Automatic feeding system based on internet of things technology for high-density fishpond culture

Abstract

The invention relates to an automatic feeding system based on the internet of things technology for high-density fishpond culture, and belongs to the field of high-density aquatic product culture. Thesystem comprises an oxygen content detection device, a water temperature detection device, a monitoring platform and an automatic feeding machine. The monitoring platform comprises a water quality oxygen dissolution detection unit, and the water quality oxygen dissolution data is obtained according to the detection data of the oxygen content detection device and the water temperature detection device; a feeding control unit sends feeding control instruction to the automatic feeding machine according to the water quality oxygen dissolution data; a high-density fishpond comprises a circulatingculture sub-fishpond, a purification sub-fishpond, a sewage collection tank and a sewage filtering tank; the circulating culture sub-fishpond comprises a plurality of culture sub-tanks; each culture sub-tank is provided with a separate layer water injection structure for introducing water from a part above the water surface and an underwater part of the culture sub-tank; and water of the circulating culture sub-fishpond flows to the purification sub-fishpond sequentially from the sewage collection tank and the sewage filtering tank, and the purified water is injected into the circulating culture fishpond through the separate layer water injection structure. According to the invention, the remote intelligent material feeding management and control are realized by the internet of things technology.

Description

technical field [0001] The invention relates to the technical field of high-density aquatic product cultivation, in particular to an automatic feeding system for high-density fish pond cultivation based on Internet of Things technology. Background technique [0002] The traditional extensive farming model is a production method that depends on the weather, which is inevitably affected and restricted by natural conditions such as climate and water quality changes. It not only has problems such as low yield, monotonous breeding varieties, frequent disease occurrence, and high breeding risks. , and cause serious environmental damage and pollution, which is not conducive to the effective use of resources and the sustainable development of aquaculture. The abuse of antibiotics and other drugs has led to a decline in the quality of aquatic products, and the food safety of farmed aquatic products cannot be guaranteed, which has largely affected the sustainable development of aquacu...

AI Technical Summary

Problems solved by technology

[0005] With the development of the Internet of Things technology, the existing farming model has also proposed a farming monitoring system based on the Internet of Things technology. There are different farming monitoring systems based on different farming fish ponds, and the existing farming monitoring system is only for the existing farmed fish. Ponds have realized automated farming but the above problems have not been solved

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