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視覺用於工業設備之工作平面校正裝置與校正方法

Using Vision System as Work Plane Calibration Device and Calibration Method for Industrial Equipment

摘要


工業設備像是電腦數值控制工具機、機械手臂等,於應用前都需要經過校正來達到最佳的應用效果。這些校正包含原點校正、工具座標校正、工作平面校正等等。目前對這些校正作業都是由人力來進行操作與教導。本文工業設備以機械手臂為例,探討如何使用視覺系統對工業設備進行自動工作平面校正與一種創新的工作平面校正裝置。

並列摘要


Industrial equipment, such as computer numerical control machine tools, robotic arms, etc., need to be calibrated before application to achieve the best application effect. These corrections include origin correction, tool coordinate correction, work plane correction, etc. Currently, most of these calibrations are conducted manually. In this article, the robotic arm is taken as an example for industrial equipment to discuss how to use the vision system as an innovative work plane calibration device to perform automatic work plane correction for industrial equipment.

參考文獻


R.Y. Tsai and R.K. Lenz., “A new technique for fully autonomous and efficient 3D robotics hand/eye calibration,” IEEE Trans. Robot. Autom 5(3), 345–358, 1989.
劉通發、林尚一,“ 深度影像擷取裝置的校正方法 ”,TWI622960,2017
徐逢均、張家源、謝至亮、林俊佑、張嘉熒、陳顯禎,“ 雷射與攝像整合系統及其方法 ”,TWI727393,2019
黃鐘賢、黃識忠,“ 機器手臂的視覺系統定位方法 ”,TWI711910,2018

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