CAJ | 학술논문

通过对摆线方程的深入研究,提出了一种利用摆线逼近直线的方法,并通过分析摆线各个参数对其形状的影响以及摆线逼近直线的逼近误差,确定了符合要求的摆线参数.利用这种方法可以高效地在圆柱端面加工槽类零件.最后通过一个在直径φ20的回转体零件的端面上加工宽度为10 mm的直槽,分析其理论逼近误差达到了0.002 mm,并经过实切加工,证明了利用这种方法加工多边形零件的可行性.
통과대파선방정적심입연구,제출료일충이용파선핍근직선적방법,병통과분석파선각개삼수대기형상적영향이급파선핍근직선적핍근오차,학정료부합요구적파선삼수.이용저충방법가이고효지재원주단면가공조류령건.최후통과일개재직경φ20적회전체령건적단면상가공관도위10 mm적직조,분석기이론핍근오차체도료0.002 mm,병경과실절가공,증명료이용저충방법가공다변형령건적가행성.
A method of cycloid-approached beeline is presented under the research on cycloid equation, and the reasonable parameters of cycloid are also fixed by analyzing influence of cycloid parameters on its form and approaching errors of cycloid-approached beeline. The slots which are on the end-face of an cylinder-part can be efficiently machined by this method. At the end of this paper, academic approaching errors of cycloid-approached beeline is 0.002 mum by analyzing machining results of a 10 mum-wide straight slot which attachs to the end-face of a cylinder-part whose diameter is 20 mm. It has been proved that using this method to machine polygon-parts is possible by practical machining such parts.