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Weld Surface Imperfection Detection by 3D Reconstruction of Laser Displacement Sensing

机译:通过激光位移传感的三维重建焊接表面缺陷检测

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It is of great significance to detect the weld surface to ensure welding quality. Aiming at the problem of weld surface defect detection and 3D reconstruction algorithm, a method of defect detection and three - dimensional reconstruction based on laser scanning 3D point cloud has been proposed. The method of BP neural network is used to filter the point cloud data obtained by laser displacement sensor scanning, and the result is qualitatively and quantitatively analyzed. The three-dimensional reconstruction model of pit defects on weld surface is established. The reconstructed error is within the allowable range. The experimental results show that applying BP neural network to weld defect detection can effectively reduce the complexity of 3D reconstruction and improve the accuracy of 3D reconstruction of weld surface.
机译:检测焊接表面具有重要意义,以确保焊接质量。 旨在焊接表面缺陷检测和3D重建算法的问题,提出了一种基于激光扫描3D点云的缺陷检测和三维重建方法。 BP神经网络的方法用于过滤通过激光位移传感器扫描获得的点云数据,结果是定性和定量分析的结果。 建立了焊接表面坑缺陷的三维重建模型。 重建错误位于允许范围内。 实验结果表明,将BP神经网络应用于焊接缺陷检测,可以有效地降低3D重建的复杂性,提高焊接表面的三维重建精度。

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