Spatial arrangement method of pipe network pipe explosion monitoring network

Abstract

The invention discloses a spatial arrangement method of a pipe network pipe explosion monitoring network. The spatial arrangement method comprises the steps that basic data collection and analysis are conducted, specifically, a plurality of pressure and flow monitoring devices are arranged in a pipe network, and the fluctuation degree of the pressure and the flow in the pipe network is analyzed through data extraction; pipe explosion analysis is conducted, specifically, a hydraulic model is built, the impacting degree of pipe explosion on the pipe network is analyzed, and whether pipe explosion impacting exceeds the normal fluctuation amplitude of the pipe network is judged; and monitoring network optimization is conducted, specifically, the explosive leakage quantity is monitored as much as possible to build the monitoring network optimization function to conduct spatial optimization, the number of monitoring points is gradually increased to enable the pipe explosion monitoring coverage rate to be increased by the amount less than a certain amount and then stop. According to the spatial arrangement method of the pipe network pipe explosion monitoring network, the complete arrangement method of the pipe explosion monitoring network is built, through analysis of natural fluctuation of a pipe network, it is ensured that with pipe explosion impacting being captured by the monitoring network as the goal, spatial arrangement and number control of the monitoring network are reasonably conducted, and pipe network pipe explosion emergency early warning can be economically, reasonably and efficiently provided.

Description

technical field [0001] The invention relates to the field of safety monitoring of urban water supply pipe networks, in particular to a spatial layout method of a pipe burst monitoring sensor network of the urban water supply pipe network. Background technique [0002] The urban water supply pipe network is the lifeline project of the city, and the burst of the main pipe in the city often brings extremely serious consequences. With the advancement of pipe network informatization and smart water affairs, real-time online monitoring of pipe burst accidents is an important part of the safety guarantee of water supply companies, and it has also received more and more attention. At present, the explosion pipe is mainly found by the on-site personnel, and then fed back to the operating enterprise through hotline or other methods. This method is very inefficient and cannot reflect the situation in time. Therefore, the deployment of online monitoring equipment such as pressure gauges...

AI Technical Summary

Problems solved by technology

At present, the explosion pipe is mainly found by the on-site personnel, and then fed back to the operating enterprise through hotline or other methods. This method is very inefficient and cannot reflect the situation in time. Therefore, the deployment of online monitoring equipment such as pressure gauges and flow meters is a solution to the slow response of pipe explosions. an important means of

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