Spherical robot with new type of two-pendulum driving mechanism

Joong-Cheol Yoon, Sung-Su Ahn, Yun-Jung Lee
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引用次数: 43

Abstract

This paper introduces a spherical robot, called KisBot II, with a new type of two-pendulum driving mechanism. A cross-shape frame is located horizontally in the center of the robot. The main axis of the frame is connected to the outer shell, and each pendulum is connected to the end of the other axis of the frame respectively. The main axis and pendulums can rotate 360 degrees inside the sphere orthogonally without interfering with each other, also the two pendulums can rotate identically or independent of each other. Due to this driving mechanism, KisBot II has various motion generation abilities, including a fast steering ability, turning ability in place and during travelling, and four(forward / backward / left / right) directional driving ability on the ground. Experiments for several motions verify the driving efficiency of the proposed spherical robot.
采用新型双摆驱动机构的球形机器人
本文介绍了一种采用新型双摆驱动机构的球形机器人KisBot II。在机器人的中心水平放置一个十字形框架。框架的主轴连接到外壳上,每个摆分别连接到框架的另一个轴的末端。主轴与钟摆可在球内垂直旋转360度,互不干扰,两个钟摆也可同时旋转或独立旋转。由于这种驱动机制,KisBot II具有多种运动生成能力,包括快速转向能力,原地和行驶中的转弯能力,以及地面上的四种(前/后/左/右)方向驾驶能力。若干运动实验验证了所提出的球形机器人的驱动效率。
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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