A new type of submersible smart water monitoring front-end equipment

Abstract

The invention discloses a new type of submersible smart water monitoring front-end equipment. By setting a submersion drive mechanism and a center of gravity adjustment and balance anti-fall mechanism, the submersion drive mechanism drives the device body to dive underwater, which can conveniently The water quality of the water tank is monitored, and the center of gravity adjustment and balance anti-falling mechanism can adjust the center of gravity of the device body and prevent the device body from toppling over, which can ensure the stability and reliability of the operation of the device and improve the stability and reliability of monitoring. sex. The monitoring sensor probe of the water quality monitoring sensor assembly of the present invention is configured to be able to extend into / out of the monitoring base, and when the monitoring sensor probe is inserted into / out of the monitoring base, it can The surface of the monitoring sensor probe is automatically cleaned to ensure cleaning performance, thereby improving the accuracy and precision of monitoring, and providing a reliable basis for subsequent water management and water quality treatment.

Description

technical field [0001] Specifically, the invention is a novel submersible smart water monitoring front-end device, which relates to related fields of water monitoring. Background technique [0002] At present, smart water affairs use online monitoring equipment such as data acquisition instruments, wireless networks, and water quality and pressure gauges to sense the water quality of urban water supply terminals in real time, so as to analyze and process water affairs information in a timely manner, and then provide information for subsequent water treatment and environmental protection. Provide guidance. At present, the monitoring of smart water affairs usually uses water quality sensors to monitor the conditions of rivers and lakes. The water quality sensor generally uses the hull driver to drive the movement. However, in this common way, since the front-end acquisition equipment is generally operated automatically by no one, during operation, especially when encountering...

AI Technical Summary

Problems solved by technology

The water quality sensor generally uses the hull driver to drive the movement. However, in this common way, since the front-end acquisition equipment is generally operated automatically by no one, during operation, especially when encountering wind, unstable water flow, etc. , it is easy to roll over, resulting in collection failure. Moreover, when collecting for a long time, a water film is often formed on the detection end of the water quality sensor. This water film is easy to adhere to the dirt in the river water. Over time, a layer of film-like substance adheres to the detection end. This film-like substance is difficult to clean with simple water flow, resulting in inaccurate follow-up monitoring, affecting monitoring accuracy, and making it difficult to improve reliable data basis

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