检索结果-内蒙古大学图书馆

International Conference on Advances in Engineering (ICAE)

作者： Wang Xiaobei Wang Haibo Binzhou Polytech Binzhou 256603 Shandong Peoples R China

ISBN: (纸本)9781627485807

The home-made combers mainly are mechanical. The comber movement system has some complex factors such as strong coupling, multi-changing and nonlinearity. Thus, only using the traditional methods can't implement a comprehensive monitoring on the combers, and this has blocked the further development of China's textile industry to a great extent. Based on these unfavorable factors, the authors put forward an intelligent fuzzy control method in this paper, and analyze the technological process and dynamic characteristics of the combers and hence establish the control system model for the transmission part. In this paper, through the characteristics and operation flow of the combers, the research and development of the intelligent pid system are introduced. The development of the intelligent pid system of the high-efficiency comber can improve the automatic control technology and also can acquire the considerable economic benefits. Therefore, it has a significant promotion role in the technical innovation of the traditional textile industry. (C) 2011 Published by Elsevier Ltd. Selection and/or peer-review under responsibility of ICAE2011.

关键词： High-efficiency Comber Intelligent Control pid Algorithm pid system software/hardware

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Design and Implementation of Intelligent pid Control system of High-efficiency Comber

引用

Procedia Engineering 2011年 24卷 355-359页

作者： Wang Xiaobei Wang Haibo Binzhou Polytechnic Binzhou Shandong 256603

The home-made combers mainly are mechanical. The comber movement system has some complex factors such as strong coupling, multi-changing and nonlinearity. Thus, only using the traditional methods can’t implement a comprehensive monitoring on the combers, and this has blocked the further development of China's textile industry to a great extent. Based on these unfavorable factors, the authors put forward an intelligent fuzzy control method in this paper, and analyze the technological process and dynamic characteristics of the combers and hence establish the control system model for the transmission part. In this paper, through the characteristics and operation flow of the combers, the research and development of the intelligent pid system are introduced. The development of the intelligent pid system of the high-efficiency comber can improve the automatic control technology and also can acquire the considerable economic benefits. Therefore, it has a significant promotion role in the technical innovation of the traditional textile industry.

关键词： High-efficiency Comber Intelligent Control pid Algorithm pid system software/hardware

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