CAJ | 학술논문

为解决当前强化研磨设备加工过程中研磨时间长，自动化程度低、劳动强度大等问题，建立了数控强化研磨喷射路径自动生成系统。文章先从原理上阐述强化研磨加工方法对工件表面质量的影响，然后介绍了在Visual Basic上运用PowerMill的二次开发功能，结合模块化理念进行开发的方法，并着重介绍HUST数控系统后处理器的制作过程。实例研究结果表明通过设定强化研磨相关工艺参数，该系统能够自动生成满足工艺要求的喷射路径，产生相应G代码，提高加工效率。
위해결당전강화연마설비가공과정중연마시간장，자동화정도저、노동강도대등문제，건립료수공강화연마분사로경자동생성계통。문장선종원리상천술강화연마가공방법대공건표면질량적영향，연후개소료재Visual Basic상운용PowerMill적이차개발공능，결합모괴화이념진행개발적방법，병착중개소HUST수공계통후처리기적제작과정。실례연구결과표명통과설정강화연마상관공예삼수，해계통능구자동생성만족공예요구적분사로경，산생상응G대마，제고가공효솔。
When there is many problems of the current strengthening and polishing equipment,such as long grinding time,low degree of automation and high labor intensity,should be thought about;thus this paper developed numerical control strengthening and polishing Jet path automatic generation system. Firstly this paper elaborated from the principle of strengthening and polishing effect on the quality of the workpiece surface, and then introduced the application of the two secondary development function of PowerMill on the Visual Basic, combined with the method of modular concept for development, and emphatically introduced the production process of HUST postprocessor. The results of the example indicate that the system can automatically generate the jet path meeting process requirements, generate the corresponding G code,and improve processing efficiency by setting the related strengthening and polishing parameters.