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State of the art of compact optical 3D profile measurement apparatuses: from outer surface to inner surface measurement

机译:紧凑型光学3D轮廓测量装置的技术:从外表面到内表面测量

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This paper is not an original paper, but a review paper passed on our previous papers. We have been developing a few apparatuses for 2D and/or 3D profile measurement because these systems, especially 3D profiling systems, have become indispensable tools in manufacturing industry. However, in surface profile measurement, conventional systems have several short comings including being very large in size and heavy in weight. Therefore we propose to realize a compact portable apparatus on the basis of pattern projection method using a single MEMS mirror scanning. On the other hand, in the case of inner profile measurement for pipes or tubes, we propose to use optical section method by means of disk beam produced by a conical mirror. In these systems development of elements and devices such as a MEMS mirror and/or cone mirror play important role to apply our fundamental principles to practical apparatuses. We introduce the state of the art of these systems including commercialized products for practical purpose.
机译:本文不是原始纸张,而是通过我们之前的论文传递了一篇评论纸。我们一直在为2D和/或3D轮廓测量开发一些设备,因为这些系统,尤其是3D分析系统,已经成为制造业的不可或缺的工具。然而,在表面轮廓测量中,常规系统具有几个短的转化,包括非常大的尺寸和重量重。因此,我们建议基于使用单个MEMS镜扫描的图案投影方法来实现紧凑的便携式设备。另一方面,在管道或管的内部轮廓测量的情况下,我们建议通过锥形镜产生的盘束使用光学部分方法。在这些系统中,开发元件和器件,例如MEMS镜像和/或锥体镜在实际设备上将基本原则应用于重要作用。我们介绍了这些系统的最新状态,包括商业化产品,以实际目的。

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