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Posture control of redundant manipulators based on the task oriented stiffness regulation •A new theory for determining the posture of redundant manipulators is presented. •All joints are assumed to be stiffness adjustable by the antagonistic joint actuation. •Actuator with non-linear elastic system(ANLES) was developed. •The simulations reveals that manipulators take a desired posture for doing a specified Koichi Koganezawa Dep. of Mechanical Engineering, Tokai University, Japan DC motor torsion spring guide shaft transmission cylinder Actuator with non- linear elastic system (ANLES)

Posture control of redundant manipulators based on the task oriented stiffness regulation

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DC motor. guide shaft. transmission cylinder. torsion spring. Posture control of redundant manipulators based on the task oriented stiffness regulation. Koichi Koganezawa Dep. of Mechanical Engineering, Tokai University, Japan. - PowerPoint PPT Presentation

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Page 1: Posture control of redundant manipulators based on the task oriented stiffness regulation

Posture control of redundant manipulators based on the task oriented stiffness regulation

• A new theory for determining the posture of redundant manipulators is presented.

• All joints are assumed to be stiffness adjustable by the antagonistic joint actuation.

• Actuator with non-linear elastic system(ANLES) was developed.

• The simulations reveals that manipulators take a desired posture for doing a specified task by the proposed theory.

Koichi KoganezawaDep. of Mechanical Engineering, Tokai University, Japan

DC motor

torsion spring

guide shafttransmission cylinder

Actuator with non-linear elastic system (ANLES)