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  HomeContents of Chinese Journal of Mechanical Engineering 2005 No.10KINEMATICS ANALYSIS OF A PARALLEL MANIPULATOR WITH LONG TRAVEL RANGE FLEXURE HINGES BASED ON GEOMETRIC NONLINEAR METHOD
KINEMATICS ANALYSIS OF A PARALLEL MANIPULATOR WITH LONG TRAVEL RANGE FLEXURE HINGES BASED

ON GEOMETRIC NONLINEAR METHOD

 

Sun Lining Dong Wei Du Zhijiang

(Robotics Institute, Harbin Institute of Technology, Harbin 150001)

 

Abstract: A novel flexible parallel manipulator is presented. Typical feature of this design is the adoption of long travel range flexible hinges and the centimeter-scale movement of the system. The kinematics of this manipulator is analyzed via the stiffness model of the long travel range flexure hinge. A calculation example of kinematics model is presented based on the Updated Lagrange formulation. Furthermore, corresponding kinematics simulation is executed to validate the kinematics analysis above.

Key words: Long travel range flexure hinges  6-PSS parallel manipulator  Rigid-flexible coupling  Stiffness matrix  Geometric nonlinearity

CLC No: TP24

国家863高科技资助项目(2002AA422260). Received 20040911, received in revised form 20051222

 

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