在钻机里常采用弧齿圆锥齿轮提高角传动齿轮承载能力。
Spiral bevel gears are usually used to improve the bearing capacity of the Angle transmission gears on drill RIGS.
本文介绍国产材料的齿轮承载能力试验数据库的内容、功能、设计及其实现。
The paper deals mainly with how to set up a scientific data base for gear carrying capacities tests.
这种设计方法是在不改变主要设计参数的基础上，通过调整齿轮宽度，实现重迭系数的圆整，提高齿轮承载能力，延长使用寿命。
It doesn't change main designing parameters, and through adjusting the gear width, the round number of coincidence coefficient and the improvement of gear life and bearing capacity Can be realized.
在齿轮的制造过程中，合理选择材料与热处理工艺，是提高承载能力和延长使用寿命的必要保证。
In the making of gears, reasonably selecting materials and heat treatment is the necessary guarantee of improving bearing capacity and prolonging service life.
本文利用大量试验数据及图表说明了齿轮胶合承载能力对此试验的结果及一些规律性的现象。
The results and some patterns of phenomena of the relative test on scoring load capacity for gears are illustrated through a lot of data and graphs.
本文介绍了硬齿面点线啮合齿轮传动的承载能力试验和噪声测定试验的情况。
In this article the bearing ability test of hard gear face point-line meshing gear transmission and the trial of noise test are introduced.
行星齿轮传动只有在载荷分配均匀情况下才能发挥传动比大、结构紧凑、效率高、承载能力大、传动平稳等优点。
On load sharing condition, the planet-gear shows several advantages such as great transmission ratio, compact structure, high efficiency, large load capacity and drive steady.
计算结果表明：合理选择变位参数可以大大提高齿轮传动的承载能力。
The calculation results showed the bearing capability of gear transmission could be greatly improved by reasonably selecting tooth profile shift coefficient.
双圆弧齿轮减速器中心距和传动比分配的确定，直接影响减速器承载能力、重量和体积。
The selection of center distance and gear ratio distribution for a reducer with double-circular-arc gear will have a direct effect on its size, weight and loading capacity.
然而，我国对硬齿面双圆弧齿轮传动承载能力及可靠性的研究尚属起步。
However, research on loading capacity and reliability of this kind gear is still at initial stage.
分析计算证明，它还同时具有提高齿轮抗点蚀承载能力的作用。
By analysis and calculation, it is proved that against pitting capacity of gear is improved.
齿轮传动是机械传动中应用最广泛的一种传动，具有承载能力大，效率高，传动比准确，结构紧凑，工作可靠，使用寿命长等优点。
The gear transmission is most widely used in mechanical transmission with large carrying capacity, high efficiency, precise gear ratio, compact structure, reliable operation and long life.
齿轮弯曲强度分析是轮齿承载能力、振动、噪声及修形等研究的基础。
The gear bending strength analysis is a foundation in research, such as gear power capacity rating, profile correction, as well as vibration and noise of gearing.
圆弧齿轮是一种高承载能力的动力传动齿轮。
The circular arc gear is one kind of high bearing capacity power drive gear.
探讨了利用工业齿轮油添加剂的特性预测工业齿轮油承载能力的现实性和可行性。
The feasibility of predicting carrying capacity of industrial gear oils with characteristic parameters of extreme pressure additives has been discussed.
这种齿轮具有较高的承载能力，特别便于高速、高精度数控加工，它将在重载传动场合得到应用。
Since the load capacity is high and specially it can be manufactured precisely with the nc technology, variable circular gear will be used in some high-load application.
行星齿轮机构因其结构紧凑、传动比大和承载能力强等优点被越来越多地作为多能源动力耦合机构，应用于混合动力汽车中。
More and more planetary gear mechanisms are being used in HEV as multi-power coupling mechanism because of their compact structure, high transmission efficiency and strong load bearing capacity.
因此，复合齿形的摆线齿轮传动较原齿形的摆针传动效率高、承载能力大。
Therefore the large reduction ratio's cyclo drive has higher efficiency and larger capacity than the common form of teeth.
本文对轧机主传动齿轮失效形式进行了分析，就提高轧机齿轮的承载能力和寿命提出了应采取的几点措施。
The paper analyzed the failure methods of main drive gear for mills, and provided some measures should be adopted to improve the carrier capacity and life of the gear for mills.
FZG承载级别是考评油品及齿轮抗胶合承载能力的国际公认指标。
The FZG-Test for the evaluation of the load-carrying capacity of oils or gears has long been, universally acknowledged.
本文的研究方法对齿轮胶合机理和提高齿轮胶合承载能力的研究都是有意义的。
The research method adopted in the paper are fo some significance to the study of gear scuffing mechanism and the study to increase the gear scuffing load carry capacity.
大模数齿轮齿条的承载能力是关系海洋平台可靠性的重中之重。
The strength of large module gear-rack is very important for the reliability of the ocean platform.
准双曲面齿轮与普通圆锥齿轮相比，具有重合度大、齿面接触应力低、传动平稳、冲击和噪音小、承载能力高和寿命长等优点。
Compared to bevel gear, hypoid gear has larger overlap coefficient, lower gear contact stress, more smooth transmission, lower impact and noise, higher load bearing capacity, longer life and so on.
为了更好地使用斜齿圆锥齿轮传动，有必要对其的承载能力进行分析。
Specifically, as skew bevel gear and arc bevel gear are suitably to apply for high-speed, heavy load-bearing transmission situation.
我们将齿轮啮合过程中因多齿啮合而导致齿轮副承载能力提高的现象称为弹性啮合效应。
The phenomenon of increased loading capacity caused by several contact teeth is called Elastic Meshing Effect (EME).
齿轮强度分析是轮齿承载能力、振动、噪声及修形等研究的基础。
On the basis of analysis of gear teeth strength, gear power capacity rating and profile correction, as well as vibration and noise of gearing, are studied.
各齿轮副均采用优化细长齿轮，并进行强化喷丸，有效降低啮合噪音、提高承载能力。
The gears adopt optimum design of fine-depth teeth and shot peening treatment in order to decrease noise if gearing and increase the capacity.
各齿轮副均采用优化细长齿轮，并进行强化喷丸，有效降低啮合噪音、提高承载能力。
The gears adopt optimum design of fine-depth teeth and shot peening treatment in order to decrease noise if gearing and increase the capacity.
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