Household aquaculture pond

Abstract

The household aquaculture pond comprises a culture pond body, a culture pond cover, a culture pond base, a water circulation purification system, an aerator and a circulation switch controller. The water circulation purification system comprises a circulation switch controller, an electromagnetic water valve, a floating ball valve, a blow-off pipe, a sewage separate filtering sedimentation tank, a sewage positive cleaning tank, a nitrogen and phosphorus removal reactor and a water suction pump; the water suction pump and the electromagnetic water valve are controlled by the circulating switch controller, the household aquaculture pond and a bottom plate of the aquaculture pond are conical bottoms, a sewage draining opening is formed in the center of each conical bottom and connected with a sewage draining pipe, the electromagnetic water valve and a floating ball valve, and the water circulating purification system is arranged in the space of a base of the aquaculture pond. After the sewage of the culture pond is treated by the water circulation purification system, clear water is lifted to the culture pond by the self-suction water pump, so that the culture water is recycled.

Description

Technical Field

[0001] The utility model belongs to the technical field of aquaculture, and in particular relates to a family aquaculture pond. Background Art

[0002] In recent years, the rapid development of my country's breeding industry has driven the development of a series of breeding industry chains including breeding technology, breeding feed, and breeding equipment. However, family breeding equipment cannot keep up with the pace of development. In order to achieve larger-scale breeding, a series of breeding equipment must be available. Summary of the invention

[0003] A family aquaculture pond. In this plan, the technology of "A three-dimensional environmentally friendly aquaculture equipment" with application number: 2022217579280 is adopted, and further improvements are made in structure and function. There is no large frame structure, so that the size of each part of the aquaculture pond is concentrated to about one meter, allowing the aquaculture pond to enter the family. It can be conveniently arranged in various spaces such as family balconies, halls, rooms, terraces, front and back yards, etc. You can raise whatever fish you like, so that you can enjoy the fun of aquaculture when you are at work or when you go home, allowing aquaculture to enter the family.

[0004] The household aquaculture pond comprises a pond body, a pond base, a pond cover, an aerator, an aeration pipe, a circulation switch controller, and a water circulation purification system; the water circulation purification system comprises an electromagnetic water valve, a float valve, a water pump, a sewage filtration sedimentation tank, a sewage cleaning tank, and a denitrification and phosphorus removal reactor. The water pump is connected to the sewage cleaning tank, which is also a denitrification and phosphorus removal reactor. The water circulation purification system adopts the patent document: CN207589858U technology to purify sewage. The water circulation purification system is also a biofilter autotrophic denitrification enhanced treatment reactor; the electromagnetic water valve, the aerator, and the water pump are controlled by the circulation switch controller, and the water pump is a self-priming water pump.

[0005] The family aquaculture pond has a conical bottom, the conical bottom has a conical angle of about 130°, the conical angle slope is set at about 25°, a sewage outlet is set at the center of the conical bottom, the sewage outlet has a sewage valve, and the sewage valve is an electromagnetic water valve and a float valve;

[0006] Furthermore, the family aquaculture pond is provided with a base at the bottom, the base is a one-piece base or a split base, the water circulation purification system is arranged in the base, the sewage outlet is connected with an electromagnetic water valve, the electromagnetic water valve is connected with a float valve, the float valve is used to control the water level of the sewage filtration sedimentation tank, the sewage filtration sedimentation tank is connected with the sewage cleaning tank, and the sewage cleaning tank is connected with a water pump;

[0007] Furthermore, the conical bottom sewage outlet of the breeding pond is controlled by an electromagnetic water valve to discharge sewage into a sewage filtration sedimentation tank. The sewage is filtered through a high-density net to filter out residues. The sewage is precipitated in the first level of the sewage filtration sedimentation tank and then enters the sewage cleaning tank for autotrophic denitrification and denitrification. The treated clean water is pumped to the breeding pond by a water pump to achieve recycling of breeding water. A flooding port for controlling the water level is provided on the edge of the wall panel of the breeding pond. The flooding port is about 50 mm high from the upper open edge of the breeding pond. The flooding port is connected to the sewage cleaning tank at the bottom of the breeding pond by a water pipe.

[0008] In the utility model, a family aquaculture pond adopts high-density aquaculture technology, and the aquaculture water body will be hypoxic, and an aerator is needed to oxygenate the aquaculture pond. The aerator is arranged in the base of the aquaculture pond and is connected to the aeration pipe.

