Smart floater for fishpond management

Abstract

The present invention discloses a smart floater for fishpond management. The smart floater consists of a power supply module, a micro-controller, a wireless communication device, a light measuring device, a temperature and humidity measuring module, a three-axis sensor and a water quality clarity measuring circuit, wherein the micro-controller is connected to the wireless communication device, the light measuring device, the temperature and humidity measuring module, the three-axis sensor and the water quality clarity measuring circuit via I / O interfaces separately. The present invention discloses a smart floater for fishpond management. The smart floater adopts a microprocessor control technology and a wireless communication technology, and achieves automatization of fishpond environment detection and aeration management by various sensors, so that the smart floater has a good application prospect.

Description

technical field [0001] The invention relates to an aquaculture management device, in particular to an intelligent buoy used for fishpond management, and belongs to the technical field of aquaculture. Background technique [0002] The fish pond environment is the basis for the survival, growth and development of fish. If the fish pond environment deteriorates, it will lead to hypoxia, poisoning, and even death in severe cases. At present, most individual farmers have a certain degree of blindness in the management of fish ponds. They usually judge the environmental conditions of fish ponds with the naked eye and experience, and blindly decide whether to add oxygen to fish ponds and whether to change water in fish ponds, which often leads to oxygenation. There is no clear limit for the switch time of the machine, resulting in waste of electric energy and pond water. [0003] At present, many farmers use the dissolved oxygen meter to measure the oxygen content of the water bod...

AI Technical Summary

Problems solved by technology

At present, most individual farmers have a certain degree of blindness in the management of fish ponds. They usually judge the environmental conditions of fish ponds with the naked eye and experience, and blindly decide whether to add oxygen to fish ponds and whether to change water in fish ponds, which often leads to oxygenation. There is no clear limit on the switching time of the machine, resulting in waste of electric energy and pond water

[0003] At present, many farmers use the dissolved oxygen meter to measure the oxygen content of the water body in fish pond management, and then judge when to increase oxygen. Although it can achieve the purpose of saving electricity, but because the dissolved oxygen meter is expensive, the function is single, and it is not very good. It adapts to the complex environment of fish ponds and is not suitable for large-scale promotion and use

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