ロボティクス・メカトロニクス講演会講演概要集
Online ISSN : 2424-3124
セッションID: 2P2-I04
会議情報
2P2-I04 Mckibben型アクチュエータによる4自由度倒立振子モデルの姿勢制御 : 第1報:アクチュエータの特性実験及び倒立振子モデルの設計(ヒューマノイド)
上路 央三好 扶
著者情報
会議録・要旨集 フリー

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抄録
The redundancy of human musculoskeletal system, caused by bi-articular muscles, is one of the research topics to describe such as the functional roles of the bi-articular muscles, the application for the industrial machines. In order to reveal these questions, esecially for the functional roles of bi-articular muscles in lower limb during upright standing in humans, we developed the four degree-of-freedom (DOF) inverted pendulum model. We used nine pneumatic artificial muscles (PAMs), 4/9 actuators were for the bi-articular muscles and the others as mono-articular muscles. In this paper, we demonstrated the relationships between length, load and time constant as the static characteristics of the PAMs. Last part of this paper, we described the concepts and designs of our four-DOF model..
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© 2011 一般社団法人 日本機械学会
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