Application of 3D scanning technology in the construction of transmission line cross-spanning

Hao Wang, Y. Wang, Peng Feng, Zhihua Wang, Chunchao Chen, Kai Zong, Rong Zheng
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Abstract

Cross crossing survey is a key work in transmission line construction. The accuracy of survey results directly affects the construction quality of transmission line cross crossing. Three-dimensional scanning technology can convert the three-dimensional information of the physical object into digital signals that can be directly processed by the computer, which provides a very convenient and fast means for the digitization of the physical object. Therefore, this paper uses three-dimensional scanning technology and combined with the characteristics of transmission lines, the cross crossing construction method of transmission lines is optimized. The point cloud data in the transmission line construction environment is obtained by using three-dimensional scanning technology, and the crossing distance of transmission lines is measured. Through the application effect test experiment, it is concluded that the ranging error of three-dimensional scanning technology in the construction environment is O.14m, which is lower than the preset value. Through the application of three-dimensional scanning technology, the construction qualification rate of transmission line connection point is improved, and the voltage fluctuation coefficient of transmission line is reduced, that is, the construction quality of transmission line crossing is improved.
三维扫描技术在输电线路跨跨施工中的应用
交叉测量是输电线路建设中的一项关键工作。测量结果的准确性直接影响到输电线路交叉敷设的施工质量。三维扫描技术可以将实物的三维信息转换成可由计算机直接处理的数字信号,为实物的数字化提供了一种非常方便、快捷的手段。因此,本文采用三维扫描技术,结合输电线路的特点,对输电线路的交叉交叉施工方法进行了优化。利用三维扫描技术获取输电线路施工环境中的点云数据,并对输电线路的穿越距离进行测量。通过应用效果测试实验,得出三维扫描技术在施工环境中的测距误差为0.14 m,低于预设值。通过应用三维扫描技术,提高了输电线路连接点的施工合格率,降低了输电线路的电压波动系数,即提高了输电线路交叉点的施工质量。
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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