Research on Calibration Method of Linear Structured Light Vision Measurement System

Abstract:

This template explains and demonstrates how to design a measurement system based on the size of the linear structured light vision, the system could works at realized the high precision and fast measurement of the size of mechanical parts, and accurate calibration of the system. First of all, this paper set up the experimental platform based on linear structured light vision measurement. Secondly, this paper established a system of measurement model, and puts forward a new method of calibration of structured light sensor and set up the mathematical model of sensor calibration. This calibration method only need to use some gage blocks of high precision as the target, the target position need not have a strict requirements, and the solving process will be more convenient, much easier to field use and maintenance. Finally, measuring accuracy on the system by gage blocks with high precision is verified, the experiment shows that measurement accuracy within 0.050 mmin the depth of 0-80 - mm range. This system can satisfy the demands of precision testing of most industrial parts .with its simple calibration process and high precision, it is suitable for the structured light vision calibration.

• Periodical: Applied Mechanics and Materials (Volumes 644-650)
• Pages: 1234-1239
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.644-650.1234
• Online since: September 2014
• Authors: Tao He*, Yu Lang Xie, Cai Sheng Zhu, Jiu Yin Chen
• Keywords: Camera, Light Plane, Measurement Calibration, Structured Light Vision

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