The present disclosure discloses provides a water outlet assembly and a shower. The water outlet assembly comprises a body, an inclined water body, a rotation driving member, and a shutter. A first side of the body comprises a water inlet end, and a second side of the body comprises a plurality of water outlet holes. The inclined water body, the rotation driving member, and the shutter are disposed in the body. The inclined water body comprises one or more inclined water outlet holes. Water flows from the one or more inclined water outlet holes to the rotation driving member to drive the rotation driving member to rotate, and the rotation driving member drives the shutter to rotate. The shutter rotates to block some of the plurality of water outlet holes.

A sprayer includes a nozzle that includes a panel, an operation chamber and an outlet element. The outlet element includes an external tube, internal tubes and outlets. The external tube extends in the operation chamber from the panel. The internal tubes extend in the external tube from the panel. Each internal tube includes tangential passageways. The outlets are made in the panel, in communication with the internal tubes. The distributor is inserted in the operation chamber and includes a disc and an inlet element. The inlet element includes a cylinder, inlets and protuberances. The cylinder extends into the external tube from the disc. The inlets are made in the cylinder. Interior of the cylinder is in communication with exterior of the cylinder via the inlets. The protuberances are formed on the cylinder and inserted in the internal tubes. The barrel includes a water supply tube connected to the inlet element.

The disclosure discloses a water outflow device, which comprises a shell, a movable plate and a driving mechanism. The shell is provided with a water outflow part comprising a water outlet, the water outlet comprises a first inner sidewall, the driving mechanism is connected to the movable plate to drive the movable plate to move repeatedly between a first position and a second position in a moving direction, a distance between the movable plate and the at least one water outlet when the movable plate is in the first position is less than the distance between the movable plate and the at least one water outlet when the movable plate is in the second position, the movable plate has at least one insertion part fixedly disposed on the movable plate, and the insertion part is at least partially inserted into the water outlet.

The present disclosure discloses provides a water outlet assembly and a shower. The water outlet assembly comprises a body, an inclined water body, a rotation driving member, and a shutter. A first side of the body comprises a water inlet end, and a second side of the body comprises a plurality of water outlet holes. The inclined water body, the rotation driving member, and the shutter are disposed in the body. The inclined water body comprises one or more inclined water outlet holes. Water flows from the one or more inclined water outlet holes to the rotation driving member to drive the rotation driving member to rotate, and the rotation driving member drives the shutter to rotate. The shutter rotates to block some of the plurality of water outlet holes.

A showerhead engine includes a first plate joined to a second plate with a cavity therebetween. Water enters the cavity through an angled hole in the first plate and flows in a swirling motion about the central axis. A paddle wheel is spun within the cavity by the swirling water. A notched cutout in the paddle wheel forms an exit passage through a through hole in the second plate allowing the water to exit when the notched cutout lines up with slots in the second plate. The revolving paddle wheel continues to revolve thereby revolving the notched cutout and producing a revolving spray pattern.

The disclosure discloses a water outflow device, which comprises a shell, a movable plate and a driving mechanism. The shell is provided with a water outflow part comprising a water outlet, the water outlet comprises a first inner sidewall, the driving mechanism is connected to the movable plate to drive the movable plate to move repeatedly between a first position and a second position in a moving direction, a distance between the movable plate and the at least one water outlet when the movable plate is in the first position is less than the distance between the movable plate and the at least one water outlet when the movable plate is in the second position, the movable plate has at least one insertion part fixedly disposed on the movable plate, and the insertion part is at least partially inserted into the water outlet.

What is disclosed is a self governing speed control device for controlling the rotation speed of a sprinkler turbine. The device has a housing that houses a viscous fluid. An axle extends into the housing and is configured to rotate in the housing. The axle is fixedly attached to a primary drum that rotates with the axle. One or more hinge pins extends from the primary drum. A brake shoe is positioned on the hinge pin. The hinge pin passes into a slot in an actuation drum configured to rotate on the axle. The brake shoe is configured to expand and contract based on the speed of rotation of the axle in relation to the speed of rotation of the actuation drum.

A septic sensor sprayer, including a rod, a hose attachment portion disposed at a first end of the rod to receive an external hose to be removably fixed thereto, such that the hose attachment portion receives water from the external hose, and a rotatable head disposed at a second end of the rod to rotate upon receipt of water from the rod.

A showerhead engine includes a first plate joined to a second plate with a cavity therebetween. Water enters the cavity through an angled hole in the first plate and flows in a swirling motion about the central axis. A paddle wheel is spun within the cavity by the swirling water. A notched cutout in the paddle wheel forms an exit passage through a through hole in the second plate allowing the water to exit when the notched cutout lines up with slots in the second plate. The revolving paddle wheel continues to revolve thereby revolving the notched cutout and producing a revolving spray pattern.

A septic sensor sprayer, including a rod, a hose attachment portion disposed at a first end of the rod to receive an external hose to be removably fixed thereto, such that the hose attachment portion receives water from the external hose, and a rotatable head disposed at a second end of the rod to rotate upon receipt of water from the rod.