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Research on the simulation system of nc milling

机译:数控铣削仿真系统研究

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Based on the features of NC milling process, the 3D geometric model of virtual machine tool and the fixture are established by the virtual reality technology and OpenGL graphics library with the method of Construction of Solid Geometry(CSG) and Boundary Representation(B-Rep), and some realistic effects treatments(including material, light, texture mapping, etc.) are applied. The established virtual machine tool can be zoomed, rotated and translated in the view area. And a workpiece decomposition expression model based on the Z-MAP structure is put forward, and Boolean subtraction is performed by using this model and a tool solid model to simulate the real time process of cutting and test the simulation result. Simulation example proves that this system runs reliably and improves NC machining efficiency.
机译:基于NC铣削过程的特征,虚拟机床和夹具的3D几何模型由虚拟现实技术和OpenGL图形库建立,具有实心几何(CSG)和边界表示(B-REB)的构造方法并且应用了一些现实效果处理(包括材料,光,纹理映射等)。建立的虚拟机床可以放大,旋转和翻译在视图区域中。提出了基于Z-MAP结构的工件分解表达式模型,通过使用该模型和工具实体模型来执行布尔减法,以模拟切割的实时过程和测试仿真结果。仿真示例证明该系统可靠地运行并提高NC加工效率。

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