초록 ▼

A novel system, apparatus and method of operation for use in watercraft, terrestrially bound motor vehicles and fixed based land applications where water from a live well or bait tank is withdrawn, filtered, climactically controlled and conveyed through a water conditioning unit containing in part a

A novel system, apparatus and method of operation for use in watercraft, terrestrially bound motor vehicles and fixed based land applications where water from a live well or bait tank is withdrawn, filtered, climactically controlled and conveyed through a water conditioning unit containing in part a heat exchanging unit with a generally serpentined contour water passageway, the water passageway formed and structured in a manner to allow water, or another fluid within the passageway to abut and surround a generally serpentine form tubular conduit containing a pressurized refrigerant with the water routed within the passageway maintaining continuous contact with the conduit then exiting the heat exchanging unit returned to the live well tank or bait tank.

대표청구항 ▼

What is claimed is: 1. An enhanced filtration and water conditioning system for a bait tank comprising: (a) a bait tank having a top, a bottom and an essentially oval shaped exterior wall connecting the top and bottom of the tank; (b) first and second interior water compartments separated from one

What is claimed is: 1. An enhanced filtration and water conditioning system for a bait tank comprising: (a) a bait tank having a top, a bottom and an essentially oval shaped exterior wall connecting the top and bottom of the tank; (b) first and second interior water compartments separated from one another by a common wall essentially isolating said first and second interior water compartments from one another within the interior portion of said tank; (c) an essentially oval shaped interior wall connected to the top of the tank, the common wall and a second interior bottom of the tank positioned above the interior bottom of said bait tank: (d) a dual compartment filtration unit removably accommodated within the second interior water compartment, said filtration unit having inflow and outflow water conduits with each of said conduits communicably attaching said filtration unit to said first and said second interior water compartments; (e) a propulsion means for circulating water from said first compartment into and through said second compartment and returning said circulating water to said first compartment; and, (f) a water conditioning unit attached to the bait tank via input and output water conditioning conduits, a water conditioning compartment having a generally serpentined pattern tubular conduit containing a refrigerant in communication with a direct current compressor, a condenser, a heat exchanger having attachable top and base portions with an o-ring seal displaced therebetween and partially containing said tubular conduit containing refrigerant in communication with water discharged from the internal portion of said bait tank; and, a pumping means for circulating water from an internal portion of said bait tank through the water conditioning unit and then traversing a generally serpentined patterned water passageway within the internal portion of the heat exchanger causing said water to be in communication with the external surface of the generally serpentined pattern tubular conduit containing refrigerant and then returning said circulating water to said tank. 2. The system of claim 1 wherein the generally serpentined patterned tubular conduit is comprised of material non-toxic to salt or fresh water aquatic life forms. 3. The system of claim 1 wherein the bait tank further comprises one or more tubular rod holders affixed to tank's exterior wall. 4. The system of claim 1 wherein the bait tank further comprises first and second interior compartment lid covers pivotally attached to the top of said bait tank and each selectively covering a cutaway portion of the top of said tank. 5. The system of claim 1 further comprising a control means for presetting and maintaining upper and lower reference temperatures for water contained in said bait tank. 6. An enhanced bait tank filtration and water conditioning apparatus comprising: (a) a bait tank having a top, a bottom and an essentially oval shaped exterior wall connecting the top and bottom of the tank; (b) first and second interior water compartments separated from one another by a common wall essentially isolating said first and second interior water compartments from one another within the interior portion of said tank; (c) an essentially oval shaped interior wall connected to the top of the tank, the common wall and a second interior bottom of the tank positioned above the interior bottom of said bait tank; (d) a dual compartment filtration unit removably accommodated within the second interior water compartment, said filtration unit having inflow and outflow water conduits with each of said conduits communicably attaching said filtration unit to said first and said second interior water compartments; (e) a propulsion means for circulating water from said first compartment into and through said second compartment and returning said circulating water to said first compartment; (f) a control means for presetting and maintaining upper and lower reference temperatures for water contained within said tank; (g) a water conditioning unit attached to the bait tank via input and output water conditioning conduits comprising a direct current compressor, a direct current condenser and an evaporator, a heat exchanger having a serpentined pattern tubular conduit containing refrigerant in communication with water discharged from the internal portion of said bait tank and evaporator; and, (h) a pumping means for circulating water discharged from an internal portion of said bait tank through the water conditioning unit causing said water to traverse along a non-linear flow path within the internal portion of the heat exchanger parallel to and in communication with the external surface of said serpentine patterned tubular conduit containing refrigerant and returning said circulating water to said tank. 7. The apparatus of claim 6 wherein said serpentined pattern tubular conduit is comprised of stainless steel. 8. The apparatus of claim 6 wherein said serpentined pattern tubular conduit is comprised of titanium. 9. The apparatus of claim 6 wherein the bait tank further comprises one or more tubular rod holders affixed to tank's exterior wall. 10. The apparatus of claim 6 wherein the bait tank further comprises first and second interior compartment lid covers pivotally attached to the top of said bait tank and each selectively covering a cutaway portion of the top of said tank allowing access to one or more tubular rod holders affixed to tank's exterior wall. 11. The apparatus of claim 6 wherein said control means for presetting upper and lower reference temperatures for said water in said first portion is an automated electric timer. 12. The apparatus of claim 6 wherein said control means for presetting upper and lower reference temperatures for said water in said first portion is a mechanical timer. 13. The apparatus of claim 6 wherein said control means for presetting upper and lower reference temperatures for said water in said first portion is manually maintained. 14. The apparatus of claim 6 wherein said refrigerant is a fluorocarbon based refrigerant. 15. The apparatus of claim 6 wherein said refrigerant is a Tetrafluroroethane based refrigerant. 16. The apparatus of claim 6 wherein the means for circulating said discharged water through said water conditioning unit along a non-linear flow path parallel to and in communication with the external surface of said serpentined pattern tubular conduit containing refrigerant is at least one electrical pump driven via direct current. 17. The apparatus of claim 6 wherein the means for circulating said discharged water through said water conditioning unit along a non-linear flow path parallel to and in communication with the external surface of said serpentined pattern tubular conduit containing refrigerant is at least one electrical pump driven via alternating current. 18. The apparatus of claim 6 wherein the outermost dimensions of said water conditioning unit excluding foreign structures connected thereto do not exceed a height of 12 inches, a width of 12 inches and a length of 12 inches.