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首页> 外文期刊>精密工学会誌 >APPLICATION OF OPTICAL CUTTING METHOD TO MEASUREMENTS OF TOOTH PROFILE ERROR OF MINUTE MODULE GEARS (3RD REPORT) - EFFECT OF UTILIZING OF LIGHT POLARIZATION IN GAINING PROFILE AND THEORETICAL CONSIDERATION OF MEASUREMENT ERROR
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APPLICATION OF OPTICAL CUTTING METHOD TO MEASUREMENTS OF TOOTH PROFILE ERROR OF MINUTE MODULE GEARS (3RD REPORT) - EFFECT OF UTILIZING OF LIGHT POLARIZATION IN GAINING PROFILE AND THEORETICAL CONSIDERATION OF MEASUREMENT ERROR

机译:光学切割方法在测量小组件齿轮齿廓误差中的应用(第三次报告)-在增益曲线中利用光偏振的影响以及对测量误差的理论考虑

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摘要

This study aims to develop an accuracy measurement method of the tooth profile error of minute module gears. The principle of measurement is based on the optical cutting method. This report describes a measuring system employing a linearly polarized laser beam as a light source and polarizers. Among the light reflecting from the surface, the depolarized component of the light scattered from the surface is detected while the specularly reflected light is eliminated by using a polarizer. Because this technique leads to the effect of equalizing the intensity of light reflecting from the measuring tooth surface, the noise factors caused by the glaring light reflecting from the tooth crest can be eliminated. Moreover, calculating geometrically the optical cutting images in consideration of setup errors in optical axes, deformations involved in the images obtained by the CCD camera become clear.
机译:这项研究旨在开发一种精确测量微小模块齿轮齿廓误差的方法。测量原理基于光学切割方法。该报告描述了一种使用线性偏振激光束作为光源和偏振器的测量系统。在从表面反射的光中,检测从表面散射的光的去偏振成分,同时通过使用偏振器消除镜面反射光。因为该技术导致使从测量牙齿表面反射的光的强度相等的效果,所以可以消除由从牙顶反射的耀眼的光引起的噪声因子。此外,考虑到光轴中的设置误差,以几何方式计算光学切割图像,由CCD照相机获得的图像中所涉及的变形变得清晰。

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