The present invention provides a shower head system for the preservation of a water supply of a shower. The user is allowed the option to configure the water supply in a secondary outlet flow and a primary outlet flow. The secondary outlet flow, in some embodiments, is a droplet or rain-style flow. Without impeding the traditional or existing shower head the current invention allows the user to conserve water and customize different bathing experiences while doing so.

A water faucet includes a first pipe, a housing and a first sealing ring. The first pipe includes a first sidewall, a second sidewall, a third sidewall and a first sliding portion. The first pipe includes a first accommodate space and an inlet. The housing includes a top wall, a second pipe and a second sliding portion corresponding to the first sliding portion. The second pipe includes a fourth sidewall connected with the top wall to form a second accommodate space and an outlet. When the first sliding portion slides to a first position, the first sealing ring is located between the fourth and the second sidewall to prevent water flowing between the first pipe and the housing. When the first sliding portion slides to a second position, water from the inlet can flow to the outlet via the first accommodate space, the though hole and the second accommodate space.

A dual hand-held shower head assembly includes a water supply pipe, a pipe joint, a water input tube, a button switch valve body, a first water output tube, a second water output tube, a first hand-held shower head, and a second hand-held shower head. The pipe joint has a first water inlet end, a first water input nozzle, a first water output nozzle, and a first water outlet end. The button switch valve body has a second water input nozzle, a second water output nozzle, and a second water outlet end. One side of the button switch valve body is fixedly connected to a suction cup assembly or a double-sided tape assembly.

A faucet aerator comprises: a casing and a guiding member. The casing has a water inlet 11 and a water outlet. The water inlet is provided with a threaded portion for engaging with a faucet. The casing is further provided with at least one ring groove at an inner surface for engaging with the guiding member. The guiding member has a barrel body with a pre-filter, and the pre-filter is provided with at least one ring rib for engaging with the ring groove when the guiding member is placed in the casing, to avoid the guiding member from escaping the casing while the aerator is cleaned. The barrel body provided with a plurality of through apertures, a bottom mesh, and a first aerating mesh.

An apparatus for monitoring consumption of flowing substance is provided. The apparatus, connectable to the end of a pipe where fluid is flowing, includes a generator (106) configured to generate electric power from the fluid passing through the generator, sensors (112, 114) to measure the temperature of the fluid and the amount of fluid flowing in the pipe and a processing unit (116). The apparatus detects that fluid starts flowing in the pipe at a first time instant and detects that fluid stops flowing in the pipe at a second time instant and determines the temperature of the fluid and the amount of fluid that flowed through the pipe between the first and the second time instant, stores the determined values and the time elapsed between the first and the second time instants as an entry in a memory (120); and transmits the entry.

A showerhead mounting pipe is provide for mounting a wall-mounted or ceiling-mounted showerhead. The pipe has two ends, and a bend of at least 45° between the ends. Each end of the pipe comprises a connector for a showerhead. The pipe is arranged to be cut at a selected location between the two ends so as to provide a suitable portion for use to mount a showerhead.

A sanitary fitting (100) including a fitting housing (102) having a housing interior (103) into which a cartridge (106) or a cartridge adapter having a cartridge provided in a cartridge receptacle (105) is inserted, which cartridge has at least one inlet opening connected to at least one outlet opening of the cartridge (106) to conduct fluid through the cartridge (106). The fitting includes—at least one hose line (108) for supplying the fluid to the cartridge (106), which hose line has, at least at the end close to the cartridge, a hose connection element (109). The hose connection element (109) is securely held in a retaining position on the cartridge (106) or on the cartridge adapter, to prevent removal, and the free end of this element that encircles a hose opening (111) lies against the edge region of the cartridge (106) that encircles the associated inlet opening.

A water discharge unit of a water purifier includes a body having a neck that is coupleable to a sink and/or workbench, a head longitudinally extending from the neck and having a water discharge opening at a lower side of a distal end of the head, at least one pipe extending through the neck and the head through which water provided by a water purifier body is flowable to be discharged through the water discharge opening, a water discharge valve inside the body to regulate water flowing through the at least one pipe, a water discharge mechanism coupled to an upper side of a proximal end of the head to control the water discharge valve, and a touch panel coupled to the upper side of the head and spaced apart from the water discharge mechanism, and configured to receive a touch input for controlling the water purifier body.

A water discharge unit of a water purifier includes a body having a neck that is coupleable to a sink and/or workbench, a head longitudinally extending from the neck and having a water discharge opening at a lower side of a distal end of the head, at least one pipe extending through the neck and the head through which water provided by a water purifier body is flowable to be discharged through the water discharge opening, a water discharge valve inside the body to regulate water flowing through the at least one pipe, a water discharge mechanism coupled to an upper side of a proximal end of the head to control the water discharge valve, and a touch panel coupled to the upper side of the head and spaced apart from the water discharge mechanism, and configured to receive a touch input for controlling the water purifier body.

The present disclosure provides a luminous water outlet device, which includes a hydroelectric power generation module, a waterway separation body, a waterway switching module, a water outlet panel, and a light board. The hydroelectric power generation module is arranged at a water inlet, the waterway separation body has two waterways, the waterway switching module is used to switch a flow of water in the two waterways, and the water outlet panel is correspondingly arranged below the two waterways, the light board is electrically connected with the hydroelectric power generation module. Compared with the prior art, the hydroelectric power generation module is arranged in the water inlet to ensure that the light board works no matter which waterway is opened and allows water to flow through. Further, the present disclosure has simpler installation, smaller volume, and simpler waterway structure.