Rotor surface defect and symmetry detection based on point cloud registration

Zhengxin Li, Xian Fang, Xiuli Shao, Yuan Chai
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引用次数: 1

Abstract

During the production process of the blower rotor, detecting its surface defects and symmetry can avoid the safety hazards of the rotor during operation. Therefore, this paper has improved the traditional ICP algorithm. For the rotor point cloud collected by the 3D measuring instrument, the standard point cloud and the test point cloud are unified in the same coordinate system, and the incomplete rotor surface is collected. The point cloud is locally registered, and stitching is completed, and then it is registered with the standard point cloud. The defect detection of the point cloud is completed by comparing the unevenness of the two-point clouds, and the symmetry detection is completed by comparing the shape features of the two-point clouds.
基于点云配准的转子表面缺陷及对称性检测
在风机转子的生产过程中,检测其表面缺陷和对称性,可以避免转子在运行过程中的安全隐患。因此,本文对传统的ICP算法进行了改进。对于三维测量仪采集的转子点云,将标准点云和测试点云统一在同一坐标系下,采集不完整的转子表面。对点云进行局部配准,完成拼接,然后与标准点云进行配准。通过比较两点云的不均匀度来完成点云的缺陷检测,通过比较两点云的形状特征来完成点云的对称性检测。
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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