基于互联网+的研磨机控制系统研究
|
摘要
材料精密加工技术是一门新兴综合性加工技术。随着精密加工精度由微米级提高到纳米级,极大改善了产品性能和可靠性。因此,基于互联网+对双盘精密加工研磨机批量加工控制系统进行研究,完成研磨机内外研磨盘转速、研磨压力按特定曲线精确控制、批量设备联网以及远程调控等分析,有效减少在线系统人工干预,提高加工精度及稳定性,实现精密加工材料高效、高精度与大批量加工。
Precision machining technology is an emerging comprehensive processing technology. As precision machining accuracy increases from micron to nanometer, product performance and reliability are greatly improved. Therefore, based on the Internet + research on the batch processing control system of the double-disc precision processing grinder, the grinding disc rotation speed, the grinding pressure according to the specific curve precise control, the batch equipment networking and the remote control analysis are completed, which effectively reduces the manual intervention of the online system. Improve machining accuracy and stability, and achieve high-efficiency, highprecision and high-volume machining of precision machining materials.
Precision machining technology is an emerging comprehensive processing technology. As precision machining accuracy increases from micron to nanometer, product performance and reliability are greatly improved. Therefore, based on the Internet + research on the batch processing control system of the double-disc precision processing grinder, the grinding disc rotation speed, the grinding pressure according to the specific curve precise control, the batch equipment networking and the remote control analysis are completed, which effectively reduces the manual intervention of the online system. Improve machining accuracy and stability, and achieve high-efficiency, highprecision and high-volume machining of precision machining materials.
引文
[1]YUAN Ju-long,WANG Zhi-wei,LV Bing-hai.Simulation study on the developed eccentric V-groves lapping mode for precise ball[J].Key Ensnaring Material,2006,(304):300-304.
[2]周兆忠,赵萍,陈苗青,等.精密球体研磨技术的现状与发展方向[J].新技术新工艺,2005,(5):25-28.
[3]贾玉坤,胡克佳,王华东,等.基于ATmegal28的高效精密球体研磨机控制系统[J].机电工程,2009,(6):24-27.
[4]朱洪军,戴俊豪.精密球体研磨设备的研究与改进[J].企业技术开发,2013,(5):79-80.
[5]夏其表,戴勇,王洁.精密球体研磨加工的在线检测与优化控制[J].机电工程,2010,(1):15-17
[2]周兆忠,赵萍,陈苗青,等.精密球体研磨技术的现状与发展方向[J].新技术新工艺,2005,(5):25-28.
[3]贾玉坤,胡克佳,王华东,等.基于ATmegal28的高效精密球体研磨机控制系统[J].机电工程,2009,(6):24-27.
[4]朱洪军,戴俊豪.精密球体研磨设备的研究与改进[J].企业技术开发,2013,(5):79-80.
[5]夏其表,戴勇,王洁.精密球体研磨加工的在线检测与优化控制[J].机电工程,2010,(1):15-17