该气动在国内是首次研究应用于数控螺旋锥齿轮研齿机。
Studied on and designed the pneumatic system for the spiral bevel gear burnishing machine.
对渐开线齿轮动态力研齿机理进行了理论分析和实验研究。
A thorough study for the mechanism of the involute gear lapping with dynamic force was made in theory and test.
研究了螺旋锥齿轮齿面综合研磨率、动态互研与研齿修形机理。
The material general removal rate and the dynamic mechanism of tooth surfaces modified and corrected mutually during lapping process of hypoid gears were firstly investigated.
该研究是国内首次对螺旋锥齿轮动态力研齿进行的理论分析研究。
The theoretical analysis research of spiral bevel gear lapping with dynamic force is carried out.
建立了螺旋锥齿轮研齿过程的动力学模型，求出了动态研磨力的大小。
The dynamic model of the lapping was setup, and the dynamic lapping force was calculated.
提出了超声研磨螺旋锥齿轮的理论与方法。 分析了超声研齿不灵敏性振动切削机理。
The paper presented the theory and method for the ultrasonic lapping of spiral-bevel and hypoid gears and analyzed its insensitive vibration cutting mechanism.
研齿过程中机床主轴系统的设计以及主要工艺参数的选择是影响研齿效果的重要因素。通过主轴系统的动态分析，可以解决电机与主轴间连接刚度的选择以及飞轮尺寸的选择问题。
The important factors which affect the gear abrasion are the design of machine tool's spiale system and the selecting of main process parameters in the course of the gear abrasion.
建立了端齿盘对研加工过程中分度精度自生成的模型，仿真结果符合工业加工实际。
Model of self-generation of angular positioning precision during mutual lapping machining process for end-tooth indexing table was built. Simulation results agree with industrial machining practice.
本文探讨了多齿分度盘易位对研的正确条件和易位对研时的精度变化规律。
The correct technique and variation law of precision about displacement abrasive of serrated tooth circle divider are presented in this paper.
齿轮动力互研法是利用齿面动态力达到齿轮精加工目的的方法。
The method of gear dynamic mutual abrasion is a method in which the dynamic force on tooth surface was used to do the precision finishing.
介绍在硬齿面直齿锥齿轮刮削加工中研中心孔磨内孔的技术要求；机床调整，切削速度，刮削量及次数的选择。
The introduction is the strong and straight cone the wheel gear pare away to process the inside, whetting center the bore, whetting the inside bore in the strong wheel gear.
介绍在硬齿面直齿锥齿轮刮削加工中研中心孔磨内孔的技术要求；机床调整，切削速度，刮削量及次数的选择。
The introduction is the strong and straight cone the wheel gear pare away to process the inside, whetting center the bore, whetting the inside bore in the strong wheel gear.
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