Lightning protection detection robot system

Abstract

The invention discloses a lightning protection detection robot system. The lightning protection detection robot system comprises a controller, an acquisition module, a monitoring module and an early warning module. Function modules are connected in a communication connection mode. The controller receives and analyzes a detection instruction triggered by a user based on a client, and acquires a lightning protection device to be detected. The acquisition module collects performance parameters of the lightning protection device during operation, and records and stores the collected performance parameters. The monitoring module analyzes the performance parameters collected by the acquisition module in real time, and determines the working state of the lightning protection device according to the analysis result of the collected performance parameters. And then, according to the current working state of the lightning protection device, whether the lightning protection device is abnormal isidentified. The early warning module emits early warning information when the lightning protection device is abnormal to prompt work personnel to timely maintain the lightning protection device. Manual detection is not needed and detection cost is reduced.

Description

technical field [0001] The invention relates to the technical field of lightning protection and lightning protection, in particular to a lightning protection detection robot system. Background technique [0002] Modern lightning protection includes two parts: external lightning protection (building lightning protection) and internal lightning protection (lightning electromagnetic pulse protection). The external lightning protection system is mainly to protect buildings from fire accidents and personal safety caused by lightning strikes. Accidents, while the internal lightning protection system is to prevent damage caused by lightning and other forms of overvoltage intrusion into the equipment, which cannot be guaranteed by the external lightning protection system. In order to achieve internal lightning protection, cables and metal pipes entering and leaving each protected area need to be connected with lightning and overvoltage protectors, and equipotential connection must b...

AI Technical Summary

Problems solved by technology

[0003] Because the traditional lightning protection measures adopt a passive and blind protection method, although a lot of money has been invested in traditional lightning protection measures, lightning accidents still occur frequently; this is because: the existing Commonly used lightning monitoring measures cannot determine whether the lightning protection equipment being used is working normally, whether the protective measures being used are properly protected, etc., so it is impossible to specifically check the corresponding safety hazards, and there is no way to issue relatively accurate lightning warning information

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