Integrated aquatic product breeding system and method thereof

Abstract

The invention relates to the field of aquatic product breeding, and particularly relates to an integrated aquatic product breeding system and a method thereof. The system comprises a culture pond, a net cage assembly, a capture and transfer device, a lifting assembly, a cart and a storage device, wherein the net cage assembly is arranged in the culture pond; the capture and transfer device is arranged in the net cage assembly; the capture and transfer device is connected with the lifting assembly; gap cavities are formed between the capture and transfer device and the net cage assembly; the lifting assembly can drive the capture and transfer device to move upwards; the capture and transfer device is separated from the net cage assembly; the cart is connected with the lifting assembly; andthe storage device is fixed on the cart. The breeding and harvesting processes comprise the steps of pond culture, capture with fishing nets, transferring of captured aquatic products, storage and thelike. The integrated aquatic product breeding system is reasonable in structure, manpower-saving, large in aquaculture production and high in fishing efficiency of aquatic products.

Description

technical field [0001] The invention relates to the field of aquaculture, in particular to an integrated aquaculture system and method thereof. Background technique [0002] In aquaculture breeding, aquatic seedlings are placed in the breeding pond in the early stage, and need to be fished after a certain period of time. In this process, ground cages are often used for fishing, or more manpower is used for fishing with large nets, and ground cages are used for fishing. The amount of fishing is limited, which cannot meet the occasions with high stocking density. For fishing with large nets, people pull the large nets on the shore from one end of the fish pond to the other. This period of time when enough manpower is gathered, and the fishing flexibility is poor. For example, for eel or loach breeding, it is troublesome to catch with hands, and when the density is 3000-6000 catties per mu, it takes an average of 3 minutes to use a ground cage. It needs to be pulled up once, if i...

AI Technical Summary

Problems solved by technology

[0002] In aquaculture breeding, aquatic seedlings are placed in the breeding pond in the early stage, and need to be fished after a certain period of time. In this process, ground cages are often used for fishing, or more manpower is used for fishing with large nets, and ground cages are used for fishing. The amount of fishing is limited, which cannot meet the occasions with high stocking density. For fishing with large nets, people pull the large nets on the shore from one end of the fish pond to the other. This period of time when enough manpower is gathered, and the fishing flexibility is poor. For example, for eel or loach breeding, it is troublesome to catch with hands, and when the density is 3000-6000 catties per mu, it takes an average of 3 minutes to use a ground cage. It needs to be pulled up once. If it is not pulled up in time, it will easily cause the loach in the ground cage to suffocate due to lack of oxygen. Pulling with a large net is laborious and requires 4-6 people.

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