Water quality online monitoring intelligent control system

Abstract

The present invention discloses a water quality online monitoring intelligent control system, which comprises a main control system and an automatic sampler control system, wherein the main control system and the automatic sampler control system are connected, the main control system comprises a water sampling pump control system, an automatic washing control system, a water sample pre-treatment automatic analysis control system, and an overstandard automatic sampling control system, and the water sampling pump control system, the automatic washing control system, the water sample pre-treatment automatic analysis control system, and the overstandard automatic sampling control system are sequentially connected. The water quality online monitoring intelligent control system of the present invention has characteristics of high standardization degree, uniformity, and pipeline sealing performance improving.

Description

technical field [0001] The invention relates to a control system, in particular to an intelligent control system for online monitoring of water quality. Background technique [0002] The water quality online monitoring integrated system is used as the overall integration of water quality instrument water sample analysis in water sources, tap water, sewage, sea water, etc. The excellent system integration can ensure the normal and stable work of instrument analysis, and at the same time play a very important role in data transmission and analysis. role. The system integration currently used has the following disadvantages: 1. The degree of standardization is not high: each system is produced independently and there is no unity. Second, do not consider anti-corrosion and waterproof: most systems adopt the cabinet type, and the use of ordinary cabinets cannot achieve the effect of anti-corrosion and waterproof. Three, the pipeline is not sealed, and there is more leakage: the...

AI Technical Summary

Problems solved by technology

The system integration currently used has the following disadvantages: 1. The degree of standardization is not high: each system is produced independently and there is no uniformity

Second, do not consider anti-corrosion and waterproof: most systems adopt cabinet type, and the use of ordinary cabinets cannot achieve the effect of anti-corrosion and waterproof

Three, the pipeline is not sealed, and there is more leakage: the sampling pipeline used in the system is arranged in a disorderly manner, and the leakage is often serious due to blockage

Fourth, the degree of intelligence of the system is not high: sampling analog signals, etc., the amount of information collected for control is small, and the degree of intelligence of control is low

Fifth, the remote controllability is poor: the current integrated system basically does not have a remote control module that can control the operation of the system, query status, reverse control and other functions

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