A showerhead assembly includes an adapter assembly for operatively engaging and disengaging a handheld showerhead from a pipe of a water source. The adapter assembly includes an adapter and a diverter. The adapter includes an attachment mechanism for coupling to the diverter, and the diverter includes a complementary attachment mechanism for coupling to the adapter. The attachment mechanisms which couple the diverter to the adapter can include magnets, a hook and loop mechanism, or a ball joint connection, to name a few. In addition, a spring-button tab mechanism can be utilized for managing the engagement and disengagement of the adapter with the diverter.

A water spraying assembly is provided which includes a fluid conduit, a vortex chamber, an intermediate chamber, and a nozzle chamber. The intermediate chamber has a constricted section which increases the velocity of water that passes through the nozzle chamber. Further, the nozzle has one or more holes which project through the nozzle chamber's sidewall where the intermediate chamber enters into the nozzle chamber. The vortex chamber is positioned between the fluid conduit and the intermediate chamber. The vortex chamber rotates the flow of water around the showerhead's longitudinal axis before the water enters the nozzle's intermediate chamber. This causes the water to swirl within the intermediate chamber and nozzle chamber to increase the effect of air aspirating into water within the showerhead's nozzle.

A water discharging device (10) includes a raw water discharging part (14) and a reformed water discharging part (12). The raw water discharging part (14) is capable of discharging raw water supplied from a water supply source by switching a water discharging form between a spray form and a stream form. The reformed water discharging part (12) discharges reformed water obtained by reforming the raw water. The raw water discharging part (14) is disposed around the reformed water discharging part (12) so as to surround the reformed water discharging part (12).

A showerhead includes a plurality of water outlets for providing a flow of water. The showerhead includes one or more lighting elements and a light driver communicably coupled to the one or more lighting elements. The light driver is configured to control at least a subset of the lighting elements to output light based on various conditions corresponding to the showerhead.

A shower system includes a shower assembly and a mounting system. The shower assembly includes a reservoir configured to receive water from a water source and one or more outlets for passing water from the reservoir. The shower assembly also includes a plurality of shower mounting features provided in a first non-adjustable spatial orientation on the shower assembly. The mounting system is configured to couple the shower assembly to a building structure and adjust a position of the shower assembly relative to the building structure. The mounting system includes a bracket configured to be coupled to the building structure at a fixed position. The mounting system also includes a plurality of bracket mounting features provided in a second non-adjustable spatial orientation on the bracket and configured to align each of the plurality of bracket mounting features with one of the shower mounting features for coupling thereto.

Provided herein is a leak prevention system for an ablutionary fitting such as a shower head. The leak prevention system includes a nozzle configuration for the ablutionary fitting, the nozzle configuration including a plurality of nozzles configured to dispense water supplied to the ablutionary fitting and a plurality of nozzle pins positioned in the plurality of nozzles. The nozzle pins operate to selectively allow and limit flow of water through the nozzles in response to variations in pressure of the water supplied to the ablutionary fitting. For example, when water is actively being supplied to the ablutionary fitting, the nozzle pins may allow the water to flow through the nozzles. When the water supply is shut off, the nozzle pins may facilitate limiting the flow of water through the nozzles via water surface tension forces that develop between the nozzle pins and the nozzles.

A novel shower head device includes: a handle assembly, where a water flow cavity is formed in the handle assembly, a tail of the handle assembly is used to be connected to a water pipe, a shower plate is detachably mounted at a head of the handle assembly, and a water spraying portion and a rubdown assembly are arranged on the shower plate at an interval; and at least one first through hole and at least one second through hole are provided in the shower plate, the rubdown assembly includes at least one tie and the at least one rubdown unit, and by sequentially passing the tie through the first through hole and a corresponding second through hole, and forming a tying space between the tie and the shower plate, the rubdown unit is at least partially confined in the tying space.

A high performance, low flow rate showerhead assembly includes a spray plate and a waterway support. The spray plate defines a plurality of openings extending therethrough. The waterway support is coupled to the spray plate. The waterway support defines a central opening and a plurality of channels. The plurality of channels extend away from the central opening in a substantially radial direction. At least one channel of the plurality of channels extend in a region of the spray plate corresponding to a greatest distance between the central opening and an outermost one of the plurality of openings along the spray plate.

The present invention provides a shower system that enables a shower device to be easily removed from a dock. The shower system comprises a dock, a shower device, and a locking mechanism. The dock includes a water supply connector, a dock housing, and a dock connector. The dock connector includes a dock fluidic connector. The dock fluidic connector includes a dock fluid passageway. The shower device includes a shower device housing and a shower device connector. The shower device connector includes a shower device fluidic connector. The shower device fluidic connector includes a shower device fluid passageway. The water supply connector is operable to sealingly engage a water supply pipe. The shower device fluidic connector is operable to sealingly engage the dock fluidic connector and enable fluid to flow from the dock fluid passageway to the shower device fluid passageway. The locking mechanism is operable to removably retain the shower device fluidic connector in sealing engagement with the dock fluidic connector.