초록 ▼

A method and apparatus for producing super-oxygenated water for human consumption including forcing atmospheric air through a filter to remove impurities, exposing the filtered air to ultra violet light to cleanse the air, and to form ozone and oxygen in the air, forcing the filtered air, ozone, and

A method and apparatus for producing super-oxygenated water for human consumption including forcing atmospheric air through a filter to remove impurities, exposing the filtered air to ultra violet light to cleanse the air, and to form ozone and oxygen in the air, forcing the filtered air, ozone, and oxygen into a stream of flowing water to dissolve said air, ozone, and oxygen in said water, and spraying the stream of water having air, ozone, and oxygen dissolved therein into a vessel under superatmospheric pressure.

대표청구항 ▼

1. A method for producing super-oxygenated water for human consumption comprising, sequentially:a. forcing atmospheric air through a filter to remove impurities, b. exposing said filtered air to ultra violet light to cleanse the air, and to create ozone and oxygen in said filtered air, c. forcing sa

1. A method for producing super-oxygenated water for human consumption comprising, sequentially:a. forcing atmospheric air through a filter to remove impurities, b. exposing said filtered air to ultra violet light to cleanse the air, and to create ozone and oxygen in said filtered air, c. forcing said filtered air, ozone, and oxygen into a stream of flowing water to dissolve said air, ozone, and oxygen in said water, d. spraying said stream of water having said air, ozone, and oxygen dissolved therein into a vessel under superatmospheric pressure, and e. removing said water from said vessel and placing said water in a bottle. 2. The method of claim 1 wherein said stream of flowing water is pumped from an aquifer.3. The method of claim 1 wherein oxygen from an oxygen reservoir is forced into contact with said spraying stream of flowing water.4. The method of claim 2 wherein said vessel is located immediately above said aquifer.5. The method of claim 1 wherein said vessel is located close to the area in which said water in said vessel under superatmospheric pressure will be distributed and sold.6. An apparatus for producing super-oxygenated water for human consumption comprising:a. a hollow blower chamber assembly having i. an air blower, ii. filter for filtering atmospheric air entering said air blower, iii. an ultra violet light chamber for receiving said filtered air discharged from said air blower having ultra violet lights which shine on said air pumped from said air blower to form oxygen and ozone in said air and discharging said air, oxygen and ozone therefrom, b. a first cylindrical chamber for receiving a stream of flowing water and for receiving said air, oxygen, and ozone discharged from said ultra violet light chamber, mixing said air, oxygen and ozone with said stream of water, and discharging said mixture of said air, oxygen, ozone and water, c. a pressure vessel for receiving said mixture of said air, oxygen, ozone and stream of water under superatmospheric pressure, d. a first separation chamber in said pressure vessel for receiving and storing said mixture of air, oxygen, ozone, and stream of water, said first separation chamber having a sump therein for collecting and discharging particles found in said mixture of air, oxygen, ozone, and water, said first separation chamber having a first weir, said first weir having a top edge and a bottom edge, e. a second separation chamber in said pressure vessel located adjacent to said first separation chamber and said first weir, said mixture of air, oxygen, ozone, and water entering said second separation chamber from said first chamber by flowing over said first weir, said second separation chamber having a second weir spaced apart from said first weir, said second weir having a top edge and a bottom, said top edge of said second weir being lower than the top edge of said first weir, f. a storage chamber in said pressure vessel located adjacent to said second separation chamber and said second weir for storing said mixture of air, oxygen, ozone, and water, said storage chamber having a discharge pipe connected thereto for discharging said mixture of air, oxygen, ozone, and water, and g. a liquid level and pressure control means for controlling the level of said mixture of air, oxygen, ozone, and water in said pressure vessel and for controlling the pressure in said vessel. 7. The apparatus of claim 6 wherein said pressure vessel has a baffle positioned in said pressure vessel to contact said mixture of air, oxygen, ozone, and water being discharged into said pressure vessel to diffuse said mixture and cause said mixture to fall into said first separation chamber.8. The apparatus of claim 6 wherein said second separation chamber has a sump therein for collecting and discharging particles found in said mixture of air, oxygen, ozone, and water.9. The apparatus of claim 6 wherein a second cylindrical chamber surrounds said first cylindrical chamber, said second cylindrical chamber having a pipe communicating therewith having a valve therein for adding additional amounts of an additive to said mixture of air, oxygen, ozone, and water.10. The apparatus of claim 9 wherein said additive is oxygen.11. The apparatus of claim 6 wherein said pressure vessel has a sight gauge for viewing the level of liquid in said pressure vessel.12. The apparatus of claim 6 wherein said pressure vessel has a pressure relief valve.13. The apparatus of claim 6 wherein said sump has a gate valve connected thereto.14. The apparatus of claim 13 wherein a hinged flange is located beneath said gate valve for dumping fine particles from said sump.15. The apparatus of claim 8 wherein said sump in said second separation chamber has a gate valve connected thereto.16. The apparatus of claim 15 wherein a hinged flange is located beneath said gate valve for dumping fine particles from said sump in said second separation chamber.