Laser point cloud location-based research on patrol inspection of transmission line UAV

Dongyang Li, Yi Ding, Ge Song, Dehan Xue, Chengming Jin
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引用次数: 0

Abstract

In order to realize the autonomous inspection of Unmanned Aerial Vehicle (UAV) on transmission line and reduce the manual flight control operation, this paper proposes a UAV autonomous inspection system based on accurate positioning of laser point cloud. Through the high-precision and three-dimensional laser point cloud data, we can achieve autonomous route planning, independent generation, so as to finally control the whole process of UAV unmanned patrol flight. The testing results show that the UAV based on accurate positioning of laser point cloud has the ability of space collision detection and automatic wall barrier during autonomous inspection flight, which can effectively ensure the flight safety of UAV, reduce the potential risk of power grid, improve transmission line inspection efficiency and operation reliability, and provide a new development direction for follow-up transmission line inspection exploration.
基于激光点云定位的传输线无人机巡检研究
为了实现无人机对传输线的自主巡检,减少人工飞控操作,提出了一种基于激光点云精确定位的无人机自主巡检系统。通过高精度的三维激光点云数据,可以实现自主路线规划、独立生成,从而最终控制无人机无人巡逻飞行的全过程。测试结果表明,基于激光点云精确定位的无人机在自主巡检飞行过程中具有空间碰撞检测和自动墙障能力,可有效保障无人机飞行安全,降低电网潜在风险,提高输电线路巡检效率和运行可靠性,为后续输电线路巡检探索提供新的发展方向。
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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