CN210445346U

CN210445346U - Vertical aquaculture case

Info

Publication number: CN210445346U
Application number: CN201920925835.6U
Authority: CN
Inventors: 黄初
Original assignee: Guangdong Skyview Environmental Science And Technology Co ltd
Current assignee: Guangdong Skyview Environmental Science And Technology Co ltd
Priority date: 2019-06-19
Filing date: 2019-06-19
Publication date: 2020-05-05
Anticipated expiration: 2029-06-19

Abstract

The utility model provides a vertical aquaculture case, breed the case including detachable frame, upper strata, middle level breed case and bottom and breed the case, this upper strata is bred case, middle level and is bred case and bottom and breed the case from last to installing in this frame down in proper order, and this upper strata is bred case, this middle level and is bred case, the volume of this bottom breed case increases in proper order, and this middle level is bred the case and can be inlayed to the incasement of this bottom breed case, and this upper strata is bred the case and can be inlayed to the incasement of this middle level breed case, the utility model discloses the cultivation box that rectangle piles up compares the circular breed pond of individual layer, and space utilization can improve more than 200%. The boxes can be nested with each other, so that the transportation cost of about 1/3 is saved. The number and the connection mode of the box bodies are flexible, and the box bodies can be adjusted according to the realized site conditions and the cultivation requirements. Every three boxes correspond to a group of water treatment systems to form a complete module, and when the culture scale needs to be enlarged, the operation can be realized only by adding corresponding modules.

Description

Vertical aquaculture case

Technical Field

The utility model relates to a breed case, more specifically indicate a vertical aquaculture case.

Background

The traditional aquaculture mode in China mainly comprises pond aquaculture, breeding diseases frequently occur along with environmental pollution of water areas, and the extensive, low-yield and strong water resource dependence aquaculture mode is more and more difficult to adapt to the current situation of the current aquaculture industry. Under the background, the industrial culture with high efficiency, controllability, water conservation, high density and small pollution is gradually developed, and the industrial circulating water culture is one of the most main novel culture modes. The industrial aquaculture needs to be equipped with a large number of culture ponds, how to effectively utilize the space, improve fishpond self-purification ability and simple operation nature, save the fishpond cost, is an important problem that must consider when building the plant.

The current commonly used culture pond is divided into a cement fishpond, a PP plastic fishpond, a glass fiber reinforced plastic fishpond and a folding fishpond, and the container has the following defects in specific use:

1. the cement pond has long construction period, high cost and no mobility.

And 2, the PP plastic fishpond is limited by the plates, only can be made into a small pond, and the joints of the plates are easy to leak.

3. The glass fiber reinforced plastic fishpond has poor bearing performance and cannot be vertically stacked.

PP plastic pond, glass steel pond are mostly circular pond, compare square pond space utilization low, and it is more difficult to pile up, more difficult realization modularization, and the cost of transportation is also more expensive.

5. The folding fish pond is poor in bearing performance, cannot be vertically stacked, is poor in plasticity, only can be of a flat-bottom structure, and is poor in pollution discharge capacity.

6. Container: the transportation cost is high, and the optimization is not made aiming at the pollution discharge efficiency.

SUMMERY OF THE UTILITY MODEL

The utility model provides a vertical aquaculture case, it is through unique structural design, the utility model discloses a vertical aquaculture case increases in proper order by the volume, and nested three box of each other piles up and forms, the utility model discloses can improve the space utilization of plant ground, but have that the cost of transportation is low, can the modularization, assemble simply, go out advantages such as fish convenience, energy-conservation.

The utility model discloses the technical scheme of sampling does: the utility model provides a vertical aquaculture case, including the detachable frame, the case is bred on the upper strata, the case is bred to middle level and the case is bred to the bottom, this upper strata is bred the case and the case is bred to the bottom from last to installing in this frame in proper order down, this upper strata is bred the case, this middle level is bred the case, the volume of case is bred to this bottom increases in proper order, this middle level is bred the incasement that the case was bred to this bottom, this upper strata is bred the case and can be inlayed to the incasement that the case was bred to this middle level, this upper strata is bred the case, the incasement that case and bottom were bred to middle level is provided with the aeration dish, this frame is provided with the stair, this middle level is bred the case, be provided with on this frame of upper strata breed case.

The upper layer cultivation box, the middle layer cultivation box and the bottom layer cultivation box are provided with a fish outlet valve component and a sewage discharge valve.

The upper layer cultivation box, the middle layer cultivation box and the bottom layer cultivation box are internally provided with a drainage pipe which is connected with a drainage valve and is provided with a drilled hole.

Two rows of solar panels are arranged above the upper layer cultivation box and fixed with the frame.

