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Study on designing a biped robot With bi-articular muscle type bilateral servo systems

机译:用双关节肌型双边伺服系统设计双关节机器人的研究

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At present, biped robots are designed having motors on each joint. But human have actuators that span two joints, and the antagonistic pair actuator drives two joints at the same time. In these days, the effects of this study that is source of fast motor such as jump or running are investigated on Body moment study and Biology. This study shows the basic principle and the driving mechanism of the new actuator, called bilateral servo system developed in our laboratory, having the bi-articular operation to adjust a biped robot, and characteristics of the actuator that driving joint. As for those characteristics, this paper expresses the bilateral servo system and the robot that use the actuators.
机译:目前,双关节上的具有电动机的双链机器人设计。但是人类具有跨越两个关节的致动器,并且对抗对执行器同时驱动两个关节。在这些日子里,在体矩的研究和生物学上研究了这项研究的效果,例如跳跃或跑步。本研究显示了新型执行器的基本原理和驱动机构,称为我们的实验室中开发的双边伺服系统,具有双关节操作来调节搭配机器人,以及驱动接头的致动器的特性。至于这些特性,本文表达了双边伺服系统和使用执行器的机器人。

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