全部

1·A method of measuring transmission ratio is studied.

传动比测试方法的研究。

2·We have used the CYLINDRICAL gear transmission ratio of small, large, heavy structure.

我们常用的圆柱齿轮传动比小，体积大、结构笨重。

3·The advantages of gear Instantaneous transmission ratio constant, steady work is high.

齿轮传动的优点瞬时传动比恒定，工作平稳性较高。

4·The formulas for calculating natural frequency and vibration transmission ratio are given.

给出了钻柱轴向振动的固有频率和振动传输公式。

5·The pulse width increases with the increase of the transmission ratio and reflectance ratio.

脉冲宽度随着初始透过率与反射率的增大而增大。

6·The calculations of transmission ratio. force and transmission efficiency are explained here.

文中阐述了该封闭行星传动机构的传动比计算，受力分析和效率计算。

7·Non-circular gear, the instantaneous transmission ratio variation according to the required design.

采用非圆齿轮，瞬时传动比可按所需变化规律设计。

8·The transmission ratio is dependent upon the ratio of the number of teeth of the meshing gear wheels.

汉译：转递比取决于两个啮合齿轮的齿数比。

9·And then the equation of transmission ratio for machining plane was deduced by using the referred information.

然后根据上述知识，利用点的速度合成定理推导出车削平面传动比的方程。

10·In order to optimize loader transmission ratio, the transmission ratio was redesigned based on using condition.

为了优化装载机传动比，传动比被重新设计的基础上的使用条件。

传动比

1·We have used the CYLINDRICAL gear transmission ratio of small, large, heavy structure.

我们常用的圆柱齿轮传动比小，体积大、结构笨重。

2·The two teeth difference cycloid gearing now is widely applied in the low transmission ratio gearing because of its anti-gluing performance .

二齿差摆线针轮行星传动，由于具有较强的齿面抗胶合能力，因而在小传动比的传动中，得到了广泛的应用。

3·The design calculation process and related process methods for transmission ratio, gear transmission, end mechanic sealing and eccentric short roller bearing used for 180 turbine drill are described.

叙述了180涡轮钻具用减速器的传动比，齿轮传动，端面机械密封和偏心短圆柱轴承的设计计算过程和有关处理办法。

4·It has big power range, high transmission efficiency and transmission ratio correctly, long using life, etc, but from the failure parts, gear is the most vulnerable parts of the fault.

它具有功率范围大，传动效率高，传动比正确，使用寿命长等特点，但从零件失效的情况来看，齿轮也是最容易出故障的零件之一。

5·The logic of the intelligent control programme is clearly, practical and high efficiency, making the output of power and the change of transmission ratio achieve a perfect state.

其智能控制程序逻辑清晰，实用高效，使动力的输出和传动比的变化达到一种近乎完美的理想状态。