transmission ratio中文,transmission ratio的意思,transmission ratio翻译及用法

2025-01-06 21:11 浏览次数 1

transmission ratio

英[trænzˈmiʃən ˈreiʃiəu]美[trænsˈmɪʃən ˈreʃo]

[机] 传动比;总齿轮比;[计] 传输比

transmission ratio 片语

片语

velocity ratio速度比;传动比;潮速比

transmission thickness ratio透照厚度比

transmission intensity ratio method透射强度比法

transmission speed ratio传动速比

transmission power ratio传输功率比

transmission gear ratio传动齿轮速比

transmission velocity ratio传速比

transmission reduction ratio传动减速比

transmission utilization ratio传输利用率

transmission reflection ratio spectrum透射

transmission ratio 例句

英汉例句

  • by using a steel coupling mechanism, the distal phalanx transmission ratio was kept exactly 1:1 over the whole movement range.

    钢丝耦合机构的采用,保证了手指末端关节在整个运动范围内都能够保证精确定1:1传动比。

  • it is difficult and complicated to analyze the power-flow of the complex epicyclic gear trains and compute their transmission ratio and meshing efficiency.

    目前,复杂周转轮系的功率流分析、传动比和啮合效率的计算既困难又繁复,而应用离散分析法可以改变这一局面。

  • the formulas for calculating natural frequency and vibration transmission ratio are given.

    给出了鉆柱轴向振动的固有频率和振动传输公式。

  • it is a intrinsic physical phenomenon of friction tape transfer for elastic slip, which leads to unstable movements for the instantaneous transmission ratio and a low mechanical efficiency.

    弹性滑动是摩擦型带传动固有的物理现象,引起带传动瞬时传动比不稳定及机械效率降低。

  • a study on computing method of transmission ratio of complex epicyclic gear trains;

    行星轮系 其特点﹑应用﹑传动比和效率参见行星齿轮传动。

  • 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。

  • this isolation designing method has a certain value of reference to isolation design on super-low transmission ratio of super-precision machine tools and super-micro positioning mechanisms, etc.

    此隔振设计方法对超精密机床、超微定位机构超低传递率隔振设计有一定的参考价值。

  • in this paper, the authors research the structure and kinematics of planar ball drive, derive formulas of transmission ratio according to the structural feature and analyse driving characteristics.

    本文研究平面滚珠传动的结构及运动学,根据结构特征,推导传动比公式,分析传动特点。

  • 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。

  • in the article some examples is given to analyse planetary shifting mechanism with complex planetary gearset, deduct formulae of its transmission ratio and briefly evaluate it.

    一是举例分析含复合排的行星变速机构,建立其传动比公式,并进行评价。

  • a method of measuring transmission ratio is studied.

    传动比测试方法的研究。

  • through the drive circuit design of the new hydraulic transformer, it is concluded that the transmission ratio has multi-level changes due to the combination of each sub motor working mode.

    通过设计单泵多马达液压变速器的传动回路,得出多马达中各个子马达之间工作方式的组合可以使变速器传动比有多级变化。

  • compared with the general belt drive, magnetic metal belt drive has longer service life higher transmission ratio and linear velocity, and less elastic slide.

    与普通带传动相比,磁力金属带传动具有较长的使用寿命,并能传递较大的功率。

  • the paper analyzes the significance of the transmission ratio choice in the speed-growth device in the electromagnetic suspension system used in the tracked vehicles.

    首先分析了增速机构设计在履带车辆电磁悬挂设计中的作用,通过选择增速机构的传动方案,得到了满足传动比条件的多级行星传动。

  • the enlargement of the contact angle difference between inner and outer race reduces the stiffness of the bearings, because the force transmission ratio becomes increasingly worse.

    连络的扩大按某一角度转动内部和外部的比赛之间的不同减少举止的坚硬,因为力量传输比变得逐渐比较坏。

  • studied the composing model and transmission ratio of retroaction combination wheel system systematically, according to the combination mechanism, got the regular rules. some examples were given.

    根据组合机构的理论,系统分析了反馈式组合轮系的组成模式及其传动比计算,得到了规律性认识,并列举了计算示例。

  • the closed planetary gear drive mechanism can achieve a high transmission ratio and a high efficiency in transmitting large power with small volume, light weight and compacted structure.

    闭式行星传动可在体积小、重量轻和结构紧凑的条件下实现大传动比,高效率地传递大动力。

  • transmission ratio regulation law is one of the basis of continously variable transmission(cvt) control. based on this, cvt may exert its eminent performance.

    速比调节规律是无级变速器控制的主要依据之一,是发挥无级变速器优越传动性能的基础。

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