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1) Gear grinding
磨齿
1.
Mechanism and Prevention Measures of Hollow Profile during Gear Grinding;
磨齿产生中凹齿形的机理与防止措施
2.
The error can be avoided by increasing the gear grinding allowance in length of common normal line to grind gear.
此误差可通过在公法线长度方向上加大留磨量,进行磨齿予以消除。
3.
In light of the grinding fracture occured frequently on carburized gears, using 20CrMnTi steel as research object, this paper analyzed the factors influencing the generation of grinding fracture such as gear grinding process,heat treatment and so on
以广泛应用的20CrMnTi齿轮钢为研究对象,针对在生产实际中经常出现的磨齿裂纹问题,从磨齿加工、热处理方面探讨了各种因素对产生磨齿裂纹的影响,并提出了控制磨齿裂纹的工艺措施。
2) grinding tooth
磨齿
1.
Based on the theoretical analysis,the paper successfully resolved the grinding tooth problem of the gear with fewer teeth by using the current equipments through point mode operating, which guaranteed the accuracy of gear processing and received economic benefit.
阐述了在现有设备的条件下,利用点动操作来有效地解决少齿数齿轮的磨齿问题,并从理论上进行了分析,既保证了齿轮的加工精度又达到了较好的经济效果。
2.
According to the principle of residual stress generation in grinding tooth,the mathematical models of basic parameters,force and thermal parameters of grinding tooth of spiral bevel gear were obtained by applying the thermo-elastic-plastic theory.
根据磨齿残余应力的产生机理,运用热弹塑性理论,得出了影响螺旋锥齿轮磨齿残余应力的磨齿基本参数、磨削力和磨齿热等特征参量的数学模型。
3) grinding
[英]['ɡraɪndɪŋ] [美]['graɪndɪŋ]
磨齿
1.
This paper studies the generation of tooth profile of orthogonal-shaft FG, the computer simulation of the orthogonal-shaft FG’s shaping process, the grinding principle of the orthogonal-shaft FG and the dressing method for the worm, to make a theoretical basis for the FG processing.
本文研究了正交面齿轮的齿面生成、正交面齿轮插齿加工的计算机仿真、正交面齿轮的磨齿原理及砂轮修正方法,为面齿轮的加工提供了理论基础。
4) Gear grinding technology
磨齿工艺
5) the leading edge of refining bar
磨齿前刃
6) gear grinding machine
磨齿机
1.
A design method for gear grinding machine with conical wheel based on function modularization;
基于功能模块化的锥面砂轮磨齿机设计方法
2.
According to the working principle of gear grinding with generating method and meshing theory of gears,the validity of involute helicoid grinding with conical wheel gear grinding machine was proved with normal method of tooth profile,where the equations of tooth profile and involute helicoid were concerned.
根据展成法磨齿工作原理和齿轮啮合原理,利用齿形法线法,从齿形方程和渐开螺旋面两个方面对锥面砂轮磨齿机正确磨削斜齿圆柱齿轮渐开螺旋面进行了理论验证,该验证方法及推导过程有助于理解采用齿条形刀具磨削齿轮的原理,同时为该加工方法提供了相应的理论基础。
3.
According to the working principle of conical wheel gear grinding machine and meshing theory of gears,the involute helicoid grinding with conical wheel gear grinding machine is proved with normal of tooth profile method,which include equations of tooth profile and involute helicoid.
文章根据锥面砂轮磨齿机工作原理和齿轮啮合原理,利用齿形法线法,从齿形方程和渐开螺旋面两个方面对锥面砂轮磨齿机正确磨削斜齿圆柱齿轮渐开螺旋面进行了理论验证,该验证方法及推导过程有助于理解采用齿条形刀具磨削齿轮的原理,同时对提高磨齿加工精度具有理论指导意义。
补充资料：机床:磨齿机
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条
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)的砂轮由成形砂轮修整器在轴向剖面内修成齿形﹐砂轮架可作垂直方向进给。被磨齿轮由分度架和尾座支承﹐通过工作台作纵向往復运动以磨出齿面﹐每磨一齿后进行分度。在磨斜齿轮的机床上﹐砂轮可按工件螺旋角转一角度﹐工件能在往復运动的同时得到附加转动。如机床砂轮架能使砂轮进入内齿轮工件中﹐便可磨削内齿轮。成形砂轮磨齿机结构简单﹐效率高﹐精度可达5级﹐适用於成批生產﹐对齿数少(例如少於10)的齿轮尤为合适。 
)﹐工件通过滚圆盘和钢带作展成运动﹐工作台沿工件轴向作往復运动以磨出整个齿宽。每磨完一齿后由分度头架通过分度盘分齿。这种机床还可利用附加装置磨削斜齿。若用一个砂轮伸入内齿轮中﹐就可磨削内齿轮。这种机床一般为卧式布局﹐加工直径大於1米时用立式布局﹐精度可达4级﹐适用於磨削高精度齿轮。锥面砂轮磨齿机﹕砂轮的轴向剖面修整成齿条的一个齿形﹐并沿齿向作直线往復运动。工件通过蜗轮﹑丝杠和交换齿轮完成展成和分度运动﹐但也有用滚圆盘和钢带作展成运动﹐利用蜗轮副或分度盘作分度运动的 (见彩图 锥形砂轮磨齿机
﹑ 蜗杆珩齿机
)。砂轮架按工件螺旋角转过一个角度时可磨削斜齿轮。这种机床调整方便﹐通用性好﹐适用於单件成批生產﹐应用较广。蜗杆砂轮磨齿机﹕原理与滚齿机相似﹐砂轮为大直径单头蜗杆(见蜗杆传动)形状﹐砂轮每转一转﹐工件转过一齿﹐其传动比準确﹐有的用机械传动﹐有的用同步电动机分别驱动﹐有的用光栅和伺服电机传动。磨削时工件沿轴向作进给运动(见机床)﹐以磨出整个齿面。砂轮用金刚石车刀车削或用滚压轮滚成蜗杆形。机床为立式布局﹐连续分度﹐磨削效率高﹐适用於成批生產中加工中等模数的齿轮﹐对齿数多的齿轮尤为合适﹐精度可达4级。大平面砂轮磨齿机﹕砂轮的工作平面相当於齿条的一个齿面﹐用渐开线样板(也有用钢带和滚圆盘的)產生展成运动。砂轮和工件都不作工件轴向往復运动﹐磨出一侧齿面后利用分度盘分齿﹐依次磨出所有齿面。然后工件调头﹐再磨出另一侧齿面。机床为卧式布局﹐结构简单﹐性能稳定﹐精度可达3级﹐主要用於磨削插齿刀﹑剃齿刀和计量用的测量齿轮等。