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首页> 外文期刊>International Journal of Surface Science and Engineering >Scanning in situ self-calibration method for the two-probe method of straightness measurement
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Scanning in situ self-calibration method for the two-probe method of straightness measurement

机译:直线度两探针法的扫描原位自校准方法

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摘要

When using the software datum to exceed the accuracy limit by the hardware datum of surface profile measurement, the calibration accuracy of the sensor becomes an important factor. A sensor self-calibration method is presented in this paper. This method is specifically developed for in situ calibration of the sensors used in the two-probe method for construction of software datum of surface profile measurement, in which two displacement probes are employed to separate the surface profile from the scanning error motion. This method has the advantage of being insensitive to the sensor setting error and the repeatability of the scanning reference. Principle of the in situ self-calibration method and results of measurement experiment are described.
机译:当使用软件数据超出表面轮廓测量的硬件数据的精度极限时,传感器的校准精度成为重要的因素。本文提出了一种传感器自校准方法。该方法是专门为在用于构造表面轮廓测量软件数据的双探针方法中使用的传感器进行原位校准而开发的,在该方法中,使用两个位移探针将表面轮廓与扫描误差运动分开。该方法的优点是对传感器设置误差和扫描基准的可重复性不敏感。描述了原位自校准方法的原理和测量实验的结果。

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