A bait feeding system based on body length of shrimp

Abstract

The invention relates to the field of shrimp cultivation technology, in particular to a bait feeding system based on body lengths of shrimps. The system is used for precisely adjusting feeding quantity according to the change of body lengths of shrimps during shrimp cultivation processes, and comprises a data storage module, a data update module, a shrimp body length obtaining module, a data analysis module and a bait feeding control module. The shrimp body length obtaining module is used for detecting body lengths of shrimps in cultivation water in real time. The data analysis module is used for comparing length body data, which is acquired in real time, of shrimps, with the length body and weight data, which are stored in the data storage module, of the same kind of shrimps, and calculating the total feeding quantity of bait. The bait feeding control module is used for controlling feeding quantity of the shrimps and executing feeding. The bait feeding system is capable of properly automatically feeding bait according to different species of shrimps, so rest bait in the cultivation water is reduced, micro-particles are reduced, numbers of filtering processing for the cultivation water are reduced, production cost is reduced and electric power and human resources are saved.

Description

technical field [0001] The invention belongs to the technical field of shrimp farming, in particular to a bait feeding system based on the body length of shrimp. Background technique [0002] Traditional shrimp farming occupies a large area of ​​water and land resources, and is vulnerable to natural disasters, causing significant economic losses. The accumulation of harmful substances in the breeding process has caused a huge negative impact on the environment, and has also brought great risks and difficulties to the development of the shrimp farming industry. In this environment, shrimp recirculating aquaculture has been gradually promoted across the country in recent years with the support of governments at all levels and the cooperation of scientific researchers due to the advantages of less water consumption and less pollution. However, the recycling of aquaculture water requires Repeated filtration and mechanical circulation of the water body will greatly increase the ...

AI Technical Summary

Problems solved by technology

[0002] Traditional shrimp farming occupies a large area of ​​water and land resources, and is vulnerable to natural disasters, causing significant economic losses

The accumulation of harmful substances in the breeding process has caused a huge negative impact on the environment, and has also brought great risks and difficulties to the development of the shrimp farming industry.

In this environment, shrimp recirculating aquaculture has been gradually promoted across the country in recent years with the support of governments at all levels and the cooperation of scientific researchers due to the advantages of less water consumption and less pollution. However, the recycling of aquaculture water requires Repeated filtration and mechanical circulation of the water body will greatly increase the cost of farming shrimp

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