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功率分流 meaning in English

power dividing

Examples

  1. By analyzing the different kinds of in use reducer and integrating the current research and considering the down hole operating condition , a kind of closed loop power distributional planetary gear reducer is put forward as a proper reducer to directly connecting the motor and the progressing cavity pump
    对目前使用的各种减速器进行结构分析和论证,结合国内外的研究和设计情况,并根据井下螺杆泵的工作条件,提出封闭式功率分流行星减速器作为联接潜油电机驱动螺杆泵工作的减速器的方案。
  2. In order to solve need badly three - ring type gear reducer ( problems of high vibration , high temperature and short spin arm bearing life in operation , by means of power separation flow , elastic ring equilibrating load , tardy down and assimilation vibration of synchronous belt transmission , and mechanism balance principle , the author designs a new type three - ring type gear reducer with arc tooth synchronous belt transmission , the gear reducer is fully balancing , equilibrating load and reducing vibration and phase difference 180 ( of mass eccentricity
    为解决一般三环减速器振动大、温升高和转臂轴承使用寿命短等生产中迫切需要解决的问题,依据功率分流、弹性环均载、同步带缓冲及吸振和机构平衡原理,设计出了一种具有圆弧齿同步带传动的完全平衡、均载减振,偏心相位差为180的新型三环减速器。
  3. The system properties of single - loop system , such as velocity , torque , bifurcated power , transmission efficiency are researched deeply using theoretical analysis and numerical computing , and gives new methods for designing which according to the design parameter a and combine with the system diffluent coefficient q and the ratio of x , p cell transmission . so the theoretical expressions for designing this kind of transmission is established . the design parameter a is put forward as the ratio of confluent power and the input power of single - loop system
    通过对单环路系统的运动学和动力学特性、功率流特性、传动效率特性等所进行的理论分析和数值计算,提出了以单环路系统主支路功率大小与输入总功率的比值为关键设计参数的设计新方法,并结合系统的功率分流系数q和各组成单元的传动比,得到了单环路系统的速度、力矩、功率流、传动效率等计算公式,为该种传动类型的设计提供了必要的理论依据。
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Related Words

  1. 分流堰
  2. 分流冰川
  3. 分流排气
  4. 光学纤维分流
  5. 分流沙洲
  6. 分流域
  7. 分流氖灯
  8. 分流电阻
  9. 线性分流系统
  10. 分流烟喉
  11. 功率分隔板
  12. 功率分集系数
  13. 功率分流后的
  14. 功率分配
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