An Improvement of Transfer Performance in Paper Feeding Systems
| Authors: | Ryu Jae-Kwan, KyungHee university, Korea, Republic of
Lee Soon-Geul, KyungHee university, Korea, Republic of
Rhim Sung-Soo, KyungHee university, Korea, Republic of
Kim Si-Eun, KyungHee university, Korea, Republic of
Lim Tae-Gyoon, Research Institute of Industrial Science and Technology (RIST), Korea, Republic of |
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| Topic: | 7.4 Transportation Systems |
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| Session: | Transportation Systems II |
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| Keywords: | media transportation, dynamic modelling, fuzzy control, slippage, the normal force |
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Abstract
In media-transport system, the slippage between the media and the feeding rollers could significantly degrade the performance of the entire machine. This paper focuses on the analysis of the effect of the normal force and the angular velocity of feeding rollers on the slippage between the paper and the pair of feeding rollers. For this purpose, authors have constructed a testbed and have developed a two-dimensional simulation model to find proper compensation method for the slippage of sheet. Authors also designed and experimentally implemented a fuzzy control system for the paper feeding system that keeps a uniform feeding velocity of paper.
