Mechanical Intelligent Virtual Capturing and Processing System Based on PLC-CNC Technology

Abstract:

This Paper Designs the Intelligent Automatic Processing System of Precision Complex Work pieces by using the computer scanning technology and PLC control technology, and the use of computer scanning can capture the physical map, and then according to the physical map to divide into finite element grid, we can get the mechanical processing node path. The intelligent machine drive system is designed, and the system equip with MD32207 signal driver, 220V single-phase AC, power supply and using the pulse and direction signals common anode connection terminal, Finally, the system is applied to the computer college students' ideological and political education public opinion monitoring system, and the Meta search and intelligent information event extraction idea are also put forward, to provide the technical reference for the college students’ internet ideological and political online education.

• Periodical: Applied Mechanics and Materials (Volume 539)
• Pages: 635-638
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.539.635
• Online since: July 2014
• Authors: Zu Feng Hu
• Keywords: Common Anode, Computer Tomography, MD32207, Meta Search, PLC, Tool Path

References

[1] Yuan Lin, Li Meiqing. The difficulties and countermeasures research on ideological and political education for the network communication process management [J]. Journal of Ideological and theoretical education, 2011 (6): 14-16.

[2] Jiang Xiaoli. The effectiveness evaluation system for college students' network ideological and political education [J]. Education research, 2012 (6): 43-46.

[3] Deng Zhuoming. Basic experience of the university leading the social trends [J]. The university theory front, 2011 (11): 78-82.

[4] Liu Jianjun. Construction of ideological and political education [J]. Ideological and political education, 2011(21): 38-45.

[5] Zheng Yongting. The emphasis and difficulties of ideological and political education research [J]. Ideological education research, 2011 (5): 3-7.

[6] Li Zhengqiang, Chen Zhitong, et al. The optimization parallel separation algorithm of drum type knife and line tool [J]. Journal of Beihang University, 2011 (7): 731-735.

[7] Zeng Daxing, Huang Zhen, Hou Yulei. Analysis of a novel 3-D translational parallel mechanism and its position [J]. China mechanical engineering, 2012(2): 239-251.

[8] Wang Gang, Shu Zhibing. Application of intelligent PD control algorithm in the servo system [J]. Machine tool and hydraulics, 2011, 36(7): 320-323.

[9] Xie Guizhi, Huang Hongwu, Huang Han. Experimental research on engineering ceramics with high efficiency deep grinding [J]. Mechanical engineering, 2013, 4(1): 176-184.