A condition monitoring algorithm based on image geometric analysis for substation switch

Jicang Lu, Hui Lin, Weizheng Zhang, Xiaowei Shi
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引用次数: 4

Abstract

For the problem of real-time monitoring and condition decision of high-voltage substation switches, a real-time monitoring algorithm is proposed for the substation folded switch based on geometric analysis of monitoring images. Firstly, capture images containing the folded switch using the properly installed camera, and transfer them to the data processing terminal. Then, search for straight line segments representing two arms of switch using the method of image contour description, and calculate the angles between the segments using the cosine theorem. At last, determine the condition of the switch that whether it is closed well. The experimental results show that the proposed method could accurately calculate the real-time angle of the switch, and then achieve unmanned and real-time monitoring for condition of the switch.
基于图像几何分析的变电站开关状态监测算法
针对高压变电站开关的实时监控和状态决策问题,提出了一种基于监控图像几何分析的变电站折叠开关实时监控算法。首先,使用正确安装的摄像机捕获包含折叠开关的图像,并将其传输到数据处理终端。然后,利用图像轮廓描述的方法搜索代表开关两臂的直线线段,并利用余弦定理计算线段之间的夹角。最后判断开关状态是否闭合良好。实验结果表明,该方法能够准确地计算出开关的实时角度,从而实现对开关状态的无人化实时监控。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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