| Summary: | 碩士 === 崑山科技大學 === 機械工程研究所 === 96 === Even though there are several types of the system of tensile control, they are no doubt to be used widely on equipment especial for producing many electronic components during the manufacturing progress. Generally speaking, the producing way of the “Roll-to-roll” which it is continuative producing horizontally with automatic rolling devices on equipment. The material will be rolled in the entrance side of the equipment and will be rolled out from the other after manufacturing procedure completely. When those manufacturing progresses were finished, the necessary test and cutting will be done after. For ensuring the quality of products being good enough, some necessary devices such as final testing and functions control during manufacturing process especially the system of tensile control will be an essential role to avoid those problems such as unsuitable pull, squeeze, and twist lead to cause unnecessary products damage.
The purpose of this research is to provide an effective system of tensile control for those certain utility of the “Roll-to-roll” manufacturing progress. This research is not only introducing several models of the system of tensile control but also will focus on those systems used on the “Roll-to-roll” manufacturing process. This research will introduce a system, which is adapting a magnetic powder brakes clutch to modify a controllable power to be a system of tensile control. This could be analyzed by theories establishment with mathematical modulus, besides I also have constructed one entity to enhance my analysis as a demonstration of the system of tensile control, which is addressed in this research could be used in tape and thin film types of “Roll-to-roll” automatic manufacturing equipment. In the conclusion of this dissertation, I also submit several relative suggestions for future possible application and research.
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