Leiocassis longirostris breeding system for adjusting feeding amount on the basis of weight detection

Abstract

The invention discloses a Leiocassis longirostris breeding system for adjusting the feeding amount on the basis of weight detection. The feeding system includes: an acquisition unit for acquiring fish pool internal whole infrared image information; a storage unit for storing a corresponding list of fish volume summation and feeding amount summation; a feeding unit for using a plurality of feeding device to throw a target feeding amount of food to a fish pool; a shooting unit for acquiring the fish pool internal whole infrared image information; a control unit for acquiring the fish pool internal whole infrared image information, calculating the volume summation of fishes in the fish pool, searching the corresponding feeding amount summation, and sending the feeding amount summation to the feeding unit, wherein the control unit acquires the fish pool internal whole infrared image information, analyzes fish distribution in the fish pool, and controls the plurality of feeding device to act through a command according to the fish distribution. The breeding system adopts regional feeding, can provide a healthy feeding environment for fish, can improve the growth speed and reproduction speed of fish, and can ensure the breeding effect and efficiency of fish.

Description

technical field [0001] The invention relates to the technical field of automatic breeding, in particular to a catfish breeding system for adjusting feeding amount based on weight detection. Background technique [0002] Existing aquaculture mainly adopts artificial feeding. For fish that need to be fed multiple times and at night, it takes a lot of manpower. When using artificial feeding, people often choose fish according to the feeding time of the fish and the size of the fish with the naked eye. The amount of food input, this method of calculating the amount of food input to fish is very inaccurate. When the amount of fish food input is too much, it will not only cause food waste, but also cause fish death or disease due to overeating of fish; When the amount of fish food input is too small, it will affect the growth rate of fish and reduce the reproduction effect of fish. In addition, when feeding artificially, the feeding plan cannot be adjusted according to the real-t...

AI Technical Summary

Problems solved by technology

[0002] Existing aquaculture mainly adopts artificial feeding. For fish that need to be fed multiple times and at night, it takes a lot of manpower. When using artificial feeding, people often choose fish according to the feeding time of the fish and the size of the fish with the naked eye. The amount of food input, this method of calculating the amount of food input to fish is very inaccurate. When the amount of fish food input is too much, it will not only cause food waste, but also cause fish death or disease due to overeating of fish; When the amount of fish food is too small, it will affect the growth rate of fish and reduce the reproduction effect of fish

In addition, when feeding artificially, the feeding plan cannot be adjusted according to the real-time distribution of fish, and it is easy to have more fish in a certain area and less food or less fish and more food, which is also not conducive to the feeding process of fish, thus affecting the quality of fish. growth and reproduction

Images