Water quality monitoring device with snorkeling function, supervision system and method for applying water quality monitoring device

Abstract

The invention provides a water quality monitoring device with a snorkeling function, a supervision system and a method for applying the water quality monitoring device. The water quality monitoring device, the supervision system and the method are used for monitoring water quality indexes of water bodies at different locations and depths. The water quality monitoring device can be structurally divided into a front water bag cabin, a rear water bag cabin, a battery pack cabin, an electronic equipment cabin, a control cabin, a water quality detection cabin, a steering engine cabin and a compressed air tank. The water quality monitoring device, the supervision system and the method have the advantages that the water bodies can be optionally multi-directionally detected at the different locations and the different depths in dynamic water quality monitoring modes and can be directly positioned by the aid of eMTC communication modules; control operation can be carried out by the aid of APP (application) or built-in minor programs of WeChat in non-line-of-sight ranges, location maps can be directly displayed in the APP or the WeChat of mobile phones, and detection devices can move under the remote control; the water quality monitoring device, the supervision system and the method start off from frontline requirements, are novel in conception and have broad market prospects, and technologies are convenient to implement.

Description

technical field [0001] The invention relates to technical fields such as water quality monitoring and wireless communication, in particular to a snorkelable water quality monitoring device, a monitoring system and a use method thereof. Background technique [0002] There are generally four types of traditional water quality monitoring instruments, all of which have various technical defects or various use restrictions. The common ones are large-scale equipment of scientific research institutions. This type of equipment has high performance but is expensive and cumbersome. It is only suitable for scientific and technical personnel to analyze water samples after collecting them. It is not suitable for on-site use, let alone ordinary people. Moreover, there is at least one technical defect that cannot be solved, such as the detection of dissolved oxygen indicators in water bodies. After the collected water body samples are taken to the laboratory, the test results are not of mu...

AI Technical Summary

Problems solved by technology

In reality, more sensors are arranged in different positions or at different depths in the same pool, which increases a lot of cost

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