Public facility safety monitoring system

Abstract

The present invention provides a public facility safety monitoring system. The public facility safety monitoring system comprises a monitoring device, a data transmission device and a data processingsystem. The monitoring device is connected with the data processing system through the data transmission device. The public facility safety monitoring system solves the problems of relative independence of a public facility monitoring system and system operation dispersion, and solves convenient management caused by dispersion and non-unified formats of data by means of a cloud computing platform.A three-dimensional visualization model is established, linkage with the public facility online monitoring real-time data achieves dynamic display of monitoring data, massive historical data obtainedthrough public facility structure online monitoring is subjected to scientific big data analysis, a structure change trend is estimated by grasped public facility operation state data at any time, and an analysis result is fed back a public facility management and structure design department in a simple and clear mode.

Description

technical field [0001] The invention relates to the technical field of public facility monitoring, in particular to a public facility safety monitoring system. Background technique [0002] Existing detection technologies for public facilities have many disadvantages. Taking bridges, subways and pipe corridors as examples, they have many disadvantages as follows: [0003] 1. Bridges: The prominent problem brought about by the development of large bridges is that the requirements for bridge safety and durability are getting higher and higher. Because the bridge structure has been in service for decades or even hundreds of years, under the influence of load changes, material variations, natural disasters and human factors, damage accumulation will inevitably occur, and even accidents will occur, resulting in huge economic losses. [0004] Traditionally, relying on manual data collection and processing of bridges takes a long time, has low accuracy, and causes serious waste of...

AI Technical Summary

Problems solved by technology

What's more serious is that when a disaster occurs, the internal environment of the pipe corridor is very bad, and it is very difficult to repair it, which will also pose a threat to the personal safety of the repair personnel.

[0014] Traditional relying on manual regular inspections cannot effectively prevent and control emergencies in comprehensive utility corridors, and cannot play the role of timely early warning

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