综述了不同结构机器人的运动学和工作空间

Ingrid Delyova, Darina Hroncova, Peter Frankovsky, Peter Sivak
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摘要

如今,机器人技术在工业生产的许多领域都占有重要的地位。随着生产中机器人数量的增加,我们正在寻找各种任务的解决方案,以确保它们在处理物体或其他技术活动期间的最佳活动。这些任务包括规划其运动,规划机器人的轨迹,导航和跟踪末端成员的运动。在本文中,我们将处理机器人工作空间结构和确定特定机器人模型的机器人工作空间的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An overview of the kinematics and workspace of robots with different structures
Robotics is gaining an important place in many areas of industrial production nowadays. With the growing number of robots in production, we are coming to the solution of various tasks to ensure their optimal activity when handling objects or during other technological activities. These are tasks such as planning its movement, planning the robot's trajectory, navigation and tracking the movement of the end member. In this article, we will deal with the issue of robot workspace structures and determining the robot workspace of a specific robot model.
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