Intelligent limit intrusion monitoring system and monitoring center database

Abstract

The invention discloses an intelligent limit intrusion monitoring system and a monitoring center database. The intelligent limit intrusion monitoring system comprises a data acquisition system, a monitoring center, an integrated management platform and an intelligent alarming device. The data acquisition system is used for acquiring state monitoring data in a monitoring region. The monitoring center is in communication connection with the data acquisition system and is used for analyzing the state of a monitoring objective in the monitoring region and determining an alarming objective and the danger level of the alarming objective in real time according to the state monitoring data and triggering corresponding guard signals according to the danger level. The integrated management platform is connected with the data acquisition system and the monitoring center and used for monitoring and managing on-site monitoring equipment of the monitoring region in a centralized manner. The intelligent alarming device is in communication connection with the monitoring center to achieve linkage and is used for giving out an early warning or an alarm according to the guard signals. Thus, by means of the intelligent limit intrusion monitoring system and the monitoring center database, natural disasters, unexpected accidents, unlawful entry and other foreign body limit intrusion events endangering safety operation of a railway can be accurately monitored, pre-warned and alarmed in time.

Description

technical field [0001] The invention relates to the technical field of traffic safety monitoring, in particular to an intrusion limit intelligent monitoring system and a monitoring center database. Background technique [0002] With its fast and convenient characteristics, railway transportation has played a mainstay role in my country's economic development, and has become one of the most important modes of transportation in my country at the present stage, and railway traffic safety is the top priority of railway operations. However, due to natural disasters such as landslides, dangerous rocks, rockfalls, floods, mudslides, etc., driving safety has been seriously threatened. [0003] At present, most railway sections in China mainly rely on manual patrol inspection. This passive prevention method is not only costly and inefficient, but also cannot find and solve problems in the first place, and cannot cover the entire road section, especially It is even more impossible to...

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Problems solved by technology

However, due to natural disasters such as landslides, dangerous rocks, rockfalls, floods, mudslides, etc., driving safety has been seriously threatened.

[0003] At present, most railway sections in China mainly rely on manual patrol inspection. This passive prevention method is not only costly and inefficient, but also cannot find and solve problems in the first place, and cannot cover the entire road section, especially In mountainous areas and harsh environments, it is even more difficult to effectively detect problems and prevent problems before they happen

[0004] Although some lines have carried out the research and application of monitoring and monitoring systems for dangerous rocks, floods, and debris flows on slopes, they are basically based on a single measurement of signals such as stress and strain, and the alarm is processed only after the accident occurs.

In addition, because the field power supply and transmission intelligent identification problems cannot be solved, it is necessary to manually go to the monitoring point to obtain data on a regular basis. Invasion monitoring of dangerous rockslides, floods, debris flows and other disasters on slopes

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