Abstract: An oscillating shower massager that provides a rotating or oscillating spray pattern that may be adjusted by the user. The oscillating shower massager has a housing with a forward facing water discharge outlet and a rotating side discharge outlet. A water driven gear system drives the rotating side discharge outlet. A series of stop pins are provided that may be used to adjust the rotation. When the stop pins are retracted, the rotating discharge outlet turns a full 360 degrees, allowing the user to spray all the walls and ceiling of the shower stall to facilitate cleaning. When the stop pins are extended, the rotating side outlet provides an oscillating spray pattern. A heated shaving mirror is incorporated onto the front of the housing.

Abstract: An oscillating shower massager that provides a rotating or oscillating spray pattern that may be adjusted by the user. The oscillating shower massager has a housing with a forward facing water discharge outlet and a rotating side discharge outlet. A water driven gear system drives the rotating side discharge outlet. A series of stop pins are provided that may be used to adjust the rotation. When the stop pins are retracted, the rotating discharge outlet turns a full 360 degrees, allowing the user to spray all the walls and ceiling of the shower stall to facilitate cleaning. When the stop pins are extended, the rotating side outlet provides an oscillating spray pattern. A heated shaving mirror is incorporated onto the front of the housing.

Abstract: A moveable shower joint adapted to give a user the ability to adjust a showerhead in any direction. The moveable shower joint has upper and lower rotating circular members that may be turned clockwise or counterclockwise to any position. A water inlet is incorporated into the exterior of the upper circular member, and a water outlet is incorporated into the exterior of the lower circular member. A circular seal is retained in a groove in the inner rim of a circular member. Annular tooth rings in the inner rims of the circular members work together to hold the moveable shower joint in place when the desired position is reached. A floating annular tooth ring in the lower member engages a fixed annular tooth ring in the lower member. Springs press the floating tooth ring into the fixed ring, creating the friction needed to hold the joint in place. The water inlet may incorporate a ball joint with a set screw to provide additional adjustability, and a showerhead may be attached to the water outlet.