| Summary: | 碩士 === 國立中興大學 === 機械工程學系 === 92 === Machine tool is the main machining tool in the manufacturing industry. In order to improve the efficiency of machining, the high-speed machine tool becomes a main stream. As a result of high-speed machine tool rapidly development, the protection of machine tool also becomes important. A common used protection device in machine tool is telescopic cover. However, the traditional telescopic cover has many problems when used in the high-speed machine tool. It will have large impact force, high noise, vibration and low life cycle. Therefore, the synchronized mechanism has been used to improve these situations.
This thesis uses the CAE (Computer-Aided Engineering) related technology to analyze the effect of synchronized mechanism used in the telescopic cover of machine tool through dynamic motion simulation and analysis.
The parameters of synchronized mechanism have been analyzed to study their effect on the motion. Also the selection methodology of suitable parameters of synchronized mechanism for different sizes of machine tools has been suggested.
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