Research on Trajectory Planning Method of Pairwise Four Degree-of-Freedom Adjusting Mechanism

Xiao-Dong Wen, Yong-Min Sheng, Wang Yan, Zhang Yuan, Li Qi
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Abstract

Aiming at the assembly of large-scale barrel parts, this paper puts forward a four-degree-of-freedom attitude adjustment method used in pairs, and studies the trajectory planning strategy of the joint space of the attitude adjustment mechanism. Based on the forward and inverse kinematics model, the mapping relationship between the motion characteristics of operation space and the motion characteristics of joint space is established by using the 3-4-5 polynomial motion law in joint space, and the trajectory is simulated. The results show that after trajectory planning in joint space, the equipment is compliant and impact-free in the whole attitude adjustment process, and it is feasible.
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成对四自由度调整机构轨迹规划方法研究
针对大型枪管零件的装配,提出了一种四自由度成对姿态调整方法,研究了姿态调整机构关节空间的轨迹规划策略。在运动学正逆模型的基础上,利用关节空间3-4-5多项式运动律建立了操作空间运动特性与关节空间运动特性的映射关系,并对轨迹进行了仿真。结果表明,在关节空间进行轨迹规划后,整个姿态调整过程中设备是柔顺无冲击的,是可行的。
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