Detection system for defect of optical fiber compounded carbon fiber conductor and detection method of detection system

Abstract

The invention discloses a detection system for a defect of an optical fiber compounded carbon fiber conductor and a detection method of the detection system, and belongs to the technical field of detection systems and detection methods thereof. The system comprises an optical fiber compounded carbon fiber core overhead conductor, a monitoring host unit and an optical fiber patch cord, wherein theoptical fiber compounded carbon fiber core overhead conductor is connected with the monitoring host unit through the optical fiber patch cord. The monitoring host unit receives optical fiber micro strain data of each sampling points in a lengthwise direction of a detected conductor and compares the optical fiber micro strain data of two adjacent sampling points to sound an alarm for an abnormal stress distribution situation on the conductor. The detection system provides reliable conductor core defect information for a conductor manufacturer, a line constructor and a line owner, so as to helpthe owner to check and accept a line and eliminate a potential safety hazard.

Description

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AI Technical Summary

Benefits of technology

This patented solution describes an improved way to inspect electrical cables that are used over long distances without having them be damaged by external factors such as vibrations caused during operation. By incorporating this new technique into current methods like visual inspections, it provides better quality data compared to previous techniques.

Problems solved by technology

This patented technical solution describes how carbon fibre composites (CF) have been found useful in various industries like transporting systems due to their excellent properties including strong tensile force, thermal insulation ability, electrical resistivity, flexibility, durability, etc., making them ideal materials for future uses in infrastructure projects where there could potentially fall risks if they were installed without any precautions or failures.

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