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Optimum Kinetimatics Design of Drives for Wheeled Mobile Robots Based on Cam-Roller Pairs

机译:基于凸轮-滚子对的轮式移动机器人驱动的最佳运动学设计

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This paper proposes innovative drives for omnidirectional and quasi-omni-directional wheeled mobile robots. A novel epicyclic cam transmission is developed to transmit motion in the drives, with some advantages over its gear-train counterparts: low friction, high stiffness, and high precision. In this work, three new indices, the contact ratio in cam transmissions, the generalized transmission index, and the total transmission index, are proposed to evaluate the force and motion transmission qualities. Furthermore, the first two indices are the objective functions of the design of the dual-wheel transmission, the final design thus achieving the best transmission performance. The reported drives have been virtually prototyped.
机译:本文提出了用于全向和准全向轮式移动机器人的创新驱动器。开发了一种新颖的周转凸轮传动装置来传递驱动器中的运动,与之相比,它具有一些优势:低摩擦,高刚度和高精度。在这项工作中,提出了三个新的指标,即凸轮传动的接触比,广义传动指标和总传动指标,以评估力和运动传动的质量。此外,前两个指标是双轮变速器设计的目标功能,因此最终设计可实现最佳的变速器性能。所报告的驱动器实际上已经原型化。

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