Pipeline inspection management method and system

Abstract

An embodiment of the invention discloses a pipeline inspection management method and system; the method comprises inspection trajectory and inspection time in pipeline inspection data; judging whether pipeline inspection is effective or not according to the inspection trajectory and the inspection time; if the pipeline inspection is effective, comparing pipeline equipment parameters in the pipeline inspection data with parameters that pipeline equipment automatically reports; judging accuracy of the inspection data according to the degree of matching of the pipeline equipment parameters with the parameters that the pipeline equipment automatically reports. In the invention, inspection trajectory and inspection time in inspection data are acquired firs and are compared with preset inspection trajectory and inspection time, and effectiveness of the inspection is judged preliminarily; if the inspection is effective, and accuracy of the inspection data is determined further by judging whether pipeline equipment parameters in the inspection data match with corresponding parameters that the equipment automatically reports.

Description

technical field [0001] The present disclosure relates to the technical field of pipeline maintenance, and in particular, to a pipeline inspection management method and system. Background technique [0002] In recent years, with the rapid development of social economy, my country's pipeline resources and indoor and outdoor equipment in industries such as electric power, drainage, water supply, industry, and communication have grown very rapidly. The pipeline itself has its own life span, and the influence of external factors may cause the pipeline to age or be damaged. Therefore, these large pipeline resources and indoor and outdoor equipment need to be regularly maintained and inspected, that is, "inspection" to ensure that the entire pipeline is The system can work normally. [0003] The traditional inspection system is essentially just a work task management system for sign-in and inspection plans and progress, and cannot conduct substantive tests on inspection objects. ...

AI Technical Summary

Problems solved by technology

[0004] Due to the constraints of various factors such as climate conditions, personnel quality and sense of responsibility, the inspection quality and arrival rate cannot be guaranteed, resulting in the occurrence of omissions or fraud during the inspection process.

There is no standard to measure the reliability and authenticity of the inspection data of the traditional inspection system. If the inspection data is false data, even if the pipeline is damaged, the situation of the pipeline cannot be known, and timely maintenance cannot be performed, resulting in pipeline damage.

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