Intelligent detection system for monitoring real-time state of iron tower and method thereof

Abstract

The invention provides an intelligent detection system for monitoring the real-time state of an iron tower and a method thereof. The system comprises an iron tower, and further comprises an iron towerintelligent monitoring platform, an intelligent monitoring subsystem and a user interaction interface, wherein four types of sensors are installed on the iron tower, and the four types of sensors comprise an angle sensor for monitoring the tilt angle of the iron tower, a vibration sensor for monitoring the vibration of the iron tower, a Hall current sensor for monitoring the lightning current andan electric leakage detection sensor for detecting electric leakage; a gateway with a gateway monitoring management and configuration management system is also deployed on the iron tower; and the gateway deployed on the iron tower performs collection and transmission to the iron tower intelligent monitoring platform through an Internet of Things communication protocol. The data uploaded by the sensors arranged on the iron tower can be intelligently analyzed, and the state of the iron tower can be monitored and judged in real time; and through video acquisition, whether the iron tower has a dangerous situation is judged in real time, and compared with manual monitoring, the intelligent monitoring has a more accurate recognition rate.

Description

technical field [0001] The invention discloses an intelligent detection system and a method for monitoring the real-time state of iron towers. Background technique [0002] As the iron tower enters an intensive construction cycle, the inspection and operation and maintenance costs of the iron tower increase greatly. In addition, because the iron tower is outdoors for a long time, it is affected by the surrounding environment, meteorological conditions, man-made theft and damage, and the geological environment, resulting in strength, location, etc. , settlement, deviation of inclination. Major accidents may occur under special conditions, resulting in enterprise losses and social adverse effects. [0003] At present, the monitoring of iron towers mainly adopts the method of manual inspection, which not only requires a lot of labor costs, but also cannot quickly locate the problem due to the long inspection cycle. Therefore, an intelligent detection system and method for mo...

AI Technical Summary

Problems solved by technology

[0002] As the iron tower enters an intensive construction cycle, the inspection and operation and maintenance costs of the iron tower increase greatly. In addition, because the iron tower is outdoors for a long time, it is affected by the surrounding environment, meteorological conditions, man-made theft and damage, and the geological environment, resulting in strength, location, etc. , settlement, deviation of inclination

Under special conditions, major accidents may occur, causing business losses and social adverse effects

[0003] At present, the monitoring of iron towers mainly adopts the method of manual inspection, which not only requires a lot of labor costs, but also cannot quickly locate the problem due to the long inspection cycle. Therefore, an intelligent detection system and method for monitoring the real-time status of iron towers are needed. However, , the traditional monitoring method is only effective for general and simple rule judgments, but for iron towers in natural exposure environments, due to many factors affecting the state of iron towers

These states are difficult to judge by artificially preset rules

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