Tap water pipeline network water quality monitoring and pre-warning module

Abstract

The present invention discloses a tap water pipeline network water quality monitoring and pre-warning module, which mainly comprises a detection unit, a calculation control unit, a monitoring unit and a water quality pre-warning unit, wherein the detection unit is respectively connected with a residual chlorine meter arranged on the tap water pipeline network, a turbidity meter arranged on the tap water pipeline network, a laser particle counting meter arranged on the tap water pipeline network and a pH meter arranged on the tap water pipeline network, and then is connected with the calculation control unit, the calculation control unit is respectively connected with the monitoring unit and a water quality prediction unit, the monitoring unit is further connected with a display and storage unit and the water quality pre-warning unit, and the water quality prediction unit and the water quality pre-warning unit are respectively connected with an emergency handling unit so as to automatically regulate and rapidly and emergently handle the response. The tap water pipeline network water quality monitoring and pre-warning module of the present invention has the following beneficial effects that: the water quality indexes such as the residual chlorine, the turbidity, the number of the particles, and the pH value in the tap water pipeline network can be subjected to automatic detection, analysis prediction and pre-warning so as to provide the basis for the water quality monitoring of the tap water pipeline network, such that the resource sharing can be easily achieved, and the safety and the stability of the tap water pipeline network can be ensured.

Description

technical field [0001] The invention relates to the technical field of urban water supply, in particular to a water quality monitoring and early warning module of a tap water pipe network. Background technique [0002] The safety of urban water supply is to provide users with safe and reliable tap water, and the tap water is finally delivered to users through the pipeline network water transmission and distribution system. However, the water pipe network transmission and distribution system of urban water supply has the characteristics of long distance, large space-time range, and many and complex influencing factors. The water quality may re-grow bacteria in the pipe network, causing secondary pollution of drinking water and affecting water quality. smell, taste and color, and may cause the reproduction of pathogenic bacteria, which will affect human health. Therefore, the establishment of a water quality monitoring system for tap water pipe network is a development direct...

AI Technical Summary

Problems solved by technology

However, the water pipe network transmission and distribution system of urban water supply has the characteristics of long distance, large space-time range, and many and complex influencing factors. The water quality m

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