Abstract: A method for controlling a digital shower system includes the steps of: actuating the digital shower system for operation; detecting whether the system is in order or not, and if not, generating an error message; otherwise, performing the next step; entering a ready mode, for discharging in advance a water flow in an outlet pipe that does not reach a preset outlet water temperature; entering a shower mode, in which a desired message is input through a digital user interface, a water outlet is controlled by a control unit to continuously output water maintained at the same temperature as the preset outlet water temperature; and providing several preset power-off conditions for automatically turning off the digital shower system. The method may not only achieve the function of discharging water in advance, but also automatically shut off the water output in a certain time period, so as to save water.

Abstract: A showerhead with a rotationally adjustable handle includes a handle unit, a water outlet head unit, and a water inlet control unit. The handle unit has a hollow structure therein and has a first, a second, and a third communicating pipe penetrating therethrough. The water outlet head unit has a cover cap and an outlet valve assembly. The cover cap is connected to a first end of the handle unit and provided with an accommodating space for accommodating the outlet valve assembly. The outlet valve assembly is connected to one ends of the first, the second, and the third communicating pipe. The water inlet control unit is connected to a second end of the handle unit and is rotated to control a water inlet state among a plurality of stages, such that a water flow is guided into any one or a combination of any two of the communicating pipes.

Abstract: A parent-child showerhead includes a wall-mounted showerhead, a hand-held showerhead, and a showerhead bracket. The wall-mounted showerhead is fixed on a conduit extending from a wall and connects to the hand-held showerhead via a hose. The showerhead bracket is provided for the hand-held showerhead to hang thereon. The wall-mounted showerhead has a water diverter disposed therein for controlling the spray water from the wall-mounted showerhead or the hand-held showerhead or from both of them. The water diverter has an adjusting knob for changing a direction of the water flow, and the adjusting knob is located on the wall-mounted showerhead at side close to a user, which is convenient for users to operate. The showerhead bracket is disposed at a lower position of the wall-mounted showerhead, and has a receptacle. The receptacle is in a pivoted state to adjust an angle and provide the hand-held showerhead to be engaged therein.

Abstract: A hand-held showerhead structure includes a handle portion, a water-outlet base, and a rotary member. The rotary member includes an outlet valve and is mounted on the water-outlet base in a rotationally adjustable manner, which is turned by a user to adjust to a desired water-spraying mode. A plurality of annular chambers is defined between a middle cover and a lower cover of the outlet valve. A plurality of arc-shaped flow-guide ribs distributed radially and separated from one another is protruded from a top wall of the lower cover opposing to an annular chamber in an outer peripheral area. A plurality of open-ended arc-shaped flow-guide channels is accordingly defined between the flow-guide ribs. Moreover, a plurality of outlet holes is arranged in flow-guiding directions of the flow-guide channels. Therefore, the showerhead positioned in such a water-spraying mode is capable of achieving a uniform water-spraying effect at a larger spraying area.

Abstract: A canister flush valve includes a float, an overflow tube and a plurality of adjustment baffles, wherein the hollow cylindrical float is provided with a bottom wall, a plurality of water inlets are defined in the bottom wall, and a top end of the water inlet assumes a tapered form. Moreover, the overflow tube is clamped to the float, a ring plate radially extends from the overflow tube close to the bottom wall, and the overflow tube is provided with a positioning portion. The positioning portion enables the adjustment baffles to be selectively fastened and disposed thereto, thereby enabling changing the distance between the water inlet to the lowest adjustment baffle to vary the flow quantity of flush water flowing into the canister flush valve from the water inlets, and further changing the speed the float sinks in the flush water as well as the speed a valve port closes.

Abstract: A separable faucet mainly provides two control bodies, an outlet assembly, and a three-way pipe assembly. A control valve is disposed in each control body, and connected to an inlet pipe and an outlet pipe. One end of a plastic inner pipe of the outlet assembly is connected to a spout piece, and an outer edge is covered by a metal cover to counteract changes in water pressure by the metal cover to ensure a tight combination between the plastic inner pipe and the spout piece. Another end is connected to a connecting pipe, and an outer edge is covered by a metal cap secured to the connecting pipe to urge the plastic inner pipe against the connecting pipe tightly by a minor diameter part of the metal cap. The three-way pipe assembly is connected to the connecting pipe and outlet pipes of the two control bodies respectively.