[0009] Preferably, the family aquaculture pond is made of transparent material, and the transparent material is transparent plastic and glass. While enjoying aquaculture at home, the beautiful transparent aquaculture pond, where fish swim and scramble for food, will add a more comfortable atmosphere to the home;

[0010] Preferably, the household aquaculture pond is made of various environmentally friendly plastics, stainless steel and other metal materials. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 . A perspective diagram of a family aquaculture pond A;

[0012] Figure 2 . Schematic diagram of water circulation purification system C. DETAILED DESCRIPTION

[0013] See also Figure 1 , Figure 2In this embodiment, a family aquaculture pond A includes a culture pond cover A1, a culture pond base A2, a culture pond body A3, an aerator E, an aeration pipe E2, a circulation switch controller, and a water circulation purification system C; the water circulation purification system C includes an electromagnetic water valve B5, a float valve B6, a pump D, a sewage filtration sedimentation tank C1, a sewage cleaning tank C3, and a denitrification and phosphorus removal reactor. The pump D is connected to the sewage cleaning tank C3, and the sewage cleaning tank C3 is also a denitrification and phosphorus removal reactor. The water circulation purification system C uses the patent document: CN207589858U technology to purify the sewage. The water circulation purification system C is also a biofilter autotrophic denitrification enhanced treatment reactor; the electromagnetic water valve B5, the aerator E, and the pump D are controlled by a circulation switch controller. The circulation switch controller is installed on the outside of the culture pond cover A1 or the culture pond base A2, and the pump is a self-priming water pump.

[0014] The bottom of the family aquaculture pond A is a conical bottom B, the conical bottom B has a conical angle of about 130°, the conical angle slope is set at about 25°, a sewage outlet B1 is set at the center of the conical bottom B, the sewage outlet B1 is connected to a sewage pipe B2 and a sewage valve, and the sewage valve is an electromagnetic water valve B5 and a float valve B6;

[0015] Further, the family aquaculture pond A is provided with a breeding pond base A2 at the bottom, and the breeding pond base A2 is the part below the conical bottom B of the breeding pond A3. The breeding pond base A2 is a conjoined base or a split base. The conjoined base is above the conical bottom B of the breeding pond A3 and is conjoined with the breeding pond base A2 below the conical bottom B; the split base is above the conical bottom B of the breeding pond A3 and can be separated from the breeding pond base A2 below the conical bottom B, and is a split body;

[0016] Furthermore, the water circulation purification system C is arranged in the space of the breeding pond base A2, and the sewage outlet B1 is connected to the electromagnetic water valve B5, and the electromagnetic water valve B5 is connected to the float valve B6 through the sewage pipe B2. The float valve B6 controls the water level of the water circulation purification system C. When the water levels of the sewage filtration sedimentation tank C1 and the sewage cleaning tank C3 of the water circulation purification system C reach the water level line C4, the float B7 of the float valve B6 will float up, and the float valve B6 will be closed, and the sewage will stop being discharged into the sewage filtration sedimentation tank C1. The sewage filtration sedimentation tank C1 is connected to the sewage cleaning tank C3 through a closed concave groove C2. In order to make better use of the space in the breeding pond base A2, a closed concave groove C2 is provided at the cone angle position of the conical bottom B of the breeding pond A3.

[0017] The water circulation purification system C adopts the patent document: CN207589858U technology to purify the sewage. It takes at least 8 hours to complete one water treatment. The water circulation purification system C is also a biofilter autotrophic denitrification enhanced treatment reactor. The sewage cleaning tank C3 is also a denitrification and phosphorus removal autotrophic denitrification purification tank. The denitrification and phosphorus removal autotrophic denitrification filler is sulfur, iron ore, hydrotalcite or pyrite, dolomite. The denitrification and phosphorus removal autotrophic denitrification filler is filled in the filler box in the sewage cleaning tank C3;

[0018] Further, the electromagnetic water valve B5 is controlled to discharge sewage, which is controlled by a circulation switch controller, and the sewage is discharged into the sewage filtration sedimentation tank C1. The interval of each opening is at least 8 hours. The electromagnetic water valve B5 is opened, and the pump D is turned on at the same time. The water inlet D1 of the pump is threadedly connected with the sewage cleaning tank C3. The pump D lifts the clean water and enters the breeding pool A3 through the pump outlet D2. The pump outlet D2 is threadedly connected with the pump D and fixedly connected with the breeding pool A3.

[0019] Furthermore, the sewage filtration sedimentation tank C1 has an interlayer grid plate C5, and the interlayer grid plate C5 is paved with a high-density net. The sewage is filtered through the high-density net to filter out the residue. The sewage is precipitated in the first level of the sewage filtration sedimentation tank C1, and then passes through the grid filter wall C7 with filter cotton to enter the sewage cleaning tank C3 for nitrogen and phosphorus removal and autotrophic denitrification purification treatment for 8 hours. The treated clean water is then lifted to the breeding pond A3 by the pump D to achieve the recycling of breeding water. A flooding port B4 for controlling the water level is provided on the edge of the wall panel of the breeding pond A3. The flooding port B4 is about 50 mm high from the open edge of the breeding pond A3. The flooding port B4 has a clean water pipe B3, which passes through the conical bottom B and is connected to the sewage cleaning tank C3 in the space of the breeding pond base A2 at the bottom of the breeding pond A3. The clean water pipe B3 is connected to the breeding pond A3.

