Affiliation:
1. Shenzhen Institute of Information Technology IIT
2. Guangzhou Yangcheng Science and Tecnology Enterprises Co., ltd
Abstract
The placement machine was simulated by multidisciplinary co-simulation method in various working conditions, and its dynamic accuracy was studied by simulation. According to the structure form of the placement machine, the virtual prototype for co-simulation was built. The impact of all sorts of parameters on the system dynamic accuracy was simulated including the stiffness and damping of the slider and the shaft coupling, the friction coefficient and the mass distribution etc. The result shows this method is able to predict the dynamic performance and the control margin of the whole machine, instruct the design optimization and the selection, and provide the good design thought and direction for the matching design of the machinery and controlling system.
Publisher
Trans Tech Publications, Ltd.
Reference7 articles.
1. Ayob M, Cowling P, Kendall G. Optimization for surface mount placement machines. Proceedings of the IEEE ICIT'02. Bangkok: 2002. 498～503.
2. Ayob M, Kendall G. Real-time scheduling for multi headed placement machine. Proceedings of the 5th IEEE International Symposium on Assembly and Task Planning. Besançom: 2003. 128～133.
3. SONG Fu-min, ZHANG Xiao-li, MA Ru-zhen. Parse the Research and Manufacture of Full Visual Mounter[J]. Equipment for Electronic Products Manufacturing, 2003(8)：79-84.
4. Douglas A Bodner, Matthew Damrau，Paul M Griffin, etc. Virtual Machine Models in Electronics Assembly. Proceedings of the 1997 Deneb International Simulation Conference and Technology Showcase. Troy: (1997).
5. Bodner, D. A., J. C. Ammons, M. Damrau, etc. Virtual Prototyping of Electronics Assembly Systems. Electronics Manufacturing Engineering, 1999, 14( 3): 1～5.
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1 articles.
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