form magnetic repulsion against the corresponding second magnetic member in the wall base.

Abstract: A hand-held showerhead mounting bracket is disclosed for releasably holding a hand-held showerhead by cooperating with a hanging member located on a back side of the hand-held showerhead. The hand-held showerhead mounting bracket includes a bracket body having an entry passage for the hanging member to be inserted into the bracket body and an exit passage for the hanging member to exit the bracket body, and an assembly structure including a holding element movable between a retaining position and a release position. In the retaining position, the holding element retaining the hanging member after the hanging member is inserted into the bracket body, and in the release position, the holding element releasing the hanging member to enable the hanging member to exit the hand-held showerhead mounting bracket via the exit passage.

Abstract: The present disclosure provides a pressed generator, a remote control signal transmitter, a remote control device and a shower equipped with the generator The pressed generator comprises a generator body and a driving unit, wherein the driving unit comprises a button and a transmission part, the transmission part being configured to convert a movement of pressing the button into a movement of cutting magnetic induction lines by a coil in the generator body. More power can be provided by this pressed generator.

Abstract: A valve device for controlling fluid flow direction includes a cap; a valve seat secured to the cap to form a first outlet, a second outlet, and an inlet between the first and second outlets; a stem moveably disposed in a chamber between the first outlet and the second outlet; a pulse-width-modulated electromagnetic valve being adjacent to the first outlet; and a channel disposed between the stem and the pulse-width-modulated electromagnetic valve. In a first operation the pulse-width-modulated electromagnetic valve opens the first outlet and closes the second outlet so that water flows from the opening to the first outlet via the chamber and the channel. In a second operation the pulse-width-modulated electromagnetic valve closes the first outlet and opens the second outlet so that water flows from the opening to the second outlet via the chamber.

Abstract: A water outlet device with rotary outlet function has a fixing part, a driving mechanism, a control mechanism, at least two sliding units and several water outlet nozzles, the water outlet nozzles are movably connected to the fixing part, the sliding unit can slide with respect to the fixing part; the driving mechanism can be driven by the water flow pressure, at least two sliding units are connected with the driving mechanism and driven by the driving mechanism to drive, and at least two sliding units are communicated with the water outlet nozzles in rotary manner around the rotating axis by intersection way. The control mechanism is connected with the driving mechanism and at least two sliding units to control at least one of sliding units to slide, the sliding action of the sliding units connected to the water outlet nozzles cause the water outlet nozzles to move.

Abstract: A showerhead combination and a method for controlling water flowing. A non handheld first showerhead, a handheld second showerhead and a control device are included in the showerhead combination. The control device is installed in the first showerhead to control the water flowing out of the first showerhead. The second showerhead is cooperated with the first showerhead in two different statuses. In one status, the second showerhead is connected to the first showerhead and drives the motion of the control device to make water flowing out of the first showerhead. In the other status, the second showerhead is separated from the first showerhead, and the control device controls the first showerhead to stop water flowing.

Abstract: A water outlet device with self power generation has a fixing unit that includes an inlet waterway and at least one first outlet waterway and at least one second outlet waterway. The first outlet waterway is connected to the inlet waterway through an electric-control valve and the second outlet waterway is connected to the inlet waterway. A power generation mechanism is fixed in the fixing unit; a fast energy storage component; a control unit comprises a control circuit and a control module; the control circuit, fast energy storage component, electric-control valve and the power generation mechanism are in electric-connection, the electric energy generated by the power generation mechanism is stored by the fast energy storage component after rectification, the control circuit gets the electric energy through the fast energy storage component and controls the electric-control valve.

Abstract: A water outlet device with rotary outlet function has a fixing part, a driving mechanism, a control mechanism, at least two sliding units and several water outlet nozzles, the water outlet nozzles are movably connected to the fixing part, the sliding unit can slide with respect to the fixing part; the driving mechanism can be driven by the water flow pressure, at least two sliding units are connected with the driving mechanism and driven by the driving mechanism to drive, and at least two sliding units are communicated with the water outlet nozzles in rotary manner around the rotating axis by intersection way. The control mechanism is connected with the driving mechanism and at least two sliding units to control at least one of sliding units to slide, the sliding action of the sliding units connected to the water outlet nozzles cause the water outlet nozzles to move.