The optimum design method of involute internal gear slotting cutter is introduced.
介绍了渐开线直齿内齿轮插齿刀的优化设计方法。
However, after shaved by shaving cutter with true involute profiles, there are the "mid-concave" phenomena on the pitch points of shaved gear tooth profiles inevitably.
然而用标准渐开线齿形剃齿刀剃齿后，在工件齿形节点附近会出现不同程度的“中凹”现象。
The article expatiates on calculation of both involute and transitional parts of gear profile of the finger-type milling cutter for processing involute gear.
本文阐述了加工渐开线齿轮的指形铣刀齿形渐开线部分及其过渡曲线部分进行的计算方法。
The finger milling-cutter templet of involute gear is the assistant tool mostly to machining big module gear.
齿轮指形铣刀样板是加工大模数齿轮的主要辅助工具。
It can simulate the process of radial shaving cutting, and then deduce the gear profile to be shaved. By comparing with the involute profile, the correction of the cutter design method can be tested.
该拟合曲面可用于虚拟径向剃齿过程，从而生成被剃齿轮齿面，通过与渐开线齿面比较，可检验刀具设计的正确性。
According to the normal design method the former involute spline gear shaper cutter often has different size of its tooth top and tooth root.
按常规方法设计的大压力角渐开线花键插齿刀，常出现刀具齿顶宽太小和齿根槽太窄的问题。
According to the normal design method the former involute spline gear shaper cutter often has different size of its tooth top and tooth root.
按常规方法设计的大压力角渐开线花键插齿刀，常出现刀具齿顶宽太小和齿根槽太窄的问题。
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