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30(THE ANALYSIS AND DESIGN ON CONTROL SYSTEM FOR INTEGRATED SLEEVE FORK SEWING MACHINE1)
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Fig.1 The three-dimensional assembly picture of shirt sleeve slits automatic sewing e cmipment
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1 This paper was supported by the Research Foundation of Guangdong and Hubei province,
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^K^ffi, 2010 (1) : 26-30.
[2] Shigeru Inui, Tatsuro Yamada, Yosuke Horiba. A preliminary study of a cloth guiding mechanism for automatic sewing system[J]. International Journal of Clothing Science and Technology, 2012, 24 (1):6-14.
[3] WMM.
: 2011.
[4] SXDSPIC^X№$iJ,¥,«i£if [J]. 43-45.
[5] TwinCAT NC PTP^ffl^@[Z].±^,201L
[6] Chen Zhen, Teng Shuang, Li Zhen. Computer Numerical Control System of Shirt Sleeve Slit Sewing Machine Based on TwinCAT[J]. Light Industry Machinery, 2015,( 33 ) 1:63-67.
References
[1] Chen Xiaofeng. Based on DSPIC Design of Industrial Control System[J]. Electronic Component Applications, 2012,14(11):43-45.
[2] Xu Shichao. Design and implementation of industrial sewing machine drive control system[D]:[ Master Thesis].Wuhan: Huazhong University of Science and Technology, 2011.
[3] Zhou Aiying, Zhang Yaozhen. Discussion on Sewing Process and Structure Parameters of Some Typical Shirt Sleeve Slits. 2010(1) : 26-30.
[4] Shigeru Inui, Tatsuro Yamada, Yosuke Horiba. A preliminary study of a cloth guiding mechanism for automatic sewing system[J]. International Journal of Clothing Science and Technology, 2012, 24 (1):6-14.
[5] TwinCAT NC PTP. Practical Course [Z]. Shanghai, 2011.
[6] Chen Zhen, Teng Shuang, Li Zhen. Computer Numerical Control System of Shirt Sleeve Slit Sewing Machine Based on TwinCAT[J]. Light Industry Machinery, 2015,( 33 ) 1:63-67.
