Switch cabinet connector safety monitoring system and control method

Abstract

The invention relates to a switch cabinet connector safety monitoring system, which belongs to the technical field of electrical system engineering, n loop connectors for supplying power in a plug-in manner are arranged in a switch cabinet, and the system comprises n miniature temperature label sensors and n miniature stress label sensors, a reader; the intelligent controller is used for receiving the temperature signals and the contact stress signals of the n connectors transmitted by the reader, storing the temperature signals and the contact stress signals of the n connectors, respectively carrying out safety level fault judgment on the temperature signals and the contact stress signals of the n connectors, comparing safety fault levels, and sending the safety fault levels to the reader; outputting the highest-level safety fault signal of the connector with the fault; the working state of the connector can be accurately monitored in real time, and early warning, alarming and fault processing can be carried out. Even under the conditions of low current and no power transmission, the faults such as poor contact of the connector and no plugging in place can be judged.

Description

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AI Technical Summary

Benefits of technology

This technology allows for accurate monitoring of connections between different parts within an electric device's housing without affecting its overall design or performance. It uses special sensory devices called detective markers embedded throughout these materials to measure their temperatures and stresses during operation. These measurements help identify potential issues before they become serious enough. By combining this process with algorithms designed specifically for analyzing and determining work states, various alert systems may sound when there has been any problem with one part but cannot tell how bad another component was doing right now.

Problems solved by technology

This patents describes different ways to prevent damage caused during maintenance workings such as connecting cables between electronic devices (Electric Switches). However, this issue cannot be easily detected because existing techniques require manual inspections that may result in errors. Additionally, these conventional systems lack advanced fuzzy logic capabilities to analyze potential issues quickly without false alarms.

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