锥齿轮的分锥二自由度非零变位

本文对锥齿轮提出了一种新的二自由度分锥变位理论,论述了该变位形式的特点和改善齿轮性能的作用,同时提出了二自由度分锥变位螺旋锥齿轮的优化设计方法,并用切齿试验说明了这种变位形式是可行的。     

精测曲齿锥齿轮

曲齿锥齿轮的测绘，关键在于精确测定端面模数．背锥坐标法是一种比较精确的测绘方法。本文给背锥公式作了理论证明，并通过实例证实了背锥公式确实大大提高了测绘端面模效的精确性，解决了曲齿锥齿轮难测绘的问题     

电化学修形齿轮齿面微观形貌与摩擦学特性

以电化学修形前后的齿面微观不平度高度的特性和形状特性进行了分析和测算，研究了电化学表面平滑化对齿面摩擦，齿面闪温及润滑状态的影响；证明电化学修形能延长齿轮的使用寿命。     

C语言在滚齿差动挂轮调整计算中的应用

用计算机辅助调整计算差动挂轮，以提高齿轮加工精度．     

双螺杆挤出机传动齿轮布置的两种方案

文中介绍了双螺杆挤出机齿轮传动的两种设计方案。其中。采用了双啮合齿轮声讨劝的方案具有二个明显的特点，将圆周力减少到单对齿轮传动的一半。全部或部分抵肖了径向力，因而是一种合理的设计。     

浅析精梳机分离接合机构的设计

通过对精梳机几种典型的分离接合机构的分析计算，阐述了影响高速精梳机分离接合机构设计的工艺及机械因素，并提出了设计原则。     

A New Self-assembly Metal CMG Discriminator by Multi-exposure LiGA Like Process and Sacrificial Layer Process

The counter-meshing gears （CMG） discriminator is a mechanically coded lock, which is used to prevent the occurrence of High Consequence Events. This paper advanced a new kind of self-assembly metal CMG discriminator based on multi-exposure LiGA like process and sacrificial layer process. The new CMG discriminator has the following characters except low cost： 1） it has only discrimination teeth sections; 2） the thickness of each gear layer exceeds one hundred micrometers; 3） it is axially driven by a separate dectronic magnetic micromotor directly; 4） its CMG is made of metal and is batch fabricated in the assembled state; 5） it is prevented from rotating in the opposite direction by pawl/ratchet wheel mechanism; 6） it has simpler structure. This device has better strength and reliability in abnormal environment compared to the existing surface micro machining （SMM） discriminator.     

EFFICIENCY OF INVOLUTE GEAR DRIVES WITH UNDERCUT PINIONS USED IN WRIST WATCHES

In wrist watches gear drives with undercut pinions are used. Those pinions have got a tooth number as few as 5—7. The efficiency of such gear drives is important because of the limited energy supply. The mean efficiency of gear drives can be expressed as E_m=1/(φ_2-φ_1)(integral from φ_1 to φ_2(E(φ)dφ)) in which ~0_1, ~_2 are the approach angle and the recess angle respectively. In the discussion we assume that the friction coefficient between the two tooth flanks is constant because the sliding speed is relatively low in wrist watches and the main purpose is to find out the relation between gear parameters and its efficiency rather than to calculate the exact value of the efficiency. In normal conditions ~o_1 and ~o_2 can be found from the gear geometry without much difficulty. However when the pinion is an undercut one we have to first find the forming diameter where the involute profile starts. In this paper equations for the computation of the efficiency and the contact ratio of those gear drives are discussed.     

抛物线齿轮在啮合过程中接触线长度的变化

本文应用节点连线的概念,研究了抛物线齿轮接触线在啮合过程中的变化状况,从而得出了抛物线齿轮传动的实际接触线的段数及接触齿的对数,为较精确计算抛物线齿轮的强度提供了可靠依据。     

在TAN—A9机床上加工收缩齿弧齿锥齿轮和准双曲线齿轮

诸如TAN-A9这样的单刀倾切齿机床过去仅用于加工等高齿弧齿锥齿轮和准双曲线齿轮。本文给出这类机床上加工收缩齿的一种新的应用。应用该法能有效地保证二阶齿面接触条件,且可根据要求任意指定接触基准点。从而可加工出优质的齿轮副,进一步开发了这类机床的功能。