Abstract: A faucet assembly including dual handles whose position indicates, both tactilely and visually, the volume and exit temperature of the water flowing from hot and cold water valves to a faucet outlet. Such indication is achieved by the mounting and controlled movement of the handles, by their configuration and perimeter, by surface exposure, and by their individual connections to hot and cold water valves. The proximity of the handles and their controlled movement enables the handles to be manipulated simultaneously by a single hand of the user without pinching the fingers. The handles are mounted to conceal their mountings and their connections to the valves and are thus the only parts of the faucet assembly visible to a user thereby enhancing the appearance of the installation. Further, the faucet assembly reduces plumbing costs and is universally adaptable to both rotary and linear water valves in a wide variety of bath and kitchen installations.

Abstract: A faucet assembly including dual handles whose position indicates, both tactilely and visually, the volume and exit temperature of the water flowing from hot and cold water valves to a faucet outlet. Such indication is achieved by the mounting and controlled movement of the handles, by their configuration and perimeter, by surface exposure, and by their individual connections to hot and cold water valves. The proximity of the handles and their controlled movement enables the handles to be manipulated simultaneously by a single hand of the user without pinching the fingers. The handles are mounted to conceal their mountings and their connections to the valves and are thus the only parts of the faucet assembly visible to a user thereby enhancing the appearance of the installation. Further, the faucet assembly reduces plumbing costs and is universally adaptable to both rotary and linear water valves in a wide variety of bath and kitchen installations.

Abstract: A washing facility including a receptacle fabricated in sheet material with deck portions. The preferred receptacle has vertical front and rear planar walls joined by an arcuate central wall. The rear wall has an inlet, and the front wall has an overflow and an outlet, the former being visible but the latter being obscured from the front of the facility. A water supply unit on the exterior of the receptacle under the deck includes a nozzle over the inlet, for ejecting water from the inlet in an arcing laminar sheet, and valves connected to the nozzle. Valve control handles are slidably mounted on the deck and connected to the valves through the deck. A water drainage unit on the exterior of the receptacle has a chamber over the overflow and the outlet, stopper slidable between open and closed position, and a drain conduit leading from the chamber. A stopper handle located on the inner surface of the receptacle is attached to the stopper for moving the stopper between its two positions.