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A Combined modeling method based on Multiple-sensor Integrated Measuring System for Reverse engineering

机译:基于逆向工程多传感器集成测量系统的组合建模方法

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In this paper a combined modeling method using digitized points measured by multiple-sensor integrated measuring system with a touch probe and a optical scanning probe is presented. The optical scanning data in the form of triangulated mesh and the high precision data captured by a touch probe on an integrated measuring system are transformed into a common coordinate system by the worktable for registration and improved ICP algorithm. A data merging method is used to keep the high precision of feature surfaces.The merging data is unified into a precise 3D model in CAD software environment based on the strategy for optimization reconstruction. Experimental results demonstrate the efficiency of the proposed method, which enhances the flexibility of digitizing while maintaining the accuracy of feature surfaces.
机译:本文介绍了一种使用具有触摸探头的多传感器集成测量系统测量的数字化点的组合建模方法和光学扫描探针。通过基于编程测量系统的触摸探针捕获的三角形网格形式的光学扫描数据和由触摸探针捕获的高精度数据被用于注册和改进的ICP算法的工作表转换为公共坐标系。数据合并方法用于保持特征表面的高精度。基于优化重建策略,将合并数据统一到CAD软件环境中的精确3D模型。实验结果表明了该方法的效率,增强了数字化的柔韧性,同时保持特征表面的精度。

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