片语

double-crank planetary gear transmission双曲柄行星齿轮传动

planetary gear transmission mechanism行星齿轮变速机构

internal gear planetary transmission内齿行星齿轮

planetary gear final transmission行星式最终传动

compound planetary gear transmission复合行星齿轮变速器

double planetary gear transmission双行星齿轮传动装置

involute planetary gear transmission渐开线行星齿轮传动

planetary gear auto transmission行星齿轮自动变速器

large-scale planetary gear transmission system大型行星齿轮系统

英汉例句

• one-sided plate pivoted arm in closed planetary gear transmission is normally integral.

  封闭式行星齿轮传动中单侧板转臂通常为整体式。

• the stub gear tooth is often adopted in the involute planetary gear transmission with a few tooth number difference.

  在渐开线少齿差行星传动中通常使用短齿，其齿根高与正常齿相同，而齿顶高小于正常齿。

• therefore, it is necessary to study the load average performance of planetary gear transmission and the influence of load allocation between planetary gears.

  因此对行星传动机构的均载性能及影响行星轮间载荷分配的因素进行分析有着重要的现实意义。

• planetary gear transmission pitch reducer prototype testing gear strength;

  行星齿轮传动；变桨减速机；型式试验；齿轮强度；

• an all-metal 5-5-5 planetary gear transmission and solid construction throughout help to ensure a longer tool life, another definite plus for this hard-working performer.

  carlthress全金属5-5-5行星齿轮传动和固体建设有助于确保较长的刀具寿命，另一个明确加上本辛勤工作的表现。

• the mechanism is constituted by three parts, they are oval gear transmission division, planetary gear transmission division and plant the arm.

  正齿行星轮分插机构是一种新型高速分插机构，由椭圆齿轮传动部分、正齿轮行星轮传动部分和栽植臂组成。

• the type spectrum and the method based on the matrix and matlab offers new approaches to the research of the complex planetary gear transmission and the design of the automatic transmission.

  该型谱和基于矩阵与matlab的传动分析方法，为研究复杂行星齿轮机构和设计汽车自动变速器提供了新的途径。

• the relation between the radial deformation of the central internal gear in planetary gear transmission and the number of planet gears is derived in this paper.

  导出了行星传动中的内啮合中心轮齿圈径向变形与行星轮数目之间的关系，并指出：从提高内啮合中心轮齿圈的柔度出发，行星轮数目应选择荐用范围的下限。

• the mechanical driving efficiency of this mechanism is one kind of higher driving efficiency in various planetary gear transmission mechanisms.

  这种机构的机械传动效率是各种行星齿轮变速机构中较高的一种。