The utility model has the advantages that:

1. compared with a single-layer circular culture pond, the rectangular stacked culture box body can improve the space utilization rate by more than 200%.

2. The boxes can be nested with each other, so that the transportation cost of about 1/3 is saved.

3. The number and the connection mode of the box bodies are flexible, and the box bodies can be adjusted according to the realized site conditions and the cultivation requirements. Every three boxes correspond to a group of water treatment systems to form a complete module, and when the culture scale needs to be enlarged, the operation can be realized only by adding corresponding modules.

4. The water inlet and outlet pipes of the culture pond are connected with the water treatment unit, purified water exchange in the fish pond is ensured for 24 hours, and oxygen is supplied by aeration, so that a stable and good growth environment is provided for the fish.

The embodiments and drawings of the present invention are only for illustrating the design concept of the present invention, and the protection scope of the present invention should not be limited to this embodiment.

Drawings

Fig. 1 is a perspective view of the present invention.

Fig. 2 is a schematic diagram of the present invention after lamination.

Figure 3 is the utility model discloses get rid of the thick schematic diagram of solar panel.

Detailed Description

Referring to fig. 1 to 3, a preferred embodiment of the present invention is a vertical aquaculture tank, which comprises a detachable frame 10, an upper cultivation tank 20, a middle cultivation tank 30 and a bottom cultivation tank 40, wherein the upper cultivation tank 20, the middle cultivation tank 30 and the bottom cultivation tank 40 are sequentially installed in the frame 10 from top to bottom, the volumes of the upper cultivation tank 10, the middle cultivation tank 20 and the bottom cultivation tank 30 are sequentially increased, the middle cultivation tank 20 can be embedded in the bottom cultivation tank 20, the upper cultivation tank 20 can be embedded in the middle cultivation tank 30, the upper cultivation tank 20, the middle cultivation tank 30 and the bottom cultivation tank 40 are provided with an aeration plate 50 in the tank, the frame 10 is provided with a terrace 60, an operator can enter the corridor 60 through the stairs, standing in the corridor 60 for farming related activities.

The upper layer cultivation box 20, the middle layer cultivation box 30 and the bottom layer cultivation box 40 are provided with a fish valve component A and a sewage valve B.

The upper layer cultivation box 20, the middle layer cultivation box 30 and the bottom layer cultivation box 40 are internally provided with a drainage pipe C which is connected with a drainage valve and is provided with a drilled hole.

Two rows of solar panels D are arranged above the upper layer cultivation box 20, and the two rows of solar panels D are fixed with the frame 10.

The utility model discloses a vertical aquaculture case increases in proper order by the volume, and nested three box of each other piles up and forms. The box is through removable frame vertical fixation, and well upper box next door is equipped with corridor and guardrail, and the personnel of breeding can climb to each breed layer through the staircase and observe and operate. And a solar panel is laid above the upper-layer box body and absorbs solar energy to supply part of electric energy for the culture system. The vertical breeding box body can improve the space utilization rate of a breeding plant, and has the advantages of low transportation cost, modularization, simplicity in assembly, convenience in fish discharging, energy conservation and the like.

The utility model has the advantages that:

From the above, it can be seen that the objects of the present invention are efficiently attained. The part of the embodiments that illustrate the objectives and the functional and structural objects of the invention, and include other equivalents.

Accordingly, the invention is intended to cover other equally effective embodiments, as the scope of the appended claims will refer to.

Claims

1. The utility model provides a vertical aquaculture case which characterized in that: including the detachable frame, the case is bred on the upper strata, case and bottom are bred in the middle level, this upper strata is bred the case, case and bottom are bred to the middle level and the case is bred from last to installing in this frame in proper order down, this upper strata is bred the case, this middle level is bred the case, the volume that the case was bred to this bottom increases in proper order, this middle level is bred the incasement that the case was bred to this bottom, this upper strata is bred the case and can be inlayed to the incasement that the case was bred to this middle level, this upper strata is bred the case, the incasement that case and bottom were bred to middle level is all provided with the aeration dish, this frame is provided with the stair, this middle level is bred the case, be provided with on this frame of upper strata breed.

2. A vertical aquaculture tank according to claim 1 wherein said upper tank, said middle tank and said bottom tank are provided with fish valve assemblies and waste valves.

3. A vertical aquaculture tank according to claim 2 wherein said upper tank, said middle tank and said bottom tank are provided with perforated sewerage pipes connected to said sewerage valves.

4. A vertical aquaculture tank according to claim 3 wherein two rows of solar panels are provided above said upper tank, said two rows of solar panels being secured to said frame.