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UG二次开发实现五坐标数控机床三维仿真
引用本文:南楠,刘婷.UG二次开发实现五坐标数控机床三维仿真[J].机械制造与自动化,2007,36(3):103-104,107.
作者姓名:南楠  刘婷
作者单位:济宁职业技术学院,机电工程系,山东,济宁,272037
摘    要:在加工复杂自由曲面时,由于五轴数控机床运动部件之间容易发生干涉,使用计算机仿真验证数控程序的正确性,检测加工过程中的干涉和过切,可避免机床和工件的损坏,效率高成本低.利用UG软件建立机床模型,并进行软件二次开发,读取数控G代码指令驱动机床各轴运动,对加工过程进行动态的仿真,检测加工过程中机床各运动部件之间的干涉及工件过切.

关 键 词:CAD/CAM  数控加工仿真  干涉  软件二次开发  五坐标数控机床  三维仿真  Software  Based  Simulation  动态  运动部件  指令驱动  代码  取数  机床模型  利用  成本  效率  损坏  过切  加工过程  检测  数控程序
文章编号:1671-5276(2007)03-0103-02
修稿时间:2006-10-30

5-axis Machining 3D Simulation Based on the Redevelopment of UG Software
NAN Nan,LIU Ting.5-axis Machining 3D Simulation Based on the Redevelopment of UG Software[J].Machine Building & Automation,2007,36(3):103-104,107.
Authors:NAN Nan  LIU Ting
Affiliation:School of Mechanical Engineering, Jining Vocational And Technical College, Jining 272037, China
Abstract:Mutual obstruction between moving machine components may occur in the 5-axis machine tool. The obstraction can be checked by using a NC simulation program efficiently. A machine simulation system for 5-axis milling is presented. It is able to detect the machine obstraction. The information of machine tool and workpiece is used to constructa machine on the basis of models UG software while the NC program is used as input data to perform the machine motion. During the simulation, the whole process of machining can be shown in 3D view, and the overcut and collisions between the moving machine components can be checked.
Keywords:CAD/CAM  5 - axis NC machining simulation  collision detection
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