AQUATIC HABITAT AND ECOLOGICAL TANK

• US 20060162667A1
• Filed: 01/19/2006
• Published: 07/27/2006
• Est. Priority Date: 01/26/2005
• Status: Abandoned Application

• Current Assignee: Ernest D. Papadoyianis, Xavier T. Cherch
• Original Assignee: Ernest D. Papadoyianis, Xavier T. Cherch
• Inventors: Papadoyianis, Ernest D, Cherch, Xavier T.
• Application Number:
  US11/307,013
• Publication Number:
  US 20060162667A1
• Time in Patent Office: Days
• US Class Current: 119/223
• CPC Class Codes: A01K 61/60 Floating cultivation devices, e.g. rafts or floating fish-farms
• CPC Class Codes: Y02A 40/81 Aquaculture, e.g. of fish
• CPC Class Codes: Y02P 60/60 Fishing; Aquaculture; Aquafarming

Abstract

A self-contained, floating aquaculture tank for containing fish and other aquatic animal, plant, and algal species. The aquaculture tank includes a series of panels joined together by flexible connecting joints to form a cylinder-shaped tank enclosure with a conical bottom surrounded at or near the open end by a water-resistant and buoyant foam or other material. The tank is placed into a body of water where it floats and maintains the same water temperature as the surrounding body of water. The tank includes a waste cone at the bottom of the tank enclosure to which the lower portion of each panel is attached. The tank may also include devices for harnessing wind or solar energy to power lights, air pumps, and water pumps that may be components of the invention.

Claims

1. A self-contained, submersible aquaculture tank, comprising:

a primary semi-rigid enclosure, said enclosure including a plurality of articulating panels; and

a plurality of flexible joints;

said plurality of articulating panels securely attached and connected to said plurality of flexible joints, one of said flexible joints being interposed between two adjacent articulating panels;

wherein said primary semi-rigid enclosure provides for movement of said panels.

2. The aquaculture tank of claim 1, wherein a flotation device is connected to said tank enclosure;

wherein said flotation device preferably comprises a floating collar surrounding said tank enclosure that includes one or more pieces of a buoyant material, such as an elastomer material or extruded polystyrene.

3. The aquaculture tank of claim 1, wherein said enclosure of articulating panels forms a tank that has a cylindrical upper portion and a flat or cone-shaped bottom portion that is contiguous with the upper cylindrical portion of said tank.

4. The aquaculture tank of claim 1, wherein said tank enclosure is comprised of two or more, but preferably between four and eight, curved panels, each panel having a convex outer surface, a concave inner surface, a bottom end, and an upper lip to which said floating collar and tank cover are attached.

5. The aquaculture tank of claim 3, wherein said panels are constructed from a molded synthetic material, such as polypropylene, polyethylene, or laminated fiberglass and resin.

6. The aquaculture tank of claim 1, wherein each panel of said tank enclosure is a single unit in which the concave inner surface includes a vertical interior wall that adjoins a lower sloping portion of said panel.

7. The aquaculture tank of claim 1, wherein said tank enclosure is engaged by a tank cover comprising a screen or mesh material disposed over a lightweight frame that is constructed from plastic, aluminum, or any other suitable lightweight, rigid material.

8. The aquaculture tank of claim 7, wherein said flotation device is attached to the outer surface of the panels of said tank enclosure at a point below the lip of the tank enclosure so as to allow portions of the tank enclosure panels to rise above the water level to prevent fish or other aquaculture species from escaping by jumping over the lip of said tank enclosure.

9. The aquaculture tank of claim 7, wherein the bottom end of the panels of said tank enclosure are attached to a waste cone into which wastes produced by the fish or other aquatic species are collected and disposed of through a drain aperture passing through the bottom of said waste cone.

10. The aquaculture tank of claim 3, wherein each panel of said tank enclosure is connected to the adjoining panel by a connecting joint, said connecting joint being formed between side ends of adjoining panels, to allow articulation that will eliminate the danger of cracking of the tank enclosure during impact from physical stress, such as wind and wave action.

11. The aquaculture tank of claim 10, wherein each connecting joint between adjoining panels is held together by a connecting gasket, said connecting gasket being constructed from a durable, flexible, water-resistant elastomer or plastic material, such as polyurethane or polypropylene, but preferably from neoprene.

12. The aquaculture tank of claim 11, wherein the flexible material forming the connecting gaskets includes a rigid, yet flexible, inner mesh comprised of fiberglass, steel, titanium, or another suitable metal or other material.

13. The aquaculture tank of claim 10, wherein the connecting joint may include a rod oriented vertically along the joint for maintaining the shape and rigidity of the aquaculture tank as well as for allowing the connecting joint and adjoined panels to return to the original cast or shape following an articulation event, said rod being constructed from plastic, fiberglass, steel, titanium, or any other suitable metal or material having shape memory as a property.

14. The aquaculture tank of claim 10, wherein said connecting joints allow the panels of the tank enclosure to articulate and move within a horizontal plane during impact or other physical stress on said aquaculture tank, such as movement of the tank by waves in the body of water in which said tank is located.

15. The aquaculture tank of claim 10, wherein each tank panel and the adjoining connecting gasket engage via a flanged edge that may be oriented at a 90-degree angle to the outer surface of the tank panel.

16. The aquaculture tank of claim 15, wherein the flanged edge may be recessed in relation to the outer surface of the tank panel and an outer surface of the connecting gasket, thereby creating a smooth exterior surface on the tank enclosure.

