轴杆

zhóu gǎn
  • shaft lever;axostyle;axostylus
轴杆轴杆
轴杆[zhóu gǎn]
  1. 非对称轴杆形零件温塑性成形过程的数值分析

    Numerical analysis of warm plastic forming for non-symmetrical axostyle part

  2. 定位螺杆与出轴杆两者的中心线基本一致,用以调整出轴杆前后位置。

    The central line of the positioning screw bolt and an outlet shaft lever are coherent basically in order to adjust the front and back position of the outlet shaft lever .

  3. 移动平台在直线电机的无接触驱动和ProportionalIntegralDifferential(简称PID)控制器的控制下,沿轴杆进行无接触摩擦阻尼的直线运动及精确定位。

    Driven non-contacted by a linear motor and controlled by PID ( Proportional-Integral-Differential ) controller , the moving platform can move straightly without contact damping alone the axostyles and position accurately .

  4. 轴杆类零件卧式浮动镦锻模

    The Floating Horizontally Upsetting Dies for Axis and Shaft Parts

  5. 在轴杆类零件生产过程中,热处理后校直是一道关键工序。

    Straightening of the shaft after heat treatment is a key process .

  6. 全浮式汽车半轴杆径的坡道载荷设计法

    Climbing Load Design Method for Motor Vehicle Full Floating Driving Axle Half shaft

  7. 铸钢锁轴在加工螺纹时轴杆端头断裂。

    Casting steel container rotating lock axle rod - head fracture in machining screw .

  8. 本实用新型是由中心轴杆、转动滑块和划针组成。

    The utility model is composed of a central shaft road , a turning block , and a scribing needle .

  9. 空转传动齿轮,怠速齿轮(指车床)装有齿轮以降低皮带轮的轴杆速度。

    ( of a lathe ) equipped with gearing for reducing the speed of the spindle from that of the driving pulley .

  10. 小球与轴线位置可变定轴杆垂直碰撞轴线:一条虚设的分界线,利用它来确定设计单元的摆放位置。

    The Perpendicular Collision of a Particle and a Homogeneous Bar ; Axis : An imaginary dividing line around which design elements are located .

  11. 该夹固座的座体中央用轴杆分别固定有由传动机构传动的传动轮和夹体;

    The transmission wheel driven by the transmission structure and the clamping body are separately fixed at the seat center of the clamping seat through the shaft .

  12. 一种风扇扇叶甩油结构,是包含:一本体、一轴杆、一挡油部;其中该本体具有一开放侧及一封闭侧;

    The utility model relates to a fan blade oil-shedding structure which comprises a body , a shaft rod and an oil-proofing part , wherein the body is provided with an open side and a close side ;

  13. 为了提高轴杆类零部件的校直精度和生产效率,系统研究开发集高精度、高效率、多功能、智能化为一身的全自动液压校直机产品,具有十分重要意义。

    In order to improve the precision and efficiency in the course of shaft straightening we designed the automatic shaft straightener of independent intellectual property rights . It has many virtues such as high precision , high efficiency and intellectualized .