Method for determining damage of water pipe with monitoring system

Abstract

The invention discloses a method for determining the damage of a water pipe with a monitoring system. The monitoring system comprises multiple flow rate detection devices installed in the water pipe.Each flow rate detection device comprises a speed detection module for detecting the flow rate and a processor. The processors receive data collected by the speed detection modules and upload the datato a central computer through communication modules after processing, and meanwhile the communication modules send a received command from the central computer to a maintenance engineering command center and workers after processing. Pipeline damage is detected in time, the damaged pipe is maintained quickly, and the maintenance path is optimized. By the adoption of the method, the work and costof maintenance and repair can be greatly reduced, the difficulty of maintenance is reduced, and the installation and maintenance by workers are easier; and the satisfaction of building users is improved, and the risk of residents suffering from water stop loss is greatly reduced.

Description

technical field [0001] The invention relates to a water pipe damage determination method with a monitoring system. Background technique [0002] Some large-scale communities are very large, with large communities, many buildings, more paths, and complex distribution of buildings. It is difficult to plan the paths of water pipes in large communities, and there are often problems of simplification and extensiveness. The laying of water pipe networks is extremely unreasonable, and many unnecessary Repeated laying of pipes causes waste of pipe materials and space resources, and because the total length of pipes is often extended a lot, the longer the pipe, the greater the chance of damage. [0003] In addition, because the water pipes are laid underground, the laying is difficult, and the maintenance is extremely difficult: it is difficult to determine the damage point, and it is generally necessary to dig a large section of road in several places during maintenance to finally d...

AI Technical Summary

Problems solved by technology

[0002] Some large-scale communities are very large, with large communities, many buildings, more paths, and complex distribution of buildings. It is difficult to plan the paths of water pipes in large communities, and there are often problems of simplification and extensiveness. The laying of water pipe networks is extremely unreasonable, and many unnecessary Repeated laying of pipes leads to waste of pipes and space resources, and because the total length of pipes is often extended a lot, and the longer the pipe, the greater the chance of damage

[0003] In addition, because the water pipes are laid underground, the laying is difficult, and the maintenance is extremely difficult: it is difficult to determine the damage point, and it is generally necessary to dig a large section of road in several places during maintenance to finally determine the damage point of the pipeline. Difficult; in addition, this is the external pipeline of the building, which has a great impact and involves a wide range of areas. Once the pipeline is damaged, one building or several buildings will be cut off for a period of time, which will have a great impact on the residents and it is difficult to bear the loss; so the accurate Determining the damage point of the pipeline is of great significance to the majority of ordinary households and the water company that maintains the water pipes

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