Automatic aquaculture device

Abstract

The invention relates to the field of aquaculture, in particular to an automatic aquaculture device. The automatic aquaculture device comprises a rectangular culture pond, a plurality of culture cages in the culture pond, and an automatic feeding machine above the culture pond, wherein guide rails, through which the automatic feeding machine moves from one end of the culture pond to the other end of the culture pond, are arranged on two pond walls of the culture pond; the culture cages are arranged in the culture pond in rectangular arrays; the automatic feeding machine comprises a plurality of rows of automatic baiting mechanisms; each line of the culture cages is arranged under the moving position of each automatic baiting mechanism; the automatic feeding machine can move from one ends of the guide rails to the other ends of the guide rails under the driving of an own driving device. According to the automatic aquaculture device, each individual aquatic product can eat feed in fixed amounts regularly; moreover, due to the adoption of an individual cage culture manner, mutual attack behaviors among individual aquatic products can be avoided, so that the dead number of the aquatic products is reduced, and the harvesting amount is greatly improved. Therefore, the automatic aquaculture device is particularly suitable for culture of aquatic products, such as lobsters, with a same kind attacking habit.

Description

technical field [0001] The invention relates to the field of aquaculture, in particular to an automatic aquaculture device. Background technique [0002] In the process of feeding lobsters, existing small-scale farms generally adopt the method of manual feeding, which is inefficient and cannot achieve regular and quantitative feeding. Although the automatic feeding machines on the market are highly automated, their overall structure is relatively complicated, which also leads to high prices, and relatively high maintenance and maintenance costs. Usually, only large-scale farms use automatic feeding machines. , small and medium-sized farms are difficult to implement. [0003] At the same time, most of the lobster farms now adopt high-density intensive farming methods, but the farming facilities still use traditional farming ponds, and the automatic feeding method adopted cannot guarantee the intake of each lobster. Moreover, during the growth process of lobsters, a large nu...

AI Technical Summary

Problems solved by technology

[0002] Existing small farms generally use manual feeding in the process of feeding lobsters. This method is inefficient and cannot achieve regular and quantitative feeding

Although the automatic feeding machines on the market are highly automated, their overall structure is relatively complicated, which also leads to high prices, and relatively high maintenance and maintenance costs. Usually, only large-scale farms use automatic feeding machines. , it is difficult for small and medium-sized farms to implement

[0003] At the same time, most of the lobster farms now adopt high-density intensive farming methods, but the farming facilities still use traditional farming ponds, and the automatic feeding method adopted cannot guarantee the intake of each lobster

Moreover, during the growth process of lobsters, a large number of lobsters will die due to mutual attacks and other behaviors of the same kind. The final survival rate is generally only about 10%, and the yield per mu is generally only more than 1,000 heads

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