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Four-cable-driven parallel robot

Xuejun Jin, Dae Ik Jun, Andreas Pott, Sukho Park, Jong‐Oh Park, Seong Young Ko

发表年份
2013
引用次数
12

摘要

This paper presents design and kinematic analysis for a cable-driven parallel robotic (CDPR) manipulator with four cables, The CDPR manipulator produces a planar motion including two translational and one rotational degrees of freedom. To move the end-effector of CDPR, its kinematic structure is analyzed and the inverse kinematics is formulated in the closed-form solution. The experimental tests using an implemented prototype have shown the feasibility of the system design and its operation.

关键词

Parallel manipulatorKinematicsInverse kinematicsControl theory (sociology)Robot end effectorForward kinematicsDegrees of freedom (physics and chemistry)Computer sciencePlanarInverse

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