Abstract: A flush valve assembly structure of a water tank is provided, and includes a valve seat, a guide rod, and a canister flush valve. The canister flush valve seals a flow path from an internal of the water tank to a toilet bowl, and may be lifted up to be separated from the valve seat to form a valve port. A water passage part is mounted on the canister flush valve, and a water passage post is disposed on the water passage part. A water inlet is disposed on the water passage post, which may be appropriately blocked by a block wall correspondingly disposed on the bottom wall. Meanwhile, a position of the water passage post may be adjusted to change a degree that the water inlet is blocked, so as to change a flow volume of flush water entering the canister flush valve from the water inlet.

Abstract: A water-flow filtering structure is provided, including three main built-up members: a filter ring, a water-saving piece, and a water-filtering upper cover, which are removable relative to each other. A plurality of water-filtering holes are disposed in a central region of the water-filtering upper cover, a inner chamber is disposed on an inner side of the water-filtering upper cover for making the water-filtering holes communicate with each other, a control gap is formed between the inner chamber and a throttle body on the water-saving piece, and a plurality of diverging holes are disposed at a periphery of the throttle body of the water-saving piece, so that a water-flow can flow from the respective water-filtering holes of the water-filtering upper cover towards the filter ring via the inner chamber, the control gap and the respective diverging holes.

Abstract: A water flow temperature control system is described. A hot and cold water flow respectively flow through a first and a second inlet passage of a valve and reach a temperature control sheet through a pressure equalization valve and two water seals. The quantities of the water flows are controlled by changing positions of two large or two small tapered adjusting holes on the temperature control sheet relative to the two water seals before flowing towards a water mixer of a mixing device. The water flows enter from a large opening portion of the water mixer, and are mixed in a helical direction. After that, the water flows pass through a number of outlet holes on a small opening portion of the water mixer towards an outlet passage of the valve. The center of the temperature control sheet is connected to a first end of a transmission shaft.

Abstract: A method for controlling a digital shower system includes the steps of: actuating the digital shower system for operation; detecting whether the system is in order or not, and if not, generating an error message; otherwise, performing the next step; entering a ready mode, for discharging in advance a water flow in an outlet pipe that does not reach a preset outlet water temperature; entering a shower mode, in which a desired message is input through a digital user interface, a water outlet is controlled by a control unit to continuously output water maintained at the same temperature as the preset outlet water temperature; and providing several preset power-off conditions for automatically turning off the digital shower system. The method may not only achieve the function of discharging water in advance, but also automatically shut off the water output in a certain time period, so as to save water.

Abstract: A showerhead with a rotationally adjustable handle includes a handle unit, a water outlet head unit, and a water inlet control unit. The handle unit has a hollow structure therein and has a first, a second, and a third communicating pipe penetrating therethrough. The water outlet head unit has a cover cap and an outlet valve assembly. The cover cap is connected to a first end of the handle unit and provided with an accommodating space for accommodating the outlet valve assembly. The outlet valve assembly is connected to one ends of the first, the second, and the third communicating pipe. The water inlet control unit is connected to a second end of the handle unit and is rotated to control a water inlet state among a plurality of stages, such that a water flow is guided into any one or a combination of any two of the communicating pipes.

Abstract: A process for fabricating an integral plastic faucet member and a finished product thereof are provided. The process mainly includes two injection steps. A first plastic injection is used to mold a first part at a middle connecting part of a faucet member. The first part is then placed into a mold for a second plastic injection so as to mold a second part at two sides of the faucet member. The second part is properly wrapped around and bonded to the first part. Meanwhile, desired holes are reserved to serve as water inlets, water outlets, and valve seats. Through such a two-injection process, the conventional complicated and time-consuming copper casting process is simplified, which improves the production efficiency and product quality, lows the cost and defective ratio. Meanwhile, the product weight is also reduced, which greatly reduces the transportation cost.