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   Kinematic Mapping and Forward Kinematic Problem of a 5-DOF (3T2R) Parallel Mechanism with Identical Limb Structures  
نویسنده Tale Masouleh Mehdi ,Gosselin Clement
منبع international journal of robotics - 2011 - دوره : 2 - شماره : 1 - صفحه:26 -34
فایل تمام متن
چکیده    The main objective of this paper is to study the Euclidean displacement of a 5-DOF parallel mechanism performing three translation and two independent rotations with identical limb structures-recently revealed by performing the type synthesis-in a higher dimensional projective space, rather than relying on classical recipes, such as Cartesian coordinates and Euler angles. In this paper, Study'S kinematic mapping is considered which maps the displacements of three-dimensional Euclidean space to points on a quadric, called Study quadric, in a seven-dimensional projective space, p7. The main focus of this contribution is to lay down the essential features of algebraic geometry for our kinematics purposes, where, as case study, a 5-DOF parallel mechanism with identical limb structures is considered. The forward kinematic problem is reviewd and the kinematic mapping is introduced for both general and first-order kinematics, i.e., velocity, which provides some insight into the better understanding of the kinematic behaviour of the mechanisms under study in some particular configurations for the rotation of the platform and also the constant-position workspace.
کلیدواژه 5-DOF Parallel Mechanisms ,Three translation and two ,independent rotations (3T2R) ,Study parameters ,General and first-order kinematic mapping ,Forward Kinematic Problem ,(FKP) ,Constant-position ,workspace
آدرس Laval University, Department of Mechanical Engineering, Canada, Laval University, Department of Mechanical Engineering, Canada
پست الکترونیکی clement.gosselin@gmc.ulaval.ca .

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