Communication tower safety monitoring system

Abstract

The invention discloses a communication tower safety monitoring system, which is composed of five basic platforms, including an ARM logical unit, a sensor acquisition circuit, a radio frequency identification circuit, a man-machine interaction interface and a short message transmission module. The ARM logical unit is used as the core arithmetic control unit, and the sensor acquisition circuit is used for acquiring ambient temperature and inclination angle of the communication tower constantly; once the inclination angle exceeds the warning value or the ambient temperature exceeds the normal working range of the device, the ARM logical unit makes a judgment and sends a notice to the central centralized control system or workers in the form of short messages; the radio frequency identification circuit can record the routing inspection of the inspectors and transmit the inspection record back in the form of short messages, thereby discovering the potential safety hazard caused by tower quality and other factors in time and giving an early warning; and thus, the invention can help the operator enhance the tower safety management and maintain effective normal operation of the system for a long time.

Description

technical field [0001] The invention relates to a safety monitoring system, in particular to a safety monitoring system applied to outdoor communication iron towers. Background technique [0002] With the development of mobile communication, there are more and more corresponding infrastructure constructions. As an important part of mobile infrastructure construction, the number of 2G / 3G base stations is increasing rapidly. Major communication operators are very concerned about the management of the main communication equipment inside the base station and the interior of the computer room. Scientific and standardized, and it is located indoors, generally there will be no damage caused by natural disasters. On the contrary, the location of the external high tower of the base station is relatively remote, and the outdoor environment is relatively harsh. There is a lack of timely and effective monitoring and management for a long time. It will be tilted and collapsed due to fact...

AI Technical Summary

Problems solved by technology

[0002] With the development of mobile communication, there are more and more corresponding infrastructure constructions. As an important part of mobile infrastructure construction, the number of 2G / 3G base stations is increasing rapidly. Major communication operators are very concerned about the management of the main communication equipment inside the base station and the interior of the computer room. Scientific and standardized, and it is located indoors, generally there will be no damage caused by natural disasters. On the contrary, the location of the external high tower of the base station is relatively remote, and the outdoor environment is relatively harsh. There is a lack of timely and effective monitoring and management for a long time. It will be tilted and collapsed due to factors such as strong winds, construction techniques, and human factors, and it will take a long time to recover, causing local communication interruptions and causing corresponding losses to communication users and operators

At present, the commonly used method is to conduct regular manual inspections. On the one hand, it increases the labor cost, and at the same time, there are still disadvantages that the inspections are not in place and the status of the tower cannot be monitored from time to time.

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