초록 ▼

Purified water production system from condensation of air humidity, system which is electronically controlled and composed of a appliance with an air entrance with filter; cold coil, for the condensation of air water vapor; collector and condensed water storage tank or primary storage tank, provided

Purified water production system from condensation of air humidity, system which is electronically controlled and composed of a appliance with an air entrance with filter; cold coil, for the condensation of air water vapor; collector and condensed water storage tank or primary storage tank, provided with a level sensor to recover the water condensed by the coil; purified water storage tank with level sensor for storing the water pumped from the primary storage tank and purified after going through the filter, ultra violet light, solid particles filter and, optionally, through a water structuring device.

대표청구항 ▼

What is claimed is: 1. A condensed water production system designed to produce liquid water by condensing humidity contained in air, said system comprising: a frame; at least one cooling coil disposed within said frame; a collector positioned under said cooling coil; at least one compressor in flui

What is claimed is: 1. A condensed water production system designed to produce liquid water by condensing humidity contained in air, said system comprising: a frame; at least one cooling coil disposed within said frame; a collector positioned under said cooling coil; at least one compressor in fluid communication with said cooling coil; a radiator assembly comprising at least one tube in fluid communication with said first compressor and at least one tube in fluid communication with said cooling coil; a water storage tank in fluid communication with said collector; a disinfecting unit interposed between said collector and said water storage tank, such that water transferred from said collector passes through said disinfecting unit before entering said water storage tank; and a heating element proximate to or amongst said at least one cooling coil to effect defrosting of said at least one cooling coil; wherein, due to the placement of said heating element, said system may operate at environmental temperatures of about 20° F. and above. 2. The system of claim 1 wherein the system may operate at environmental temperatures of 32° F. and above. 3. The system of claim 1 further comprising a fan positioned between said at least one cooling coil and said radiator assembly such that said fan pulls air through said coil and pushes air out through said radiator assembly, whereby noise produced by said fan is muffled by being positioned between said at least one cooling coil and said radiator assembly. 4. A condensed water production system designed to produce liquid water by condensing humidity contained in air, said system comprising: a frame; at least one cooling coil disposed within said frame; a collector positioned under said cooling coil; a first compressor in fluid communication with said cooling coil; a radiator assembly comprising at least one tube in fluid communication with said first compressor and at least one tube in fluid communication with said cooling coil; a water storage tank in fluid communication with said collector; a disinfecting unit interposed between said collector and said water storage tank, such that water transferred from said collector passes through said disinfecting unit before entering said water storage tank; a cold water storage compartment comprising a chilling unit therein; and a second compressor in fluid communication with said chilling unit, wherein said radiator assembly has at least one tube in fluid communication with said chilling unit and at least one tube in fluid communication with said second compressor. 5. The system of claim 4, further comprising a heating element proximate to or amongst said at least one cooling coil to effect defrosting of said at least one cooling coil. 6. The system of claim 4, wherein said disinfecting unit is an ultraviolet filter. 7. The system of claim 4, further comprising a fan positioned between said at least one cooling coil and said radiator assembly such that said fan pulls air through said coil and pushes air out through said radiator assembly, whereby noise produced by said fan is muffled by being positioned between said at least one cooling coil and said radiator assembly. 8. The system of claim 4, further comprising a pump interposed between said collector to said water storage tank so as to direct water from said collector to said water storage tank. 9. The system of claim 4, further comprising a solid particle filter interposed between and in fluid communication with said collector and said water storage tank. 10. The system of claim 4, further comprising a pump, disinfecting unit, and solid particle filter in fluid communication with each other and interposed between, and in fluid communication, with said collector and said water storage tank. 11. The system of claim 10, wherein said water storage tank has a first exit for dispensing water and a second exit for draining water back into said collector whereby water is freshened by cycling through said disinfecting unit and said solid particle filter. 12. The system of claim 11, further comprising a solenoid valve downstream from said second exit, wherein said solenoid valve is configured for actuating draining of water back into said collector. 13. A condensed water production system designed to produce liquid water by condensing humidity contained in air, said system comprising: a frame; at least one cooling coil disposed within said frame; a collector positioned under said cooling coil; at least one compressor in fluid communication with said cooling coil; a radiator assembly comprising at least one tube in fluid communication with said first compressor and at least one tube in fluid communication with said cooling coil; a primary storage tank for holding water downstream from said collector; a main water storage tank in fluid communication with said primary storage tank, wherein said main water storage tank comprises an exit; a disinfecting unit interposed between said collector and said water storage tank, such that water transferred from said collector passes through said disinfecting unit before entering said water storage tank; a first pump interposed between said primary storage tank and said main water storage tank so as to direct water flow from said primary storage tank to said main water storage tank; a second pump in fluid communication with said water storage tank so as to direct water from said exit of said water storage tank to a remote location; and a heating element proximate to or amongst said at least one cooling coil to effect defrosting of said at least one cooling coil. 14. The system of claim 13, further comprising a cold water storage compartment comprising a chilling unit therein; and a second compressor in fluid communication with said chilling unit, wherein said radiator assembly has at least one tube in fluid communication with said chilling unit and at least one tube in fluid communication with said second compressor. 15. The system of claim 13, further comprising a solid particle filter, wherein said first pump, said disinfecting unit, and said solid particle filter are in fluid communication with each other, and interposed between, and in fluid communication, with said collector and said main water storage tank.