Abstract: Systems and method for providing automated control over both water and temperature and pressure for a plurality of shower heads or other sources of water. The automated systems and methods for providing automated control over both water pressure and temperature make use of three distinct modules which comprise an input and display unit, and electronic processing unit, and the mechanical plumbing control unit. The electronic processing unit receives signals from the input and display unit and translates the received signals into the appropriate control signals for the mechanical plumbing control unit. A user is able to control the output water temperature from each of the shower heads or water sources as well as the individual water pressure from each of the shower heads or water sources. In the preferred exemplary embodiment, the housing of containing the electrical mechanical elements of the system is dimensioned such that the housing will advantageously fit within the cavity of the typical wall.

Abstract: A showerhead which may be utilized as a source of illumination includes a source of illumination which is efficiently coupled to individual ones of a plurality of water sprays. In an exemplary embodiment, a plurality of fiber-optic members transmit light from one or more individual light sources to corresponding ones of a plurality of individual shower sprays or nozzles. Light from the source of illumination is thus transferred to and is transmitted through a plurality of individual water sprays.

Abstract: A showerhead which may be utilized as a source of illumination includes a source of illumination which is efficiently coupled to individual ones of a plurality of water sprays. In an exemplary embodiment, a plurality of fiber-optic members transmit light from one or more individual light sources to corresponding ones of a plurality of individual shower sprays or nozzles. Light from the source of illumination is thus transferred to and is transmitted through a plurality of individual water sprays.

Abstract: The present invention is directed to various systems and methods for providing automated control over both water temperature and pressure for a plurality of shower heads or other sources of water. The automated systems and methods for providing automated control over both water pressure and temperature make use of three distinct modules which comprise an input and display unit, an electronic processing unit, and the mechanical plumbing control unit. The electronic processing unit receives signals from the input and display unit and translates the received signals into the appropriate control signals for the mechanical plumbing control unit. A user is able to control the output water temperature from each of the shower heads or water sources as well as the individual water pressure from each of the shower heads or water sources.

Abstract: A mounting arrangement for a hand-held shower head includes a bracket which is secured to the water supply pipe and a receiver which is pivotally mounted to the bracket so that its position may be adjusted in a plane extending parallel to the longitudinal axis of the supply pipe. The receiver is open along one side to permit a hose attachment for the shower head to be inserted into or removed from the receiver. The receiver is adapted to receive the shower head in a plurality of angularly related positions so that the horizontal direction of the spray may be adjusted. Vertical spray direction is adjustable by pivoting the receiver relative to the bracket.