Water quality monitoring bionic fish, water quality monitoring system and monitoring method

Abstract

The invention discloses a water quality monitoring bionic fish, a water quality monitoring system and a monitoring method, and the water quality monitoring bionic fish comprises a housing, a controller, a power module, an infrared sensor, a water quality monitoring assembly, a first driving assembly, a tail fin, two second driving assemblies and two pectoral fins. The infrared sensor, the water quality monitoring assembly, the power module, the first driving assembly and the two second driving assemblies are electrically connected with the controller, the shell is hollow, the front side of theshell is pervious to light, the controller, the power module, the infrared sensor and the water quality monitoring assembly are installed in the shell, and a monitoring part of the water quality monitoring assembly extends out of the shell, the tail fin is installed at the driving end of the first driving assembly through the first driving assembly, and the two pectoral fins are installed on thetwo sides in the shell through the two second driving assemblies respectively. The water quality monitoring bionic fish disclosed by the invention is flexible to move and suitable for water quality monitoring of small water areas, and the water quality monitoring system and the water quality monitoring method are convenient for monitoring water quality and recycling the water quality monitoring bionic fish.

Description

technical field [0001] The invention relates to the technical field of water quality monitoring, in particular to a water quality monitoring bionic fish, a water quality monitoring system and a monitoring method. Background technique [0002] Since China's reform and opening up, with the increase of population and the rapid development of economy, people's demand for food has also changed, and they have higher requirements for food quality. In addition to eating enough, they must eat well. Human survival and life All social activities need food to maintain, and the society's demand for agricultural products is increasing, and one of the very important components of agricultural products is aquatic products, and fish is very popular among people. After the reform and opening up, under the guidance of the country's vigorous preferential policies and correct development guidelines, the aquaculture industry has developed very fast. However, due to the unknown concentration of ox...

AI Technical Summary

Problems solved by technology

[0005] In the field of water quality monitoring, there are two common methods: sampling the water that needs to be monitored in the waters to the laboratory for analysis and establishing a monitoring station in the waters that need to be monitored. Sampling the water that needs to be monitored in the waters to the laboratory for analysis requires manual on-site collection of water in the waters. Send the sampled water to the laboratory, and use the water quality monitor to check various parameters of the water area. This method has a long monitoring period and cannot obtain the water quality parameters of the water area in real time, which is time-consuming and laborious.

[0006] Some use the establishment of 24-hour monitoring stations that automatically collect water quality information in water areas without interruption. The monitoring stations store the monitoring data in the database or remotely control sampling through the Internet, view historical sampling information, view current sampling information, and respond manually. The more common water quality monitoring methods are to establish base stations and fixed-point sampling, but this measure is only suitable for large water areas, and has the disadvantages of long construction time, high cost, difficulty in selecting monitoring points, and monitoring at fixed monitoring points. If you want to monitor the water quality in all aspects, you can only establish multiple monitoring stations or multiple stations, which is not suitable for use in small-scale aquaculture waters

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