A Boolean operation based off-line full coverage path planning strategy for industry robot

Xiaohang Song, Zhenhua Cai, Qi Liu, Xiaoyue Jin, Ting Chen
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Abstract

This research aims to develop a robot trajectory rapid generation strategy for industry robots. On the basis of Boolean operation, this work is implemented in an off-line programming environment name Robotstudio (product of ABB, Swiss), the basic principle of this method is to generated a series of cutting curves by the Boolean operation between coating surface and an orthogonal surface, the cutting curve is then discrete and analyzed to obtain the robot trajectory points. As shown by our simulation results, this presented strategy is to determine series of appropriate path curves that can not only minimize the total length of subsequent curves but also ensure the distance consistency among offset curves, thus it is suitable for industry robot application.
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基于布尔运算的工业机器人离线全覆盖路径规划策略
本研究旨在为工业机器人开发机器人轨迹快速生成策略。在布尔运算的基础上,本工作在离线编程环境Robotstudio(瑞士ABB产品)中实现,该方法的基本原理是通过涂层表面与正交表面之间的布尔运算生成一系列切割曲线,然后对切割曲线进行离散分析,得到机器人轨迹点。仿真结果表明,该策略是确定一系列合适的路径曲线,既能使后续曲线的总长度最小,又能保证偏移曲线之间的距离一致,适合工业机器人应用。
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