平键

píng jiàn
  • flat key
平键平键
平键[píng jiàn]
  1. 平键联接CAD设计

    CAD for flat key joining

  2. 传动轴用平键传动。

    A transmission shaft is driven by a flat key .

  3. 模糊可靠性设计及其在平键联接中的应用

    Mechanical Fuzzy Reliability and Its Application for the Straight Key Coupling

  4. 平键联接两个工艺问题的分析及解决

    Analysis of and Solution to the Two Technics Problems in Key Drives

  5. GB/T1567-1979薄型平键型式尺寸超薄型固体硬质合金开槽锯

    Thin flat keys & Types and dimensions ultrathin solid carbide slotting saw

  6. GB/T1095-1979平键键和键槽的剖面尺寸

    Parallel keys & Dimensions of cross sections and keyways

  7. 基于可靠性安全系数的平键联接设计研究

    A Study of the Flat Key Binding Design Based on Safe Coefficient of Reliability

  8. 本程序使平键联结设计周期缩短,设计质量提高。

    The program shortens the cycle of design , and improves the quality of design .

  9. 平键联接的可靠性设计

    Reliability designing method of flat key joint

  10. GB/T1096-1979普通平键型式尺寸

    Plain parallel keys & Types and dimensions

  11. 普通平键尺寸的优化设计

    Mechanical Optimization Design of Common Flat Key

  12. GB/T1567-1979薄型平键型式尺寸

    Thin flat keys & Types and dimensions

  13. 过盈配合与平键连接是两种常见的轴毂单一连接以及扭矩传递方式。

    Interference fit and flat key are the two most common forms of connection and torque transmission .

  14. 煤矿机械等距型面与平键联接强度的有限元计算

    Calculation of the Strength of the Equidistant Profile Connection and Parallel Key Connection in Coal Mine Machines with Finite Element Method

  15. 在逆止器的轴端孔内通过胀套和双平键与从动轴连接;

    The inner part of a shaft end hole of the backstop is connected with a driven shaft through an expansion bush and a double flat key ;

  16. 本文根据可靠性设计理论,提出了平键联接的可靠性设计方法。对于重要的或有可靠性要求的联接提供了适用、简洁、可行的设计方法。

    In this paper the reliability designing method of flat key joint has been put forward according to the reliability designing theory , It provides a suitable , concise and practicable designing method for the joint of importance or reliability requirement .

  17. 结合研制的超高速旋转试验设备,详细分析了过盈配合、平键配合等常规轴孔配合形式在超高速条件下的力学特性,对其失效机理进行了深入的探讨。

    The mechanical characteristics of the general axis-hole fits , such as interference fit and key fit under the super high speed condition are analyzed in detail combining with super high speed rotary test device developed , and the failure mechanism is discussed .