同步齿形带

  • 网络timing belt;synchronous belt
同步齿形带同步齿形带
  1. 同步齿形带传动应用研究的几个问题

    Some Problems Study of Application of the Synchronous Belt Drives

  2. 基于普通同步齿形带传动的失效形式及带齿齿廓分析,结合生产实际,提出同步齿形带传动应用中应注意的几个重要问题及解决方案。

    Based on analysis of failure form about the conventional synchronous belt drives , several important problems in application of the synchronous belt drives are pointed out .

  3. 锥套(TaperLockBushes)联接是利用锥面的楔形作用实现轴和轮毂的联接,它适用于三角带轮、平皮带轮、同步齿形带轮、链轮、联轴器等部件与轴之间的联接。

    Taper Lock Bushes coupling is using the conical cuniform function to couple the axis and hub , which is applied in the coupling between axis and triangle pulley , flat pulley , synchronization gear , chain wheel , clutch .

  4. PASSIM卷接机组的烟支堆码装置存在易将烟支表面挤皱、同步齿形带易磨损、鼓轮难维护保养等问题。

    The cigarette stacker in PASSIM cigarette making and tipping machine combination tended to wrinkle cigarette surface and wear out the timing belt rapidly and was troublesome in drum maintenance .

  5. 而将正时机构由正时齿轮传动改为同步齿形带传动,可以大大改善前端测点的500Hz以上中、高频辐射噪声。

    Changing the drive of timing mechanism from timing gear to notched belt can greatly reduce the high and medium frequency ( higher than 500 Hz ) radiated noise at front measuring point of the engine .

  6. 同步齿形带传动动态设计研究

    Research for the dynamic designing of the Transmission of Synchronizer Gear-belt

  7. 用盘形齿轮铣刀加工同步齿形带带轮

    Machining the Synchronous Belt Drives-pulleys Using the Dish Milling Cutter

  8. 内置同步齿形带传动:传动平稳、噪音小。

    Built-in simultaneous gear transmission : smooth , low noise .

  9. 浅谈橡胶同步齿形带的研制

    Elementary Introduction to the Research and Production of Synchronous Driving Tooth Belt

  10. 关于同步齿形带传动失效原因的初探

    The preliminary investigation on failure of synchronous tooth belt transmission

  11. 圆弧齿同步齿形带传动的应用研究

    Study on Application of Circular Arc Profile Synchronous Belt Transmission

  12. 同步齿形带拉膜机构的改进

    The Improvement on the Filling-drawing Mechanism of Synchronous Belt

  13. 同步齿形带的研究使用现状与发展

    The Present Situation and the Development of Timing Belt

  14. 基于同步齿形带的差动轮线性传动中的力学分析

    Mechanics analysis on the linear transmission of differential wheel based on synchronous cog belt

  15. 芳纶帘线轮胎及同步齿形带的研制

    Manufacture of Aramid Cord Tyre and Timing Belt

  16. 该模型通过同步齿形带使单侧的车轮等速。

    The wheels of the single side are same velocity through the synchronized dentiform belt .

  17. 论证设计方案并对同步齿形带传动及相应的曲柄摇杆机构进行详细设计。

    The detailed design of timing belt transmission system and its corresponding crank-rocker mechanism was conducted .

  18. 下轴采用同步齿形带传动,传动平稳,噪音低。

    The top and the bottom shafts are driven by synchronous gearing-shaped belt , which running smoothly in low noise .

  19. 所有传动部件改以往的链条传动为同步齿形带传动,其传动更平稳,噪声更小。

    All transmissions part changes from chain drive structure to synchronized tooth belt , which has more smooth transmission and less noise .

  20. 对一种新型的基于同步齿形带的差动轮线性传动中的力学进行了分析。

    Analysis has been carried out on the mechanics in a kind of new typed linear transmission of differential wheel based on synchronous cog belt .

  21. 设计的新型三环减速器主要由圆弧齿同步齿形带、小带轮、大带轮、曲柄轴、传动环板、输出轴、外齿轮和箱体等组成。

    Newly developed three ring gear reducer is comprised of synchronous belt , big and small pulleys , crankshaft , drive ring plate , output shaft , external gear and case .

  22. 本文在分析中型袋自动立式包装机牵膜打滑形成机理的基础上,介绍了对同步齿形带进行的特殊工艺处理以防止打滑的具体措施

    Based on the analysis of the forming mechanism of pull_film slipping of the medium_size bag automatic vertical packager , this paper introduces the special technology on the synchronous toothed belt and the specific measure against slipping

  23. 激光直线扫描平台通过步进电机驱动,由同步齿形带传动,精密直线滚珠导轨作为运动承导件,光栅尺反馈位移,实现了激光头的精确直线扫描。

    Laser linear scanning platform driven by stepper motor , belt drive by a synchronous cog belt , precision linear ball guide as the motion bearing part , grating measure the displacement , so that enable the laser head precise linear scanning .

  24. 分析了圆弧齿同步齿形带传动的失效形式及原因,介绍了带轮滚刀齿廓的优化设计方法和结果、带轮材料及热处理方式的选择,以及对原带轮结构的改进等。

    In this paper , the failure forms and reasons of synchronous belt transmission are analysed . The optimum design of the hob , the selection of material and heat treatment way , an improvement of the original construction for the belt wheel are introduced .