Real-time monitoring system of pipe network and working method of same

Abstract

The invention discloses a real-time monitoring system of a pipe network and a working method of the same. The system comprises an RFID electronic label, an Internet of Things sensing module, a wireless real-time data transmission module and a monitoring center. The working method comprises that (1) the Internet of Things sensing module collects data; (2) the Internet of Things sensing module transmits the collected data to the monitoring center via the wireless real-time data transmission module; and (3) the monitoring center carries out data statistics and data analysis of the received data. The real-time monitoring system of the pipe network and the working method of the same disclosed by the invention has the superiorities that an excavation scope is reduced, service life of the pipe network is prolonged, maintenance cost is reduced, a safety coefficient is increased, time is saved and efficiency is increased.

Description

(1) Technical field: [0001] The invention relates to the field of pipe network monitoring, in particular to a pipe network real-time monitoring system and its working method. (2) Background technology: [0002] At present, the well-known pipe network monitoring systems all use common front-end collection equipment and perform wired data transmission by adding remote transmission modules. The collected data is uploaded to the central computer, and then connected to each PC through the local area network; if you need to upload the data to the external network, you need to complete it through the Internet. In terms of data analysis and application, it is mainly based on certain requirements and rules to export basic reports, assist technical personnel to understand the operation of the pipeline network, and if there are assumptions, determine whether the data is abnormal, and alarm the failure points when the data exceeds the limit. ; BIM technology is mainly used in the process of...

AI Technical Summary

Problems solved by technology

[0003] However, in the traditional pipeline network management mode, the pipeline network information recorded in the form of charts and texts is prone to data omission and inconvenient query. Although it can meet the regular update and query requirements, it cannot clearly display the spatial location of the pipeline. intuitive

Moreover, relying on traditional monitoring methods requires a lot of manpower and time investment to ensure the safe operation of pipelines

When it is necessary to process large-scale data, simple analysis reports have the disadvantage of insufficient communicability, and it is difficult to guarantee the increasing demand for data analysis and decision-making; and there is an obvious lack of analysis directions that do not exist in experience, and cannot Discover problems in areas that have not been paid attention to; data analysis has premise assumptions, the results of the analysis are not highly pertinent to the specific operating environment, lack of necessary decision-making feedback, and there are certain limitations in the application direction and scope, which cannot well adapt to today's rapid changes and increasing demands; the application of BIM technology in the field of pipe network monitoring is still not perfect, the integration of existing applications and other fields is relatively difficult, and the entry point is difficult to break through

[0004] Today, with the rapid increase in the number of urban pipe networks, this kind of management system has far failed to meet people's requirements. Not only does the existing equipment fail to fully play its due role, but there is a huge danger hidden behind it. Once the pipe network and facilities Damage and air leakage are very likely to cause serious safety accidents and threaten the safety of the entire city

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