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Study of a CNC grinding machining method using an isometric polygon profile

机译:等角多边形轮廓的数控磨削加工方法研究

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摘要

The forming principle and the CNC grinding machining method of an isometric polygonal profile (IPP) are studied deeply and systematically. An equation for the section curve of an isometric polygon profile is set up by means of geometric principles. With the use of differential geometry theory, the curve is proven to have the geometric features of a convex curve. It is referred to as isometric polygonal curve (IPC), because this is a kind of convex curve on which the distance between any parallel tangent lines is equal. An IPP or an isometric polygonal cone profile (IPCP) or an isometric polygonal topless cone (IPTC) is formed with the IPC and a straight line as the generating curve. However, the machining and the measuring of the IPCP are so inconvenient that it has little value. Keeping in mind the characteristic of the IPP and IPTC, this paper puts forward the program method of CNC grinding machining.
机译:深入系统地研究了等距多边形轮廓的形成原理和数控磨削加工方法。通过几何原理建立等距多边形轮廓的截面曲线方程。通过使用微分几何理论,证明了曲线具有凸曲线的几何特征。之所以称其为等距多边形曲线(IPC),是因为这是一种凸曲线,在其上任何平行切线之间的距离都相等。以IPC和一条直线作为生成曲线来形成IPP或等距多边形圆锥轮廓(IPCP)或等距多边形裸露圆锥(IPTC)。但是,IPCP的加工和测量非常不便,几乎没有价值。考虑到IPP和IPTC的特点,提出了数控磨削加工的编程方法。

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