照片下边是此着陆车的锯齿形边缘。
并能对齿形、齿向进行任意修形。
And the tooth form and tooth orientation can be arbitrarily shaped.
大圆是花键的最大齿形面的包络圆。
Major circle is the circle formed by the outermost surface of the spline.
同时提出了锯齿形的质量控制新模式。
A new hackle type of quality control was proposed at the same time.
控件一起锯齿形路径的天体球不打墙。
Control an orb ball along the zigzag path and don't hit the wall.
采用锯齿形刀片，同时可配打孔装置。
The zigzag blade is adopted. A hole punching device can be equipped as an option.
提出了链轮的通用齿形。
上下轴用滚珠轴承支承，同步齿形带传动。
The arm shaft shaft and hook shaft are supported by ball bearings.
凸轮轴由曲轴通过齿形带或齿轮或链条驱动。
Camshaft from the crankshaft through the timing belt or gear or chain drive.
根据齿轮啮合原理，建立了轮齿的精确齿形。
Based on gear engagement theory, the exact model of gear teeth is produced.
啮合原理分析表明，该带齿形参数是合理的。
The analysis of theory of engagement showed that the parameters of teeth profile were reasonable.
出齿轮切削工具设计齿形和设计齿向新概念。
A new concept of profile and alignment design for gear cutting tools is put forward.
根据齿轮啮合原理，建立了轮齿的精确齿形。
使用者可以根据牙齿形状很简单的制作一个齿模。
并研究了这种媒介齿条齿廓齿形曲线的构造方法。
And has studied this medium rack tooth profile curve structure method.
目的调查青年人恒牙牙齿形态和数目异常的状况。
Objective To investigate the status of number and morphology anomalies in the permanent teeth.
齿轮的齿形误差是影响齿轮传动噪声的主要因素。
The profile error of gears is the main factor of gear transmission noise.
摘要根据齿轮啮合原理，建立了轮齿的精确齿形。
结果表明：锯齿形刀的切割力比光刀的切割力小；
The results showed that: serrated knife cutting force than the scalpel cutting force is small;
这些锯齿形的下颌唯一的任务就是-要开一条出路。
These jagged jaws are for one job only - cutting their way out.
定装滚刀各齿齿形不同﹐只有最后一个齿是精切齿。
It is the top gear tooth shape, only different last tooth is the fine teeth.
系统以齿形链板为研究对象，对其主要参数进行测量。
Taking the tooth shape chain board as the study object, its main parameters were measured.
齿形链；
对大规格螺旋锥齿轮齿形误差的在机测量方法进行了研究。
Research on Coordinate Method for Measuring the Profile Error of Wormgears;
此种齿形修正方法工艺简单，效果显著具有较好的实用价值。
This method is technologically easy, apparently effective and practically profitable.
我公司用各种先进齿轮齿形齿向仪测量各种齿轮的齿形齿向齿距。
We test gear profile, lead and pitch with various of advance test...
目的：研究前牙反牙合对牙齿位置的影响及与牙齿形态的相关联系。
Objective: To study the influence of anterior crossbite on the position and morphology of teeth.
目的：研究前牙反牙合对牙齿位置的影响及与牙齿形态的相关联系。
Objective: To study the influence of anterior crossbite on the position and morphology of teeth.
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