1) rack resp. crown wheel gearing
相应的齿条或平面齿轮
2) plane gear
平面齿轮
1.
With the plane gear transmission as an example,the problems of elas.
最后以平面齿轮传动为例，对其弹性啮合问题进行求解，得到了求解其传动规律及共轭齿廓的微分方程。
2.
Based on the equations of elastic meshing,the meshing equivalent condition for common plane gear transmission is analyzed systematically.
从弹性啮合基本方程出发，系统地分析了一般平面齿轮传动的啮合平衡条件，推导出了考虑齿轮弹性变形情况下的修形量判别公式和任意齿形平面齿轮传动轮齿齿形修形量的计算公式。
3) Gear and Rack
齿轮齿条
1.
The design of self-lock mechanism in gear and rack;
一种齿轮齿条自锁机构的设计
2.
Through analyzing the structue of plastics with inner screw,determined mold structure with gear and rack stripping screw mechanism.
通过对有内螺纹的塑件结构分析,确定采用齿轮齿条机构脱模的模具结构。
5) rack pinion
齿条齿轮
6) planar worm gear
平面齿蜗轮
1.
To resolve the problem of low efficiency of single disc-milling-cutter for planar worm gear manufacturing, a novel approach that a Single-tooth Flying Cutter Manufacturing (SFCM) was used to cut planar tooth worm gear index-continuously was developed.
针对单角度盘铣刀加工平面蜗轮效率低等缺点,提出了一种用单齿飞刀连续分度加工平面齿蜗轮的方法。
补充资料：油缸齿条抽弯头
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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