The kinematic transmission property and distributions in work space of a novel 3-DOF 3-P-2SS spherical platform manipulator whose optimum kinematic transmission property is at the origin position were given.
研究了一种新型的3自由度3-P-2SS球平台机器人的运动传递性及其在工作空间的分布规律。
Presented is an analysis of the motion transmitting characteristics of constant velocity joint (CVJ) and Cardan joint when the axes of the joints move arbitarily in the constraint permited space.
研究并基本解决了轴线相交且做允许的任意空间运动时等速万向节和十字轴式不等速万向节的运动传递特性的分析问题。
The results show that the robot designed using the three indices is far from singularity with excellent motion/force transmissibility.
为优化设计并联机器人的结构参数,利用传动角的概念,定义了评价并联机器人运动/力传递性能的度量指标LTI(局部传递指标)、GTW(优质工作空间)和GTI(全域传递指标),然后以PVRRRPV并联机器人为例,分析这些指标在机构参数优化设计的应用。
The results show that robots designed using these three indices always operates far from any singularity with excellent motion/force transmissibility.
为优化设计并联机器人的结构参数,利用传动角的概念,定义了评价并联机器人运动/力传递性能的度量指标LT I(局部传递指标)、GTW(优质工作空间)和GT I(全域传递指标),然后以PVRRRPV并联机器人为例,分析这些指标在机构参数优化设计的应用。
