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Control Algorithm for Inner Skeleton Frame Type Biped Walking Robot

机译:内骨架式两足步行机器人的控制算法

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We developed inner skeleton type biped walking robot “ISR-1” to work as cooperating with a human being and instead of a human being. Force sensors installed in the actuator of ISR-1 measure the outside forces, which realizes the relaxation motion similarly to muscle of a human being. This system is composed of the easy mechanisms. When a relaxation motion works, there are characteris- tics that a restraint problem on the angle of the joint in double legs supporting phase is dissolved. This robot repeats stepping motion by the center of gravity movement for the robot on lateral plane. And swinging of the leg is added to this stepping motion and a walk action is done. This paper deals with walking control algorithm by sensors and the relaxation motion of the actuators.
机译:我们开发了内部骨架型两足步行机器人“ ISR-1”来与人类合作而不是与人类合作。安装在ISR-1执行器中的力传感器可测量外部力,从而实现类似于人的肌肉的放松运动。该系统由简单的机制组成。当松弛运动起作用时,具有以下特征:双腿支撑相中的关节角度约束问题已解决。该机器人在侧向平面上通过机器人的重心重复步进运动。并在此步进运动中增加腿部的摇摆,并完成步行动作。本文讨论了传感器的行走控制算法和执行器的松弛运动。

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