17. The aquaculture tank of claim 11, wherein the connecting gaskets may be attached to the respective tank enclosure panels using rivets, ultrasonic welding, but preferably, using a series of spaced bolts, washers, and lock washers installed on both opposing sides of the connecting joint.

18. The aquaculture tank of claim 9, wherein said aquaculture tank includes a solid waste recovery system for removing waste collected inside the waste cone at the bottom of the tank enclosure.

19. The aquaculture tank of claim 18, wherein said solid waste recovery system comprises:

a flexible tube connected to the drain aperture of the waste cone;

one or more storage containers, wherein each storage container has once or more, but preferably two, compartments for holding waste;

a separator disposed inside of the storage container;

a filter screen;

a low-voltage piston-driven actuator for driving the filter screen;

a pump; and

a programmable timing circuit.

20. The aquaculture tank of claim 1, wherein said aquaculture tank includes an air blower or air pump for pumping oxygenated water from the external environment into the tank enclosure.

21. The aquaculture tank of claim 1, wherein said aquaculture tank includes a pumping apparatus for pumping clean water from a source of water, preferably the surrounding body of water, into the tank enclosure;

wherein said pumping apparatus preferably comprises an organ pipe air-lift system and a regenerative blower.

22. The aquaculture tank of claim 1, wherein said aquaculture tank includes a power source that is preferably harnessed from an alternative energy source, such as solar, wind, or wave energy, to power lights, water or air pumps, and any other electrical or mechanical components incorporated as part of said aquaculture tank.

23. The aquaculture tank of claim 1, wherein said aquaculture tank may include an automated feeding system to provide food to the fish or other aquatic species contained therein.

24. The aquaculture tank of claim 1, wherein said aquaculture tank may include a software program and timing circuit or sensors to automatically control the operation of any electrical or mechanical components, such as air pumps and blowers, water pumps, feeding system, or lights, included as a part of the invention.

25. The aquaculture tank of claim 1, wherein said aquaculture tank includes an oxygen injection back-up system that comprises a passive oxygen diffusion system connected or placed at the bottom of the tank enclosure to supply oxygen to the aquaculture tank.

26. The aquaculture tank of claim 1, wherein said aquaculture tanks are arranged in groups of two or more interconnected by floating docks or by elevated catwalks or gangways to provide access to each tank for maintenance, supplying food, and for observation.

27. The aquaculture tank of claim 26, wherein said aquaculture tanks include a porthole gate valve interface for moving and transporting fish between tanks, said porthole gate valves comprising a flexible pipe connected to and passing through a panel on each of two adjacent aquaculture tanks;

and

wherein said porthole gate valves may be opened or closed as desired by the user to allow movement and transport of fish or other aquatic species from one aquaculture tank to another aquaculture tank.

28. A self-contained, submersible aquaculture tank for containing fish and other aquatic animal, plant, and algal species, comprising:

means for containing said fish or other species, said means for containing being semi-rigid; and

means for articulating said means for containing

wherein said means for containing are securely attached and connected to said means for articulating to provide movement of said means for containing.

29. The aquaculture tank of claim 28, wherein the invention also includes means for floating that is attached to the outer surface of the panels of said means for containing at a point below a lip of the panels of the means for containing so as to allow portions of the panels to rise above the water level to prevent fish or other aquatic species from escaping by jumping over the lip of said tank enclosure as well as to prevent fish and other species from the surrounding body of water from infiltrating the aquaculture tank by jumping into the means for containing.

30. The aquaculture tank of claim 28, wherein said means for containing comprises two or more, but preferably between four and eight, curved panels, each panel having a convex outer surface, a concave inner surface, a bottom end, and an upper lip to which said means for floating and said means for covering are attached.

31. The aquaculture tank of claim 28, wherein the invention further includes:

means for connecting adjoining panels while permitting articulation that will eliminate the danger of cracking of the means for containing during impact from physical stress, such as wind and wave action.

32. The aquaculture tank of claim 28, wherein the invention further includes:

means for automatically feeding the fish or other species contained within said aquaculture tank.

33. The aquaculture tank of claim 28, wherein the invention further includes:

means for distributing oxygen through the water within the aquaculture tank to maintain healthy levels of available oxygen in high-density living conditions of the farm-raised fish or other aquatic species contained within the aquaculture tank; and

wherein said means for distributing oxygen may also include a means for producing and a means for storing oxygen for on-site use.

34. The aquaculture tank of claim 28, wherein the invention further includes:

means for pumping water from different depths of the surrounding body of water into the aquaculture tank to regulate temperature within the aquaculture tank year-round and to provide a source of oxygenated water to the aquaculture tank.

35. The aquaculture tank of claim 28, wherein the invention further includes:

means for harnessing and storing wind, wave, or solar energy to power any electrical or mechanical components included as a part of the invention, including, but not limited to, lights, air blowers or pumps, water pumps, and feeding systems.

36. The aquaculture tank of claim 28, wherein the invention further includes a solid waste recovery system comprising:

means for recovering wastes from the means for containing;

means for holding and storing wastes temporarily;

means for separating solid wastes from water and liquid wastes;

means for releasing water and liquid wastes into the surrounding body of water; and

means for pumping said solid wastes to a service barge or other disposal unit.

37. The aquaculture tank of claim 28, wherein the invention further includes means for covering partially or entirely an open end of said means for containing to protect the fish or other species from predators, such as birds.

38. The aquaculture tank of claim 28, wherein the invention includes means for anchoring said means for containing in a stationary position within a body of water.