Structural Design of A Novel Electromagnetic Driven Spherical Motion Generator

Jingmeng Liu, Xiaofeng Guo, Zhong Liu, Yukun Wang
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Abstract

This paper introduces the structural design of a novel spherical motion generator. The electromagnetic drive mode of a spherical motor is applied to the three-degree-of-freedom (3-DOF) spherical parallel manipulator, in order to solve the problem of motion error caused by the transmission device and motor following in the traditional spherical parallel manipulator. A brief explanation of the electromagnetic drive working principle is mentioned. And the modeling of magnetic field and the optimization of magnetic field distribution are also discussed. In the future work, we will also optimize the magnetic field distribution of the platform and study the high-precision control strategy.
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一种新型电磁驱动球面运动发生器的结构设计
介绍了一种新型球面运动发生器的结构设计。将球面电机的电磁驱动方式应用于三自由度球面并联机械臂中,解决了传统球面并联机械臂中由于传动装置和电机跟随导致的运动误差问题。简要说明了电磁传动的工作原理。讨论了磁场的建模和磁场分布的优化问题。在未来的工作中,我们还将对平台的磁场分布进行优化,并研究高精度控制策略。
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