Abstract: A single handle mixing valve of the plate valve type where a single stem controls both the temperature and flow output from the valve. A control said characteristic plate having an opening is positioned over the stem and has at least one surface defining limits of stem movement. An actuating ring positioned within an exterior cover for the mixing valve has inwardly facing cam surfaces, which interact with the control plate to adjust either maximum temperature or maximum flow from the valve. The actuating ring has a tab extending to the outside of the exterior cover for convenient operator manipulation without the need for disassembly or the use of tools.

Abstract: A fluid delivery system including a faucet and a hand-held sprayer.

Abstract: A single handle mixing valve of the plate valve type where a single stem controls both the temperature and flow output from the valve. A control said characteristic plate having an opening is positioned over the stem and has at least one surface defining limits of stem movement. An actuating ring positioned within an exterior cover for the mixing valve has inwardly facing cam surfaces, which interact with the control plate to adjust either maximum temperature or maximum flow from the valve. The actuating ring has a tab extending to the outside of the exterior cover for convenient operator manipulation without the need for disassembly or the use of tools.

Abstract: The present invention reveals a screw-on device that attaches to an archery bow and enables the bow to stand in a vertical position in relation to the ground. The archery bow stand attaches to a standard bushing on an archery bow and is made of an elongated body with a retractable leg. The retractable leg is positioned in a groove along the elongated body and is connected to the body by a spring pin. By extending the retractable leg of the bow stand, a bow can be placed in a free standing vertical position.