Inverse pendulum controlled two wheel drive system

Y. Takahashi, N. Ishikawa, T. Hagiwara
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引用次数: 17

Abstract

A robotic wheel chair with inverse pendulum control has been proposed so that a wheel chair bound person can climb over a step. The proposed robotic wheel chair generally moves using four wheels on a flat floor in order to maintain the stability. When the robotic wheel chair moves just in front of a step, the robotic wheel chair raises the front wheels, and maintains the inverse pendulum control. A rider can go forward or backward by his/her body inclination. After the front wheels land on a step, the robotic wheel chair can climb over a step assisted by rear wheel drive motors.
倒摆控制两轮驱动系统
提出了一种采用倒摆控制的机器人轮椅,使轮椅束缚者能够爬过台阶。所提出的机器人轮椅一般使用四个轮子在平坦的地板上移动,以保持稳定性。当机器人轮椅移动到台阶前时,机器人轮椅抬起前轮,保持倒摆控制。骑手可以通过身体的倾斜来前进或后退。当前轮落在台阶上后,机器人轮椅可以在后轮驱动电机的帮助下爬过台阶。
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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