1.
Minimum Tooth Number for Non-undercutting and Noncontact Area on Tooth Surface of A Worm Gear in Archimedes Worm Drive
阿基米德蜗杆传动蜗轮无根切最少齿数和齿面非接触区
2.
Accordingly,the least teeth number without undercutting is also decided only by the design pressure angle of the gear,without any relation to the coefficient of addendum height of the gear.
相应的无根切最少齿数也仅取决于正弦齿轮的设计压力角,而与齿顶高系数值无关.
3.
The research of denticle cylinder gear of avoiding the interference root taking place for slice
避免圆柱齿轮干涉及根切的最小齿数研究
4.
The smallest amount possible or the most worthless thing.
最少数量，最无价值物品
5.
A concise mathematical model for hobbing non-circular gear is set up.
推导非圆齿轮滚切加工的最简数学模型并作图形仿真验证。
6.
cutting machine ,for metal or metal carbide gears ,whether or not numerically controlled
金属或金属硬质合金齿轮切割机,无论是否数控式
7.
Tooth-cutting Research of Cutter with Top-Rem Profile Blade and Stress Analysis of Pinion
突端刀具的切齿研究及小轮齿根应力分析
8.
Research on the Modification Coefficient Calculation of Conical Involute Planetary Gear with Few Tooth Difference
变齿厚齿轮少齿差传动变位系数计算研究
9.
Tooth Contact Analysis and Cutting Parameters Modification of Small-modulus Spiral Bevel Gears;
小模数弧齿锥齿轮的接触分析与切削参数修正
10.
for in words lie the seeds of all dissension, and love at its most profound is silent.
因为一切分歧的根源就在于言语，而最意味深长的友爱总是无言的。
11.
Molar teeth treated by his modality can be used as a strategic abutment for fixed bridge.
不啻是另一种针对狭窄根叉入口的根叉齿槽病变患齿的最新疗法。
12.
Research on Auto Gear Hobbing Process and the Choice of Its Technic Parameters;
汽车齿轮滚齿切削过程研究及其工艺参数选择
13.
most birds are toothless; a toothless old crone.
大多数的鸟都是无齿的；一个无齿的丑老太婆。
14.
The Judgment Condition for the Involute Gear Pair with Fewer Teeth Number outside Pitch Point;
少齿数渐开线齿轮节点外啮合的判定条件
15.
Based on Pro/e about virtual modeling and simulation of few teeth gear
基于Pro/E的少齿数齿轮拟实造型与仿真研究
16.
A New Method for Measuring Odd-Tooth Arc Gears:The Measuring of Normal Inclined Diameter of Root Circle
一种测量奇数齿圆弧齿轮的新方法——齿根圆法向斜径测量法
17.
By using computer graphic simulation, the concise mathematical model is applied to demonstrate the hobbing process and result dynamically.
根据最简数学模型，利用计算机图形仿真的方法，动态地演示出齿形的形成过程及结果。
18.
According to the principle of resistance power and driving power being equal in amounts, the key parameter, the greatest acting force acted on the active tooths by the revolving arm ball bearing of the shock wave instrument is resulted.
根据阻力功和动力功相等的原理,推导出关键参数激波器转臂轴承对活齿的最大作用力.