用光学三角测量振动和速度

Anand Sutar, Shruti Paikade, Nikhil K. Jagdale, Akshaykumar S. Patil, Mohit Bhoir
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引用次数: 0

摘要

定期对各种机械和结构进行振动和速度测量,以保持其平稳运行。此外,在某些情况下,在接触,人工监控的测量是不可能的。本文提出了一种基于光学三角测量的振动和速度测量技术。传感器测量激光束相对于物体运动的反射。我们提到了一些已经在市场上可用的测量技术及其局限性。介绍了光学三角测量原理及其在参数测量中的应用。文中介绍了误差和得到的结果。我们进一步解释了这种技术的局限性,并提到了一些提高系统准确性和速度的改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Vibration and speed measurement using optical triangulation
Vibration and speed measurement of various machineries and structures on regular basis is important in order to maintain their smooth functionality. Also in some cases the in contact, manually monitored measurement is not possible. In this paper we present Optical triangulation based vibration and speed measurement technique. The sensor measures the reflection of the laser beam with respect to movement of the object. We mentioned some measurement techniques that are already available in the market and their limitations. Explanation of optical triangulation principle along with its utilization in the measurement of parameters is presented. The errors and obtained results are mentioned. Further we explained the limitations in this technique and mentioned some of the improvements to increase accuracy and speed of the system.
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