孔系之间的平行度误差，会影响齿轮的啮合质量。
Holes in parallel between the degree of error will affect the quality of the meshing gears.
研究了定中心距、定啮合角变速比齿轮的啮合原理。
The conjugate principle of the variable ratio gear with constant center distance and constant contact Angle has been analysed.
本文对仪表园弧齿轮的啮合进行了研究，提出了正确啮合的条件。
The engagement of the instrumental circular tooth gear transmission has been investigated. The condition of the correct engagement is given.
该文主要通过分析齿轮的啮合特点来探讨啮合齿轮泵卸荷槽的设计。
This article will discuss the design of compensating groove in external gear pump by analyzing the gearing characteristics.
齿轮的啮合振动和噪声是现代齿轮传动这一领域中的主要课题之一。
The meshing vibration and noise of a pair of gears is one of the major subjects in the field of modern gear drive.
特别是汽车工业的迅猛发展，对准双曲面齿轮的啮合质量要求越来越高。
In particular the automotive industry is developing rapidly so that the requirement of meshing quality of hypoid gear is increasing.
齿轮传动主要是通过齿轮的啮合作用来传递动力及实现减速、增速或换向的目的。
Gear power transmission is mainly through gear meshing to transmit power, realizing reducing and increasing speed or changing direction.
由局部综合法，利用二阶接触参数的可预控性，从而优化弧齿锥齿轮的啮合性能。
Based on the local synthesis method, the meshing behavior is optimized with the help of controllability of the second order contact parameters.
螺旋锥齿轮的啮合接触冲击特性和动态接触性能的好坏严重影响其整机的工作性能。
The meshing contact-impact and contact performance of spiral bevel gears has a strong impact on the whole machine performance.
通过实验证明齿轮的啮合力、激振频率均与理论相符，样机模型与实际吻合，具有可行性。
The experiment proved that the gear meshing force, excitation frequency is consistent with the theory. Consistent with the actual prototype model is feasible.
本文主要研究了双压力角非对称齿轮的啮合特性及其齿根弯曲应力和接触应力的分析方法。
This article mainly studies the gearing characteristics of the asymmetric gear with two pressure angles and the method of analyzing it, s bending stress and contact stress.
电机的位置是可调节的，以适应不同的齿轮，并允许该小齿轮及其配对正齿轮之间的调整的齿轮的啮合。
The motor position is adjustable to accommodate different gears and to allow adjustment of the gear mesh between the pinion and its mating spur gear.
文中借助于形象思维把齿轮的啮合几何化，提出了一种研究按滚切法工作的切齿刀具的方法，从节曲面到齿曲面的射影变换。
In this paper we propose a method of projective transformation from pitch surface to cutter surface for studying face mill cutters.
计算分析认为，双圆弧齿轮的啮合点分布情况是齿轮的轴向周节、同一轮齿上两啮合点在轴向的距离和齿轮的有效宽度的函数。
Analysis shows that the distribution of meshing points is a function of the axial circular pitch, the axial space of two meshing points on a tooth and the effective width of the gear.
提出一种在转子上设置虚拟支承的方法，以保证弧齿锥齿轮的啮合稳定性，并采用传递矩阵法，建立了弧齿锥齿轮-转子系统的振动模型。
This paper presents a method of providing a virtual support for the rotor to assure the meshing stability of a pair of a pre determined spiral bevel gears in rotation.
但认识他的人几乎都将其视为天才至少他复杂的思想机器的齿轮是如何啮合在一起这一点就是独一无二的。
Yet, those that know him almost all regard his as a genius, and, at least, there is something unique and interesting about how the twisted cogs of his mental machinery fit together.
举例来说，关于齿轮的小节阐述了啮合比率，以及不同类型的齿轮如何工作。
For example, the section on gears explained gearing ratios and how the different types of gears worked.
介绍了一种适用于少齿差内啮合行星齿轮变位系数的计算及选取方法。
A method of calculating and selecting modification coefficient of the internal gear with less teeth difference is presented.
随着适当的齿轮啮合异口同声，国家将再次考虑其应有的作用作为一个践踏势不可挡的商业，工业和军事实力。
With the proper gears meshing in unison, the State would once again take its rightful role as a trampling juggernaut of commercial, industrial and military might.
这两种内啮合齿轮泵的工作原理和外啮合齿轮泵的工作原理相同。
These two kinds of internal gear pump working principle and external gear pump working principle the same.
内啮合齿轮泵中的小齿轮是主动轮，大齿轮为从动轮，在工作时大齿轮随小齿轮同向旋转。
Internal gear pump is the small gear wheel, the big gear for driven wheel, in work big gear with small gear cocurrent rotation.
因为当啮合频率接近于齿轮系的固有频率时容易发生共振。
Because when the frequency of close to the meshing of gears susceptible to the natural resonance frequency.
合理确定齿轮泵的工作转速，使齿轮与轴的转动避开啮合共振频率，可以防止噪声加剧。
Rationally define the work gear pump speed, gear and the axis of rotation to avoid engaging resonance frequency, can prevent noise intensified.
摆线齿形的内啮合齿轮泵又叫做摆线转子泵，泵中的小齿轮和内齿轮只相关一个齿，因此这种内啮合齿轮泵不需要设置隔板。
Cycloidal tooth profile of the internal gear pump, also called cycloidal rotor pump, pump the small gear and internal gear only related a tooth, so the internal gear pump do not need to set partition.
本文从齿轮啮合动力学出发，研究了调制边频结构的形成及其数学上的描述。
Based on gear dynamics, the formation of side-band and its mathematical description are researched in this paper.
本文提出了一种以网络结点为基础，在齿面上的活动标架里，计算齿轮在不同啮合位置的接触点，以求得接触迹线的新方法。
This paper proposed a new method that was based on network node and applied to compute tooth contract-point line of engaged gears for different mesh position.
渐开线齿形的内啮合齿轮，在小齿轮和内齿轮中间有一块月牙形状的隔板，目的是把吸油腔和压油腔隔开。
Involute profile of internal gear, in the small gear and internal gear intermediate have a crescent shape of the diaphragm, the purpose is the oil absorption cavity and pressure oil cavity off.
渐开线齿形的内啮合齿轮，在小齿轮和内齿轮中间有一块月牙形状的隔板，目的是把吸油腔和压油腔隔开。
Involute profile of internal gear, in the small gear and internal gear intermediate have a crescent shape of the diaphragm, the purpose is the oil absorption cavity and pressure oil cavity off.
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