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1·Chapter III of gear in the design calculations, designed two different gears, columns gear and circular cone gear.

第三章在对齿轮的设计计算中，设计了二种不同的齿轮，圆柱齿轮和圆锥齿轮。

2·Introduces the application of R-parameter and advanced programming of SIEMENS810D system in CNC programming of parts cone gear.

介绍了SIEMENS810D系统中的R参数及高级编程在锥齿轮类零件数控编程中的应用。

3·This article introduces the application of R-parameter and advanced programming of SINUMERIK810D system in CNC programming lathe of parts cone gear.

介绍了SINUMER IK 810d系统中的R参数及高级编程在锥齿轮类零件车削编程中的应用。

4·Circular cone gear design include: geometry calculation accuracy contacts intensity tooth root bending intensity accuracy, plus the value of the test items and business computing.

圆锥齿轮的设计包括：几何尺寸的计算，校核接触强度，齿根弯曲强度校核，齿轮各检验项目及公差值的计算。

5·Taking cone gear as example, this paper presents the design guidance of cone gear and emphasizes that it is the key step to match the most similar gear in standardized gear parts base.

本文以直齿锥齿轮为例，给出了直齿锥齿轮的设计导航流程，提出在已经标准化了的齿轮零件库中匹配出最相似的齿轮零件是关键的步骤。

6·This paper presents a geometric model description methods of the cone gear for final driver of automobile driving axle system based on STEP, and establishes application protocol (ZCAP).

提出一种基于STEP标准的汽车后桥主传动器中圆锥齿轮类零件的几何模型描述，并制定出它的应用协议(ZCAP)。

7·Meanwhile, the handle and the cone of the gear shaft will have increased loads on gear, sleeve and workpiece.

同时，手柄对齿轮和齿轮轴的锥体对锥套及工件都会产生增力的作用。

8·The device by the human operator launches, such as through the cone-shaped gear reducer drive, direct drive valve stem up and down movement of the valve gate.

本装置由人力操作手轮，通过锥形齿轮等减速传动，直接驱动阀门阀杆上下移动，启闭阀门。

9·The deformation coordination equation of worm gear for rolling cone worm gearing is introduced, and the formulae of forces analysis and the rolling - and - sliding friction coefficient are given.

本文建立了滚锥包络环面蜗杆传动蜗轮的变形协调条件，给出了该种传动受力分析的计算公式以及蜗轮与蜗杆之间滚滑摩擦系数计算公式；

10·According to the feature of epicycloid hypoid gear, a new method is proposed to calculate the geometric parameters of pitch cone accurately.

根据延伸外摆线准双曲面齿轮的特点，提出一种精确计算其分度锥面几何参数的新方法。