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摆线行星传动     
相关语句
  cycloidal planetary transmission
     A New Design Concept for Cycloidal Planetary Transmission
     摆线行星传动新结构的探讨
短句来源
  cycloid drives
     STUDY ON ENGAGEMENT PROPERTIES OF THE ROLLING FRICTION CYCLOID DRIVES
     滚动摩擦摆线行星传动啮合特性研究
短句来源
  cycloid gears drives
     Geometries for Tooth Profiles of Oscillating Roller Cycloid Gears Drives
     活齿双摆线行星传动齿廓参数方程及几何特性
短句来源
  “摆线行星传动”译为未确定词的双语例句
     Synthesis of tooth profile and mesh analysis on planetary drive with double-crank and double-cycloid
     双曲柄双摆线行星传动的齿廓综合和啮合分析
短句来源
     Force analysis and efficiency calculation of planetary drive with double crank and double cycloid
     双曲柄双摆线行星传动的力分析与效率计算
短句来源
     As far as the choice of the arm bearings, 1 used miniature bearing with small size to replace the cylinder roller bearing which has no periphery and is used in traditional cycloidal drives.
     在转臂轴承的选用上,采用结构尺寸较小的微型轴承代替摆线行星传动中的无外圈圆柱滚子轴承的传统结构。
短句来源
     According to the traditional cycloidal drives force analysis with strength checkout, I applied the theories of micro cycloidal drives series force analy- sis with strength checkout, At the same time I accurately calculated the life of the arm bearings.
     把传统的摆线行星传动系统受力分析和强度校核理论,应用于一种两级小型摆线齿轮行星传动减速器的受力分析和强度校核,同时对其转臂轴承的寿命进行了精确的计算。
短句来源
     The paper focuses on the manufacturing key technologies of new conic cycloidal gear planetary transmission’s mesh parts.
     论文着重对新型锥形摆线行星传动啮合副的制造关键技术进行研究。
短句来源
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      cycloid drives
    Design and machining of the epicycloid planet gear of cycloid drives
          
    This paper presents a mathematical model and design procedures to design the epicycloid planet gear of cycloid drives.
          


    The engagement properties of the rolling friction cycloid drives is studied systematically on the basis of the gear engagement principle The changing law of the curvature radii of the tooth profiles is found out These works provide the basis for going further into the transmission characteristic and load capacity of this drives

    根据齿轮啮合原理,系统地分析研究了滚动摩擦摆线行星传动的啮合特性。指出该传动啮合点处齿廓曲率半径的变化情况。为进一步研究传动特性及承载能力提供了理论依据。

    Planetary drive with double-crank and double-cycloid is different from the traditional drive of cycloidal pinwheel,it has many unique fine properties such as big transmission ratio,less volume,high efficiency and a remarkable enhancement in load bearing capacity and service life,and possesses broad applicational prospects.This paper probed deeply into the generation of tooth profile and meshing mechanism of this typed transmission.

    双曲柄双摆线行星传动不同于传统的摆线针轮传动,具有许多独特的优良性能,如传动比大、体积小、效率高,承载能力和使用寿命亦有显著提高,应用前景广阔。文中深入探讨了该型传动的齿廓形成和啮合机理。

    The planetry drive with doublecycloid has many unique mesh capabilities.Because the madulus of blide affects the abrasion and life of gear,the article probes into the glide speciality of the planetry drive with doublecrank and deulecycloid through the modulus of glide.

    双曲柄双摆线行星传动具有很多独特的啮合性能,由于滑动系数影响齿廓的磨损和寿命.就滑动系数对双摆线内啮合的齿廓滑动特性进行了探讨.

     
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