초록 ▼

The invention recirculates and/or recycles fluids normally lost down the drain during the time it takes for a desired temperature to be attained for usage of the hot fluids. A recirculating/recycling valve, through which hot fluids may flow, has an additional port fitted to the valve body, which by

The invention recirculates and/or recycles fluids normally lost down the drain during the time it takes for a desired temperature to be attained for usage of the hot fluids. A recirculating/recycling valve, through which hot fluids may flow, has an additional port fitted to the valve body, which by positioning the handle in a singularly unique position, fluids not at the desired temperature are sent back to the source from which they came, to a recycling toilet tank system or to a recycling standpipe at atmospheric pressure.

대표청구항 ▼

I claim: 1. A method for conserving water by recirculating/recycling cold water present in hot water lines at the time hot water is called for, said method comprising the steps of: providing a hot water valve assembly with a recirculation/recycle port and means for directing water from a hot water

I claim: 1. A method for conserving water by recirculating/recycling cold water present in hot water lines at the time hot water is called for, said method comprising the steps of: providing a hot water valve assembly with a recirculation/recycle port and means for directing water from a hot water line attached to said valve assembly with said recirculation/recycle port; providing container means to receive recirculated/recycled water; opening said valve directly to a recirculation/recycling position until warm water arrives at said valve assembly; and moving said valve to a normal operating position allowing flow of hot water through the valve assembly. 2. A method for conserving water according to claim 1, wherein said valve assembly is a ball-type mixer valve. 3. A method for conserving water according to claim 1 wherein said valve assembly forms the hot water valve of a conventional two valve water system, the second valve controlling cold water flow. 4. A method for conserving water according to claim 1 further comprising: providing water temperature indicating means, whereby the temperature of water passing through said valve assembly is sensed and the temperature thereof indicated visually. 5. A method for conserving water according to claim 1 wherein said temperature indicating means comprises: a metallic member physically connected to a portion of said valve assembly which will be heated by water passing there through, a layer of non-changing color paint coating an exposed surface of said metallic member, and a thermochromic leuco dye coating said paint, whereby, as said metallic member heats up, the thermochromic leuco dye changes in transparency to reveal the underlying color paint giving warning of the change in water temperature. 6. A method for conserving water according to claim 1 wherein said container means comprises: a toilet tank having a primary compartment with convention flushing apparatus therein and a secondary compartment receiving water from said valve assembly, and drain valve means between said primary and secondary compartments, whereby when said flushing apparatus is actuated said drain valve is opened allowing water from said secondary compartment to flow into said primary compartment. 7. A fluid conservation system which recirculates and/or recycle fluids not at a desired temperature and which heretofore have been lost down drains during the time it takes for a desired temperature of the fluid to be attained, said system comprising: a valve assembly having a housing with a hot water intake port, a hot water dispensing port and a recirculation/recycling port, valve means movably mounted in said housing, handle means mounted on said housing and attached to said valve means for moving said valve means selectively between off, normal and recirculating/recycling positions; and container means attached to and receiving fluid from said recirculating/recycling port, whereby the fluid thus received can be utilized rather than wasted simply because it was below temperature. 8. The system according to claim 1 wherein said valve assembly is a ball-type mixer valve housing and further has a cold water port. 9. The system according to claim 7 wherein said valve assembly forms the hot water valve of a conventional two valve water system, the other valve controlling cold water flow. 10. The system according to claim 7 further comprising: water temperature indicating means, whereby the temperature of water passing through said valve assembly is sensed and the temperature thereof indicated visually. 11. The system according to claim 4 wherein said temperature indicating means comprises: a metallic member physically connected to a portion of said valve assembly which will be heated by water passing there through, a layer of non-changing color paint coating an exposed surface of said metallic member, and a thermochromic leuco dye coating said paint whereby, as said metallic member heats up, the thermochromic leuco dye changes in transparency to reveal the underlying color paint giving warning of the change in water temperature. 12. The system according to claim 7 wherein said container means comprises: a toilet tank having a primary compartment with convention flushing apparatus therein and a secondary compartment receiving water from said valve assembly, and drain valve means between said primary and secondary compartments, whereby when said flushing apparatus is actuated said drain valve is opened allowing water from said secondary compartment to flow into said primary compartment.