Issue Date: 6-7 March 2010rnrntOn page(s): rnt320rnttrn- 323rnrnrnLocation: Wuhan, ChinarnrnPrint ISBN: 978-1-4244-6388-6rnrnrnrnttrnDigital Object Identifier: href='http://dx.doi.org/10.1109/ETCS.2010.496' target='_blank'>10.1109/ETCS.2010.496 rnrnDate of Current Version: trnrnt2010-05-06 14:33:53.0rnrnt rntt class="body-text">rntname="Abstract">>Abstractrn>A new type of 3R parallel robot manipulator (PRM) is constructed by use of the constraint synthesis method of configuration. Kinematics simulation is carried out with ADAMS. Through kinematics calculation, the motion characteristics are analyzed. Through the degrees of freedom calculation, it is confirmed that the PRM can achieve three-dimensional rotation;
a coordinate tra;
Kinematics; Parallel robot manipulator (PRM); Simulation; Working space;
机译:3RPS和3RPS-R并联机械手的前向,逆运动学和工作区分析
机译:3RRRS + S并联手腕的运动学:一种没有相交旋转轴的并联机械手
机译:通用机器人的统一运动学建模,优化和控制:从串行和并行机械手到行走,滚动和混合机器人
机译:新型3R并联机器人机械手的运动学仿真。
机译:使用通用回归和模块化神经网络解决并行机器人操纵器中的正向运动学问题。
机译:虚拟传感器用于并联机器人运动学运动估计
机译:PROM-120的运动和奇异性分析 - 具有2-PRU / PRS运动链的平行机器人机械手
机译:3R机器人机器人运动奇异性的正规形式