摘要
从理论上分析了旋分加工技术的特点,根据生产实际,利用三维设计软件进行旋分机床虚拟样机的简化设计,调用Pro/E提供的类函数动态链接模型库,对模型进行实时的修整。同时通过Toolkit调用Mathcad的类函数进行计算,并将计算结果实时返回调用模块,从而实现了旋分加工过程仿真。根据实验结果设计、制造出旋分加工机床,并进行实际加工操作,通过验证,旋分加工机床加工操作稳定、高效,能达到较高的加工精度。
Analyzed theoretically the characteristics of the rotary indexing processing technology,according to the actual production, use 3D design software to design of rotary indexing machine virtual prototype, Call the class function of the Pro/E dynamic link model library, on the model of real-time modification. At the same time through the Toolkit called Mathcad class function is calculated, and the calculated results in real time to return to call module, so as to realize the machining process simulation turning points. Design and manufacture the rotary indexing machine according to the experimental results, and the actual processing operation, through the verification, rotary indexing processing machine tool processing, high efficiency, and stable operation can achieve high machining accuracy.
出处
《煤矿机械》
2016年第5期83-85,共3页
Coal Mine Machinery
基金
苏州市科技发展规划项目(SGZ201240)
江苏省高校品牌专业建设工程资助项目(PPZY2015B186)
关键词
旋分加工
建模
仿真
机床
rotary indexing processing
modeling
simulation
machine tool
