Rural drinking water safety intelligent monitoring control system and control method

Abstract

The invention discloses a rural drinking water safety intelligent monitoring control system, which comprises a high-level pool water injection intelligent control part and a trunk water pipe intelligent monitoring control part, the high-level pool water injection intelligent control part is connected to the upper portion of a high-level pool through a water injection pipeline, and the lower portion of the high-level pool is connected with a trunk pipeline. The industrial water pressure sensor is used for detecting the water pressure of the pipeline in real time, the water pressure is continuously compared with a reasonable pressure range set in the intelligent control module, and a signal emitter is controlled through a program to emit a signal; a signal receiver of the high-level pool water injection intelligent control component receives the signal, and then an intelligent control module in the high-level pool water injection intelligent control part is used for controlling water injection of the pool, so that the purpose of adjusting pipeline water pressure is achieved by adjusting the water level. In addition, the system further has the functions of pipeline fault warning and fault position prediction, and the first-aid repair difficulty of the management and protection personnel is reduced.

Description

technical field [0001] The invention relates to a pressure sensor-based intelligent monitoring and control system for rural drinking water safety, which is applicable to various rural centralized water supply projects. [0002] technical background [0003] In order to ensure that people in Guizhou Province can drink safe water, a large number of rural drinking water projects have been built in the province. Due to the scattered living of rural people, drinking water projects have many points, wide areas, and long lines, which bring great inconvenience to project management. There are mainly the following disadvantages: [0004] 1) The cost of manual management and maintenance is high, resulting in high water costs for users and high economic pressure; [0005] 2) Due to the untimely artificial management and protection, users living in higher terrain cannot use water normally due to insufficient water pressure, or users living in lower terrain have water pipes burst due to ...

AI Technical Summary

Problems solved by technology

[0004] 1) The cost of manual management and maintenance is high, resulting in high water costs for users and high economic pressure;

[0005] 2) Due to the untimely artificial management and protection, users living in higher terrain cannot use water normally due to insufficient water pressure, or users living in lower terrain have water pipes burst due to excessive water pressure;

[0006] 3) When the pipeline leaks, because the maintenance personnel do not find it in time or because the pipeline is too long, it is difficult to troubleshoot the pipeline failure, which leads to waste of water resources and long water stoppage time

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