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Design and Control of a 3D Biped Robot Actuated by Antagonistic Pairs of Pneumatic Muscles

机译:由拮抗肌肌肌肌肌肌致动的3D双层机器人的设计与控制

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A joint driving mechanism with antagonistic pairs of muscles is supposed to be essential for humans and animals to realize various kinds of locomotion such as walking, running, and jumping. This paper describes design and control of a biped robot "Pneu-Man" whose joints are driven by antagonistic pairs of McKibben artificial muscles. Since the body is well-designed for walking, required control is surprisingly compact. The experimental results demonstrate the walking performance of Pneu-Man.
机译:具有拮抗肌肉的联合驱动机制应该对人类和动物来实现各种运动,例如步行,跑步和跳跃。本文介绍了一种双层机器人“PNEU-MAN”的设计和控制,其关节由敌人的麦克伯文人工肌肉驱动。由于身体设计良好的行走,所需的控制令人惊讶紧凑。实验结果表明了Pneu-Man的行走性能。

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