CAJ | 학술논문

提出了直齿面齿轮的碟形砂轮磨齿方法,根据磨齿加工原理,建立了碟形砂轮磨齿加工模型,利用磨齿加工过程中对小轮的双向修形来实现面齿轮副的啮合性能优化,推导了面齿轮齿面和小轮修形齿面方程。算例表明,对小轮磨齿加工参数和修形参数的调整,可使齿面接触迹线的位置和方向得到改善,从而降低面齿轮副对安装误差的敏感性,并得到抛物线传动误差,有效减小因安装误差引起的振动与噪声。
제출료직치면치륜적설형사륜마치방법,근거마치가공원리,건립료설형사륜마치가공모형,이용마치가공과정중대소륜적쌍향수형래실현면치륜부적교합성능우화,추도료면치륜치면화소륜수형치면방정。산례표명,대소륜마치가공삼수화수형삼수적조정,가사치면접촉적선적위치화방향득도개선,종이강저면치륜부대안장오차적민감성,병득도포물선전동오차,유효감소인안장오차인기적진동여조성。
A grinding method of spur face-gear drive with dish wheel was presented.Based on the generation process of face-gear grinding,a mathematical model for gear grinding with dish wheel was established and the expressions of tooth face equations of face-gear drive were provided,respectively.From the numerical examples,it is proved that the position and orientation of the contact path of tooth face can be improved by changing the machine tool settings and modification parameters of the pinion,which will reduce sensitivity of the gear drive to misalignments.At same time,the predesigned parabolic function of transmission errors can be obtained,which will reduce noise and vibrations of the face-gear drive efficiently.