Abstract
The dynamic model of multi-rigid-body system and rigid-flexible coupling system of 2K-V cycloid pin gear reducer are constructed with ADAMS, the output-angle error curves are obtained by multi-body system dynamic simulation, and the influence of elastic deformation come from planet gear, cycloid gear and pin gears on the transmission accuracy are analyzed. The work this paper introduced provides a useful approach for further study on the dynamic transmission accuracy of precision gear drive system, exploration of active control technology for the transmission accuracy and improvement of structural design for the gearing.
Publisher
Trans Tech Publications, Ltd.
Reference9 articles.
1. Li C., Liu J. and Sun T: Study on Transmission Precision of Cycloidal Pin Gear in 2K-V Planetary Drives. Chinese Journal of Mechanical Engineering, Vol. 37(4), pp.61-65, (2001).
2. Guo HaiJun: The Analysis and Simulation of 2K-V Type Cycloid Pin Gear Transmission Accuracy. Master Dissertation, School of Mechanical Engineering, Northwestern Polytechnical University, China, (2005).
3. Teruaki HIDAKA, Hongyou WANG, Takeshi ISHIDA, Kazuyuki MATSUMOTO and Masataka HASHIMOTO: Rotational Transmission Error of K-H-V Planetary Gears with Cycloid Gear (1st Report, Analytical Method of the Rotational Transmission Error). JSME International Journal SERIES C, Vol. 60(570), pp.645-653, (1994).
4. Takeshi ISHIDA, Hongyou WANG, Teruaki HIDAKA and Masataka HASHIMOTO: Rotational Transmission Error of K-H-V-Type Planetary Gears with Cycloid Gears (2nd Report, Effects of Manufacturing and Assembly Errors on Rotational Transmission Error). JSME International Journal SERIES C, Vol. 60(578), pp.3510-3517, (1994).
5. Han Linshan., Shen Yunwen., Dong Haijun., et al: Research on the Transmission Accuracy for Cycloid Drive Based on the Nonlinear Analysis Method. China Mechanical Engineering, Vol. 18(9), pp.1039-1042, (2007).
Cited by
10 articles.
订阅此论文施引文献
订阅此论文施引文献，注册后可以免费订阅5篇论文的施引文献，订阅后可以查看论文全部施引文献