A fish welfare intelligent breeding system and method for recirculating aquaculture mode

Abstract

The invention discloses a fish welfare intelligent culture system and method for a circulating water culture mode. The system mainly comprise a multi-compartment culture pond, a growth data acquisition channel, a health state evaluation channel, an automatic grading device and the like. The system mainly relies on an artificial intelligence technology, utilizes the growth data acquisition channeland the health state evaluation channel to respectively quantify the size specification and the health states of cultured objects, separates the cultured objects with different size specifications anddifferent health states into different compartments of the culture pond by combining with an automatic pond separation device, so that welfare culture is achieved. The system is novel in structure, simple in principle and suitable for the circulating water culture mode. By adopting the system and the method, the problems of nondestructive collection of growth data, nondestructive evaluation of health states and grading in an existing circulating water culture system can be effectively solved.

Description

technical field [0001] The present invention relates to a system and method for fish welfare intelligent breeding for recirculating aquaculture mode, more specifically, a non-destructive collection of growth data of breeding objects, non-destructive evaluation of the health status of the breeding objects, and a method based on the growth information of the breeding objects and An automatic grading function-in-one system and method for health state information. Background technique [0002] With the improvement of people's living standards and the enhancement of health awareness, people's demand for protein is gradually increasing. As a source of high-quality protein, the consumption of fish meat has increased significantly in recent years, which has greatly promoted the rapid development of the aquaculture industry. Domestic aquaculture is mostly an extensive aquaculture model in large outdoor ponds. The overall structure of the ponds is relatively simple, less facilities a...

AI Technical Summary

Problems solved by technology

[0003] Although the recirculating aquaculture model can maintain the aquaculture water environment to a certain extent and ensure the growth and welfare of the aquaculture objects, it still cannot achieve welfare and intelligent aquaculture in the true sense, and its system maintenance and operation are still extremely dependent on manual labor.

Typical problems in the current recirculating aquaculture process are: 1. Unable to achieve non-destructive collection of growth data of aquaculture objects; 2. Unable to achieve non-destructive assessment of the health status of aquaculture objects; 3. Unable to realize automatic monitoring of aquaculture objects based on growth and health information of aquaculture objects grading

The above problems are directly related to the feeding welfare and growth welfare of the breeding objects, and to a great extent affect the economic benefits of the breeding enterprises

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