The Digital Manufacturing Equipment and Development of High Speed and High Precision with Monitoring and Intelligent Maintenance

Abstract:

With the development of science technology in aerospace, automobile and ship, energy and military, the product parts space type face increasingly complex and surface quality requirements more stringent. So there are higher requirements to the digital manufacturing equipment to realize high speed and high precision machining. This paper summary the related research in condition monitoring, remote control, fault diagnosis and intelligent maintenance, and based on the lack of monitoring and diagnosis technology of whole life cycle, unperfected quality control technique, the lower intelligent level in the current equipment, it establish full range monitoring and the whole life cycle of the intelligent maintenance system and present fault diagnosis, control and maintenance solutions for the whole life cycle, and point out the new development direction of the integrated monitoring and intelligent maintenance in CNC equipment.

• Periodical: Key Engineering Materials (Volume 693)
• Pages: 1948-1953
• DOI: https://doi.org/10.4028/www.scientific.net/KEM.693.1948
• Online since: May 2016
• Authors: Heng Li Liu, Jing Chuan Dong*, Wang Tai Yong, Zhi Qiang Yu
• Keywords: Condition Monitoring, Fault Diagnosis, Quality Inspection, Whole Life Cycle

References

[1] Yanjun LU, Study on CNC machine tool condition monitoring system, manufacturing industry informatization. 8 (2008)34-36.

[2] U. Heisel, T. Stehle, Innovation and Trends in Machine Tool Industry, Aeronautical Manufacturing Technology, 5(2009)26-33.

[3] Mingyang Zhang, Key technologies research of intelligent CNC machine tool, Metal Processing, 6(2013)18-19.

[4] Alberto Jose Alvares, Joao Carlos Espindola Ferreira, WebTurning: Teleoperation of a CNC turning center through the Internet, Journal of Materials Processing Technology, 179(2006)251-259.

DOI: 10.1016/j.jmatprotec.2006.03.096

[5] Weidong Feng, CIMCO DNC-Max Machine tools networking systems applications, Mold manufacturing, 3(2007)52-55.

[6] Siemens, Motion Control Information System MCIS, http: /www. automation. siemens. com, (2010).

[7] MORI SEIKI, Network Technologies Bring Breakthrough Streamlining to Production Sites. http: /www. dmgmoriseikiusa. com, (2010).

[8] Yizhi Li, CNC Machining Technology in DNC network integration environment, Wuhan: Wuhan University of Technology, (2009).

[9] Lin LI, Applcation of DNC Communication System based on Solutions of CAXA NC Workshop Solutions , New Technology & New Process, 9(2009)43-45.

[10] Tianhu Song, Research on CNC machine tool monitoring system based on virtual instrument, 2005 Chinese Mechanical Engineering Society Annual Meeting Proceedings，Chongqing: Chinese Mechanical Engineering Society, (2005)68.

[11] Hui Deng, Research and Realization of Embedded Network NC Monitoring and Diagnosis System, Machine tool & hydraulics, 7(2006)226-228.

[12] AIqun Shen, Research on the remote on-line monitoring and diagnostics system of CNC machine tool, Manufacturing Automation, 9 (2009)37-39.

[13] Kui Li, Dynamic characteristics optimization of NC machine tool, JOURNAL OF MACHINE DESIGN, 5(2011)76-78.

[14] Shu Zhang, Dynamic optimum design of machine tool, Manufacturing technology and machine tool, 4(2012)9-13.