Abstract: An integrated columnar structure is connected to hot and cold water supplies. On the structure is separately mounted on eyewash and faucet. In an alternative embodiment a water bubbler can be substituted for the eyewash. Water passageways within the columnar structure separately supply the appropriate temperature water to the faucet and eyewash/bubbler. Valving mounted on the columnar structure, preferably with an angle oriented at an acute angle to the axis of the column, controls the temperature of water supplied to the faucet. Cold, or slightly tempered, water is supplied to the eyewash.

Abstract: An integrated columnar structure is connected to hot and cold water supplies. On the structure is separately mounted on eyewash and faucet. In an alternative embodiment a water bubbler can be substituted for the eyewash. Water passageways within the columnar structure separately supply the appropriate temperature water to the faucet and eyewash/bubbler. Valving mounted on the columnar structure, preferably with an angle oriented at an acute angle to the axis of the column, controls the temperature of water supplied to the faucet. Cold, or slightly tempered, water is supplied to the eyewash.

Abstract: An integrated columnar structure is connected to hot and cold water supplies. On the structure is separately mounted on eyewash and faucet. In an alternative embodiment a water bubbler can be substituted for the eyewash. Water passageways within the columnar structure separately supply the appropriate temperature water to the faucet and eyewash/bubbler. Valving mounted on the columnar structure, preferably with an angle oriented at an acute angle to the axis of the column, controls the temperature of water supplied to the faucet. Cold, or slightly tempered, water is supplied to the eyewash.

Abstract: A showerhead having structural features providing a vibrant spray pattern includes a faceplate, a turbine, and a water distributor, among other elements. The spray pattern is facilitated by the interaction of slots in the turbine, which overly troughs formed in the faceplate. The slots in the turbine meter the flow of water into the troughs. The rotation of the turbine is facilitated by a water distributor having sloped channels which direct inlet water against vanes in the turbine. A unique distribution and orientation of spray apertures and ramp configurations in the faceplate contribute to produce a vibrant spray pattern and a unique showering experience.

Abstract: A showerhead having structural features providing a vibrant spray pattern includes a faceplate, a turbine, and a water distributor, among other elements. The spray pattern is facilitated by the interaction of slots in the turbine, which overly troughs formed in the faceplate. The slots in the turbine meter the flow of water into the troughs. The rotation of the turbine is facilitated by a water distributor having sloped channels which direct inlet water against vanes in the turbine. A unique distribution and orientation of spray apertures and ramp configurations in the faceplate contribute to produce a vibrant spray pattern and a unique showering experience.

Abstract: An integrated columar structure is connected to hot and cold water supplies. On the structure is separately mounted on eyewash and faucet. In an alternative embodiment a water bubbler can be substituted for the eyewash. Water passageways within the columnar structure separately supply the appropriate temperature water to the faucet and eyewash/bubbler. Valving mounted on the columnar structure, preferably with an angle oriented at an acute angle to the axis of the column, controls the temperature of water supplied to the fauce. Cold, or slightly tempered, water is supplied to the eyewash.