皮带传动

pí dài chuán dònɡ
  • belt drive;belt transmission
皮带传动皮带传动
  1. 皮带传动问题的探讨

    Researching the Question of Belt Transmission in Teaching

  2. 皮带传动的计算机模糊控制

    Computer - aided fuzzy control for belt transmission

  3. V形三角皮带传动的设计

    Design of V - Belt Drive

  4. 奥迪汽车的一些特色也整合在这款自行车中,例如LED灯、皮带传动、铝制和碳纤维的零件和碟式刹车。

    Audi features are integrated into the cycle including LED lighting , a belt drive , aluminum and carbon fiber components , and disk brakes .

  5. 对于混合器的驱动来说,可以通过缩减V型皮带传动和独立的动态负荷能够使减速机结构更小,这样节省了投资和停修时间。

    Reduction through the v-belt drive and isolation of the dynamic loads enables a much smaller reducer to be sized for the mixer drive head , saving in down time and capital costs .

  6. 计算结果表明:自动张紧器保证的是皮带传动中松边拉力F2,而非自动张紧轮保证的皮带预紧力Fo。

    The calculation results show that the automatic tensioner is to guarantee the pulling force of tension release in belt gearing and the non-automatic tensioner is to guarantee the pretension .

  7. 在PX-I型皮带传动试验机上,研究新型带传动的动力学性能,并与O型V带进行对比试验。

    On the belt test machine , type PX-I dynamics properties of the new type of belt transmission are studied , and compared to the type of common V-belt under the same test conditions .

  8. LD-120五辊冷轧管机的主要传动执行部件有主电机、皮带传动系统、回转送进箱、中间床身、主传动系统。

    The main drive actuating parts of LD-120 five-high tube cold rolling mills include the main motor , belt driving system , rotary feed-in case , intermediate bed and main driving system .

  9. 模糊优化模型在皮带传动设计中的应用

    The Application of Fuzzy Optimum Model in the Design of Belt Conveyer

  10. 皮带传动摩托车节油新法

    A New Fuel Saving Method of Motorcycle with Belt Drive

  11. 没有摩擦力,皮带传动的机器就无法使用。

    In the absence of friction belted machinery would not be used .

  12. 高速皮带传动的一种优化设计方法

    A optimization method for high speed driving belt transmission

  13. 可用于直接传动或皮带传动布置。

    Available in both direct and belt driven arrangements .

  14. 皮带传动中弹性滑动的定量计算方法

    The Quantitative Calculating Method of Creep in Belt Drive

  15. 斜齿正时皮带传动的噪音和寿命

    Noise and Life of Helical Timing Belt Drives

  16. 皮带传动的非线性扭转振动分析

    Analysis of nonlinear torsional vibration for belt drive

  17. 发动机附件皮带传动系统设计

    Design of Belt Driving System for Engine Accessories

  18. 主轴系统传动方案的研制(重点采用皮带传动方案);

    Development about drive program of spindle system ;

  19. 游梁式抽油机皮带传动效率分析

    Belt Transmission Efficiency Analysis of Beam Pumping Units

  20. 三角皮带传动在辅机设备中的故障分析

    Analysis of the Trouble of the Transmission with V Bele in the Auxiliary Equipment

  21. 采用皮带传动,过载时起保护作用。

    Belt transmission provides protection when override .

  22. 该机采用单马达皮带传动,并配备先进的双轴差速调质器;

    Furnished with a single-motor belt driving system , and incorporated with a DDC Conditioner ;

  23. 采用二级皮带传动,传动平稳,维修方便。

    Uses the second-level belt transmission , the transmission is steady , the service is convenient .

  24. 本文分析了传统长皮带传动控制中存在的问题,提出了采用直接转矩控制的变频器驱动的策略。

    This paper studies the problems of long Belt driving systems and the application of Direct Torque Control Inverter .

  25. 加上皮带传动机构,手把输入旋转运动于转轮,用皮带传输转动另一个轴。

    The handle inputs rotation upon the wheel , then transmitted to another shaft by the belt transmission mechanism .

  26. 加热炉体采用圆形皮带传动,正交面置,使系统运行平稳而可靠。

    Furnace body using circular belt , orthogonal plane home , allowing the system to run a smooth and reliable .

  27. 驱动采用变频电机调速控制,进口同步皮带传动,恒功率、恒扭距输出,平稳可靠。

    Feeding drive is controlled by frequency conversion motor and synchronized with import conveyor belt . Power output and torque is steady and reliable .

  28. 在微型摩托车多用皮带传动方式作后传动装置,主、从动皮带轮的大小决定次级减速比。

    Multi-purpose mini-motorcycle in the belt drive gear for the latter , the main , the size of the driven pulley reduction ratio sub-decision .

  29. 开关磁阻伺服电机经一级减速皮带传动,电机轴不承受刚性冲击;

    The switch magnetic resistance servo motor is driven by the first level deceleration belt transmission and a motor shaft does not bear rigid shock ;

  30. 其膜土分离机构由抖动筛和皮带传动组成,通过理论计算,选择合适的皮带轮传动比,使抖动筛按照设计的频率和振幅进行抖动。

    The separation system includes a dithering sieve and the belt-wheel , the rate of belt-wheel was calculated and selected according to the screen dithering frequency and swing .