Intelligent aquaculture monitoring system

Abstract

The invention provides an intelligent aquaculture monitoring system. The system comprises a natural environment simulation unit used for simulating a natural growth environment of fishes in an aquaculture tank, a sewage discharge control unit used for conveying water in the aquaculture tank to a water treatment area for purification treatment, a water treatment area control unit used for regulating automatic running of each treatment tank in the water treatment area to achieve a water purification treatment effect, a water level control unit used for monitoring the liquid level change in the aquaculture tank and a PLC control system used for controlling the natural environment simulation unit, the sewage discharge control unit, the water treatment area control unit and the water level control unit. The intelligent aquaculture monitoring system can perform automatic collection, analysis and regulation on aquaculture water, and achieves the intelligent management of the aquaculture system.

Description

technical field [0001] The invention relates to a monitoring system, more specifically to an intelligent monitoring system for aquaculture. Background technique [0002] Aquaculture is the production activity of breeding, cultivating and harvesting aquatic animals and plants under human control. At present, domestic fish are generally cultivated artificially in ponds, but there are many defects in pond cultivation. Containers have been used to build breeding containers and simple water treatment system control on the market, which can partially overcome the problem of artificial breeding in ponds. However, most container aquaculture does not realize the automatic monitoring and control of water quality environment in a real sense. The water quality parameters of aquaculture are detected and controlled manually, and analyzed according to individual experience, which is highly dependent on personal technology and does not use big data system analysis. The quality of farming ...

AI Technical Summary

Problems solved by technology

[0003] (1) There are too few types of aquaculture water quality parameters, generally only focusing on dissolved oxygen, pH, temperature, lack of online monitoring of core indicators such as COD, nitrite, ammonia nitrogen, etc. It is difficult to meet the water quality monitoring requirements of industrialized intensive aquaculture

[0004] (2) Due to the lack of collection of aquaculture water quality parameters and the lack of a tail water treatment system, the sewage generated by aquaculture is discharged to the outside without treatment, causing damage to the ecological environment

[0005] (3) The existing breeding box is only a replacement of the container, and the intelligent control and low degree of automation have not really effectively reduced the labor intensity of the farmers

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