Mobile collection device for water quality monitoring

Abstract

The invention discloses a mobile acquisition device for water quality monitoring, which comprises a hull, a deck is arranged on the top of the hull, a network camera is arranged on the deck, a core control computer, a PH detector, a first DC motor are arranged in the cabin of the hull and the second DC motor; the bottom of the hull is provided with a PH electrode, the PH electrode is connected to the PH detector through a cable, and the middle part of the cable is arranged on the depth adjustment mechanism; the rear side of the hull is provided with two guide pipes , a propeller is arranged in the two guide tubes, the first DC motor and the second DC motor are respectively connected to the two propellers through the transmission shaft, and the transmission shaft runs through the rear side of the hull; the core control computer is connected to There is a cloud server, and the cloud server is connected with the terminal; the two sides of the hull are also provided with stabilizing wings. The invention can collect water samples according to the designated depth and monitor the water quality, and the invention has the characteristics of not being easy to rollover and simple steering operation.

Description

technical field [0001] The invention relates to the field of water quality monitoring, in particular to a mobile collection device for water quality monitoring. Background technique [0002] At present, in order to grasp the water quality of the waters under its jurisdiction, the environmental protection supervision department usually conducts regular or irregular sampling and analysis of the water quality, and determines the corresponding environmental protection measures according to the various quality indicators of the water quality. However, the existing automatic water quality monitoring stations are difficult to find pollution sources in time due to their fixed positions, and most of the mobile monitoring methods are manned water quality monitoring vehicles or monitoring boats, which are not only costly, but also affected by the complex topography of urban water bodies, artificial monitoring boats in some waters Or the monitoring vehicle cannot drive in at all, result...

AI Technical Summary

Problems solved by technology

However, the existing automatic water quality monitoring stations are difficult to find pollution sources in time due to their fixed positions, and most of the mobile monitoring methods are manned water quality monitoring vehicles or monitoring boats, which are not only costly, but also affected by the complex topography of urban water bodies, artificial monitoring boats in some waters Or the monitoring vehicle cannot drive in at all, resulting in problems such as untimely response and low temporal and spatial resolution in the current water quality monitoring system

At present, the mobile collection method used for water quality monitoring in the market cannot specify the depth of collection, the hull is easy to roll over, and the steering operation is difficult

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