Research on Key Technology of Measurement and Location of Door and Window Handles Based on Binocular Vision

Cao Hongshuang, Zhong Pei-si, Huang Chaonan
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Abstract

According to the requirement of the door and window handles grasping robot for binocular vision measurement and calibration technology, the mathematical model of binocular vision system is analyzed. The distance and angle of the binocular camera are further verified and analyzed through experiments, so as to ensure that the theoretical resolution of the collected image meets the requirements. Then the calibration of binocular vision system and the analysis of relevant models are studied, and the appropriate calibration methods are analyzed and selected to realize the calibration of binocular vision robot system, so as to provide accurate coordinate data for door and window handles grasping robot and provide theoretical basis for the follow-up grasping work.
基于双目视觉的门窗把手测量定位关键技术研究
根据门窗拉手抓取机器人对双目视觉测量与标定技术的要求,分析了双目视觉系统的数学模型。通过实验进一步验证和分析双目摄像机的距离和角度,确保采集图像的理论分辨率满足要求。然后对双目视觉系统的标定和相关模型的分析进行研究,分析选择合适的标定方法,实现双目视觉机器人系统的标定,从而为门窗把手抓取机器人提供准确的坐标数据,为后续抓取工作提供理论依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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