A Distributed Timing Method for Communication Tower Fault Monitoring System

Abstract

The invention discloses a distributed timing method of a communication iron tower fault monitoring system. Time data during local world coordination to a front end sensing module located at the top ofa communication iron tower through a ground computer room located at the root of the communication iron tower in a wireless communication transmission mode, then when the front end sensing module collects sensor data, a data collection time relative to the world coordination is directly added to a sensor data packet so as to achieve the time synchronization of the front end sensing module, and meanwhile, a server of the ground computer room periodically performs time synchronization with a remote command sensor through a wired network by using the prior art so as to achieve the time uniformity of the entire communication iron tower fault monitoring system. By adoption of the method, the timing problem of the entire communication iron tower fault monitoring system is solved, and communication iron tower state monitoring systems and ground server systems distributed in different areas can unified at the same time system, thereby effectively supporting the operation and maintenance of the entire system. The distributed timing method disclosed by the invention can be applied to the occasion of intelligent monitoring of communication iron towers, and is a universal distributed timing method.

Description

technical field [0001] The invention belongs to the technical field of communication iron tower maintenance, and in particular relates to a distributed timing method for a communication iron tower failure monitoring system. Background technique [0002] The current field of communication tower fault maintenance mainly relies on manual maintenance. In order to realize the intelligent monitoring and maintenance of communication tower faults, it is the most effective technical approach to use Internet of Things technology and various sensors, but the For communication towers, after various sensors in multiple places have completed measurements, how to solve the problem of consistency of these data in time, that is, when the data is obtained and when the problem occurs, is the premise of realizing the fault monitoring of the entire system . [0003] In order to solve the above problems, a distributed timing method for communication tower fault monitoring system is proposed. Thi...

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Problems solved by technology

[0004] Based on this, it is necessary to address the problem of unified time in the communication tower fault monitoring system, combined with the use conditions of the communication tower, to provide a distributed timing method for the communication tower fault monitoring system, which can effectively solve the problem of communication tower fault monitoring sensors distributed in different regions The timing problem makes this method have the characteristics of clear physical concept, high timing accuracy and good time consistency, and can be used for timing and data synchronization of communication tower fault monitoring system

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