[0020] In the present scheme, the family aquaculture pond A and the aquaculture pond base A2 are one-piece bases or split bases, and the water circulation purification system C is set in a split state, which is easier to clean. The water circulation purification system C and the interlayer grid plate C5 and the grid filter wall C7 of the sewage filtration sedimentation tank C1 are split and can be disassembled for cleaning. The sewage filtration sedimentation tank C1 and the sewage cleaning tank C3 are cleaned regularly, and the sewage is discharged through the drain valve C6. The water circulation purification system C is cleaned in a large scale, and the water inlet pipe D1 of the water pump is removed and threadedly connected to the sewage cleaning tank C3. The water circulation purification system C can be drawn out from the aquaculture pond base A2, and the water circulation purification system C has a decorative cover plate on the outside.

[0021] In this solution, the family aquaculture pond A adopts high-density aquaculture technology, and the aquaculture water body will be hypoxic, and an aerator E is required to oxygenate the aquaculture pond A3. The aerator E is arranged on the inner side of the aquaculture pond base A2, and the aerator E is connected to the aeration pipe E2 through the air inlet pipe E1. The aeration pipe E2 is fixed on the bottom edge of the aquaculture pond A3, and the air inlet pipe E1 is connected to the conical bottom B angle.

[0022] Preferably, the family aquaculture pond A is made of transparent material, and the transparent material is transparent plastic and glass. While enjoying aquaculture at home, the beautiful transparent aquaculture pond, where fish swim and scramble for food, will add a more comfortable atmosphere to the home;

[0023] Preferably, the household aquaculture pond is made of various environmentally friendly plastics, stainless steel and other metal materials.

Claims

1. A family aquaculture pond, comprising a pond body (A), a pond base (A2), a water circulation purification system (C), an aerator (E), and a circulation switch controller, characterized in that: The family aquaculture pond (A3) has a conical bottom (B), and the water circulation purification system C comprises an electromagnetic water valve (B5), a float valve (B6), a water pump (D), a sewage filtration sedimentation tank (C1), and a sewage cleaning tank (C3). The water pump (D) is connected to the sewage cleaning tank (C3), and the electromagnetic water valve (B5), the aerator (E), and the water pump (D) are controlled by a circulation switch controller; The water circulation purification system (C) is arranged in the space of the base (A2) of the breeding pond. The conical bottom (B) of the breeding pond is provided with a sewage outlet (B1) at the center. The sewage outlet (B1) is connected to the sewage pipe (B2). The electromagnetic water valve (B5) and the float valve (B6) are connected through the sewage pipe (B2). The float valve (B6) controls the water level of the water circulation purification system C. When the water level of the sewage sub-filtration sedimentation tank (C1) and the sewage cleaning tank (C3) reaches the water level line (C4), the float (B7) of the float valve (B6) will float up, the float valve (B6) will be closed, and the sewage will stop being discharged into the sewage sub-filtration sedimentation tank (C1). The sewage sub-filtration sedimentation tank (C1) is connected to the sewage cleaning tank (C3) through a closed concave groove (C2). The aquaculture pond (A3) discharges sewage, and the electromagnetic water valve (B5) and the water pump (D) are opened at the same time, and the sewage is discharged into the sewage filtration sedimentation tank (C1), and the water pump (D) lifts the clean water from the sewage cleaning tank (C3) into the aquaculture pond (A3); the interlayer grid plate (C5) of the sewage filtration sedimentation tank (C1) is paved with a high-density mesh to filter out residues, and the sewage is precipitated in the first level of the sewage filtration sedimentation tank (C1), passes through the grid filter wall (C7) with filter cotton, and enters the sewage cleaning tank (C3) for treatment, and is lifted to the aquaculture pond (A3) by the water pump (D); the edge of the wall plate of the aquaculture pond (A3) is provided with a flooding port (B4) for controlling the water level, and the flooding port (B4) is connected to the sewage cleaning tank (C3) through a clean water pipe (B3); In the household aquaculture pond, the aerator (E) is arranged on the inner side of the aquaculture pond base (A2), the aerator (E) is connected to the aeration pipe (E2) through the air inlet pipe (E1), the aeration pipe (E2) is fixed to the bottom edge of the aquaculture pond (A3), and the air inlet pipe (E1) is connected to the conical bottom (B).

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