3Dリンク系の準静的自己姿勢変形性に関する基礎的研究

概要

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Self-posture changeability (SPC), which is the characteristics that a link system changes its posture with keeping contact between link system and environment, is discussed for a general 3 D link system. Assuming that link system moves slow enough to suppress any dynamic effects, we first define the (ω0, ω) -posture changeability which is the characteristic that a link system has posture changeability for every force within a cone having the direction of ω0 and the solid angle of ω. The necessary and sufficient condition leading to (ω0, ω) -posture changeability is examined with the joint role assignments, namely, selection of compliant joint and position-controlled joint. Linking (ω0, ω) -posture changeability with physical parameters expressing friction cone, we also show a sufficient condition to realize self-posture changeability under the condition that contact point moves continuously over an object and no contact-point-jump appears. Finally, basic behaviors of SPC were confirmed by simulation using a simple 3 D link system and a sphere.
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