摘要
本文对外圆磨床进行数控化改造为轧辊磨床,使用宏程序对轧辊表面中凹曲线进行磨削通用程序设计。该程序在实践中经过检验,结果表明,使用该改造轧辊磨床不仅能减少设备投入,而且磨削加工的轧辊精度能满足轧辊的使用要求,大大节约了生产成本,而且在加工不同规格的辊子时,只需要修改3个参数即可满足该辊子的尺寸要求,也提高了编程效率。
This paper conducts the numerical control transformation from the external grinding machine to the roll grinding machine, it designs the general program of grinding on roll surface concave curve by macro program. The test in practice shows that using the modified roll grinding machine can not only reduce equipment investment, but also can meet the accuracy demand of the roll. It greatly saves the cost of production, and it just needs to modify three parameters in the different specifications of metal machining to meet the size requirements of the rolls, and it also improves the programming efficiency.
出处
《北华航天工业学院学报》
CAS
2018年第5期1-3,共3页
Journal of North China Institute of Aerospace Engineering
基金
北华航天工业学院教研项目(JY-2017-002)
关键词
轧辊磨床
宏程序
中凹曲线
编程效率
roll grinder
macro program
the concave curve
programming efficiency
