Under-mine water quality treatment monitoring system based on multiprocessing

Abstract

The invention belongs to the technical field of water quality processing monitoring, and particularly relates to an under-mine water quality treatment monitoring system based on multiprocessing. The system comprises a central control module, a sensor module, a printer and a handheld terminal. The central control module is electrically connected with a storage module and a wireless receiving modulein a dual-way manner, the center control module is electrically connected with a digital analog converter and a power module in an input manner, the digital analog converter is electrically connectedwith a signal conditioner in an output manner, the signal conditioner is electrically connected with the sensor module in an input manner, the center control module is electrically connected with theprinter, a display module and an alarm module in an output manner, and a wireless receiving module is in wireless electric dual-way connection with the handheld terminal. Comprehensive data monitoring is achieved, when the abnormal condition appears, related persons can be notified in time, and the comprehensive effect of remote transmission of data can be conveniently achieved in time.

Description

technical field [0001] The invention relates to the technical field of water quality treatment monitoring, in particular to an underground water quality treatment monitoring system based on multiple treatments. Background technique [0002] Due to the special production environment of coal resources, major disasters such as gas explosions, fires, and flooding often occur, seriously restricting the safety of coal mine production. The coal mine safety production monitoring system realizes the effective monitoring and control of various industrial and mining parameters of the mine, and serves the purpose of preventing accidents and ensuring safe production of coal mines. Therefore, the coal mine monitoring system is an important guarantee for high-yield, high-efficiency and safe production of coal, and an important symbol of modern management of mine production. At present, all major coal-producing countries in the world attach great importance to this, and develop, produce an...

AI Technical Summary

Problems solved by technology

This brings great preparations in advance for coal mining preparations, and the scattered arrangement of treatment equipment makes it impossible to achieve centralized management of sewage treatment, resulting in high investment costs and high operating costs.

Moreover, at present, after the mine sewage is treated in each mining area, it is used later. It is often impossible to know the water quality after treatment. Some areas have set up water quality testing after treatment, which is usually carried out manually and used after testing. It is difficult to obtain evidence when the record book is recorded and checked later, and no records are left on the testing process, which makes it easy to cause artificial influence on water quality testing

[0004] The monitoring system for mine water quality treatment in the existing technology needs to be further improved to realize all-round monitoring. When the monitoring system detects abnormal data, it cannot send an alarm in time, and at the same time it is not convenient to observe the data on one side. Secondly, it cannot realize the monitoring Remote transmission of data, so it is urgent to develop a monitoring system for mine water quality treatment based on multiple processing

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