Monitoring system and method of Internet of Things water for aquaculture

Abstract

The invention discloses a monitoring system and a method of the Internet of Things water for aquaculture. The monitoring system comprises an oxygenation device, water pumps, a collecting system used for collecting a water parameter, a wireless monitoring terminal and a monitoring server. The wireless monitoring terminal is connected with the collecting system and the monitoring server, and the wireless monitoring terminal controls the water pumps and the oxygenation device. The collecting system is one set. The wireless monitoring terminal controls the water pumps to respectively pump water of aquaculture points to a common water outlet pipe orderly, the collecting system is arranged at the tail end of the common water outlet pipe, and the tail end of the common water outlet pipe is placed in a precision improving device. The monitoring system and the method of the Internet of Things water for the aquaculture achieve prolonging the service life of the oxygenation device, and meanwhile lowering the cost of the device and power consumption. One set of wireless monitoring terminal and one collecting system are shared by multiple aquaculture points, and the comparability of the water parameters of the multiple aquaculture points is improved, and the cost of the water quality monitoring device of the aquaculture points is lowered. A sensor is arranged at the position of the common water outlet pipe, and the sensor is convenient to clean and replace.

Description

technical field [0001] The present invention relates to the field of Internet of Things monitoring, and more specifically, to an Internet of Things water body monitoring system and method for aquaculture. Background technique [0002] With the development of the aquaculture industry, high-density intensive farming methods are increasingly becoming the mainstream. Residual bait, feces, other excrement, dead algae, and plankton corpses are easy to accumulate rapidly in the aquaculture water under intensive aquaculture conditions. The decay and decomposition of these organic matter will cause rapid deterioration of the aquaculture water environment and a large number of pathogenic microorganisms. lead to breeding failure. It can be seen that the control of the aquaculture water environment is the key to the success or failure of intensive aquaculture. Changes in various physical and chemical factors in the water body, such as water temperature, water color, salinity, transpar...

AI Technical Summary

Problems solved by technology

Adopting this kind of system can obtain the parameters of the water body cultured relatively quickly, but since it is necessary to install a collection system for collection at each breeding point, this method not only increases the cost of the collection equipment; at the same time, when comparing each breeding point , because the accuracy of each acquisition system itself will be different, and the degree of dirt is also different, which will lead to an increase in the comparison error

Moreover, the existing collection devices are generally directly placed in the water of the breeding point, and the environment in the water is relatively complicated, so the collection system often needs to be cleaned.

When it needs to be cleaned, it must be taken from the water, which leads to an increase in the cleaning workload

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