A nozzle for water jet equipment and a method of use thereof. The nozzle has a body including a base with a shaft extending outwardly therefrom. The shaft is inserted through a bore of a sleeve that rotatable about the shaft. The base and shaft define a bore therein. At least one opening is defined in the shaft and one or more grooves are milled into the shaft's exterior surface. Each opening places the body's bore in fluid communication with one of the grooves and the sleeve's bore. Water flowing through the body's bore will flow through each opening, into the associated groove and into a space between the shaft and sleeve. The grooves create turbulence in water in this space and thereby reduce leakage from the nozzle. The shaft terminates in a conical section usable as a battering ram to break up blockages in pipes during cleaning operations.

A fluid spray apparatus includes at least one inlet and first and second outlets. A first actuator may communicate a first inlet with one of the outlets. A second actuator also may communicate a second inlet with a different one of the outlets. A passage network of the fluid spray apparatus communicates the first and second actuators with the first and second outlets. A diverter structure is disposed in the passage network. The diverter structure includes a first diverter structure arrangement. In the first diverter structure arrangement, the first actuator communicates the first inlet with the first outlet and the second actuator communicates the second inlet with the second outlet. The diverter structure also includes a second diverter structure arrangement. In the second diverter structure arrangement, the first actuator communicates the first inlet with the second outlet and the second actuator communicates the second inlet with the first outlet.

A discharge modifier for a pressurized vessel. A shroud includes a base wall, a circumferentially extending skirt extending away from the base wall, and an outlet in the skirt. A manifold includes a hub, including an axial lower end, an axially upper end, a radially outer surface, an inlet at the lower end, a main passage extending between the lower and upper ends, and a plurality of branch passages in fluid communication with, and extending transversely outwardly from, the main passage. The manifold also includes a plurality of barrels extending radially outwardly with respect to the manifold hub, and including a plurality of barrel passages in fluid communication with the plurality of branch passages of the manifold hub.

An exposed secondary showerhead system configured to be supported by a conventional shower enclosure. The illustrative showerhead system includes an overhead conduit fluidly coupled to a conventional shower inlet pipe and to at least one showerhead.

The present invention provides a shower head with a holder device, comprising a shower head and a water inlet; wherein the shower head comprises a housing, a water outlet disc, and a water diversion mechanism; a handle extends horizontally on one side of the housing, a water outlet is provided on the side of the handle, and a socket for holding a handheld shower is fixedly connected to the end of the handle; The present invention makes the stress center of gravity of the overall shower component closer to the extension line of the water inlet end, which can avoid the deflection of the shower head of the handheld shower and it is more convenient to take and place the handheld shower.

A slow area massage water outlet device has an impeller, a planetary gear speed reduction mechanism, a rotating water blocking plate, a water diversion member and a water outlet member; the planetary gear speed reduction mechanism is respectively communicated with the impeller and the rotating water blocking plate; the impeller is rotated by a planetary gear decelerating mechanism to rotate the water blocking plate; the water diversion member has at least two separately isolated water diversion cavities; one end of the water diversion cavity is a water inlet end and the other end is a water outlet end; the water outlet end of each of the water diversion cavities is respectively communicated with the water outlet holes of different areas in the water outlet member; the rotating water blocking plate has a water outlet and a water sealing surface.

A fluid switch-over device illustratively for use in a sanitary shower device, including at least one fluid inlet, at least two fluid outlets, and a movable switch-over body for controlling fluid connections of the at least two fluid outlets to the at least one fluid inlet. The switch-over body is switchable between at least three different operating positions. An actuation device is configured for sequential and bidirectional switching-over actuation of the switch-over body both in a forward switch-over direction and in a backward switch-over direction inverse to the forward switch-over direction. The actuation device illustratively includes a first actuation unit for sequential switching-over actuation of the switch-over body in the forward switch-over direction and a second actuation unit for sequential switching-over actuation of the switch-over body in the backward switch-over direction, wherein the two actuation units comprise operating elements that are user-operable independently of each other.

A showerhead with inline engine porting is provided. The showerhead may include a housing defining a fluid inlet pathway and an engine rotatably mounted to the housing. The engine may include a series of ports defined within a sidewall of the engine. The series of ports may be associated with different flow pathways defined within the engine. Rotation of the engine relative to the housing may selectively align the fluid inlet pathway with one of the series of ports.

A showerhead having a plurality of nozzle groups for dispensing water in a plurality of spray patterns, and a selector for selecting one or more of the nozzle groups for dispensing water or for pausing flow from the showerhead. When the selector is configured to pause flow from the showerhead a minimum flow is provided to each of the plurality of nozzle groups.

The present disclosure discloses a waterway switching mechanism comprising a mounting portion, a water dividing plate, and a driving mechanism. The mounting portion comprises at least one water dividing passage, and the water dividing plate cooperates with the at least one water dividing passage to switch a waterway through rotation of the water dividing plate. A third upper guiding surface of the movable block contacts and couples to a first inner guiding surface of the water dividing plate to enable the movable block to move to drive the water dividing plate to rotate in a first direction. The movable block cooperates with a fixing guiding surface of an upper matching portion of the mounting portion to enable the push rod to move to drive the movable block and the water dividing plate to rotate in the first direction.