枢轴的轴孔通常与驱动桥保持一致。
The axle pivot bore is generally aligned with the drive axle.
驱动桥有两种旋向，可依用户需求供货。
The axle has two kinds of steering to meet the needs of different different users.
介绍了轻型汽车驱动桥桥壳结构特点、工艺性能。
The structure characteristics and technology parameters of the driving bridge shell in the light truck are introduced.
利用分析法和试验法对驱动桥作台架疲劳强化试验。
Using analysis and experimentation, the research on rack fatigue intensifying test for driving axle was made.
第三章对驱动桥故障诊断的两类分类问题进行了研究。
Chapter three does a research on two class classifier problem of fault diagnosis for driving axle.
特殊应用，门户轴，双减少类型和引导驱动桥所指明的。
For special applications, portal axles, double-reduction types and steer-driver axles may be specified.
介绍汽车驱动桥及其半轴静扭试验机的设计思想、总体结构。
This paper introduces the design and structure of static torsional testing machine which applied in automobile driving and half shaft.
本文介绍了驱动桥总成在线检测计算机测控系统及技术实现。
This introduced a computer based driving axle testing and control system.
桥壳与减速器壳的定位连接是驱动桥总成发挥总件作用的关键。
Correct positioning of the connection of the axle housing and gear reductor housing is the Key point of driving axle assembly to play the role of its overall functions.
汽车驱动桥中的主减速器及差速器总成是汽车传动系的关键部件。
Automotive drive axle of the main reducer and differential assembly is a key automotive power train components.
本文详细介绍了我公司平地机湿式驱动桥的改进设计方案的研究情况。
The paper gives detailed description of the improved design for wet drive axle used in motor grader of Sichuan Chengdu Chenggong .
在确定了主减速比之后，通过对驱动桥的力学和结构分析，进行计算校和。
In determining the main reduction ratio, the drive axle of the mechanical and structural analysis, and calculated the school.
这些完全用手工制作的汽车采用被大众汽车式设计是为了增加后座：引擎在驱动桥后移动。
Built entirely by hand, these cars adopted a more Volkswagen-like layout in order to have vestigial back seats: the engine was moved behind the transaxle.
能自行开展汽车驱动桥的各项疲劳寿命、扭转强度、弯曲强度等台架试验测试。
All rig tests of fatigue life, tension intensity, bending intensity for auto drive axle.
利用逆序法对驱动桥噪声信号的平稳性进行了验证，指出其噪声信号为非稳态信号。
Reversed order method is used to prove that the noise of driver axle is a nonstationary signal.
传动轴在大多数后轮驱动的车辆中主要是靠传动轴和万向节连结着变速箱与后轮驱动桥。
Drive shaft a drive shaft and universal joints connect the transmission to the rear drive axle on most rear-wheel-drive vehicles.
试验中，提取驱动桥振动信号频谱的二维谱熵作为特征指标，输入到SVDD分类器。
In the test on driving axle, the 2d spectrum entropy of vibration signals is extracted as the feature indicator and is input into the SVDD classifier.
概述了国内外部分汽车驱动桥螺伞齿轮疲劳寿命试验规范，并对相关规范进行了剖析。
This paper summarizes fatigue life test specifications of rear axle spiral bevel gears in rear axles at home and abroad, and analyzes the relative specifications.
介绍了设计装载机驱动桥试验台的必要性、工作原理、结构特点和应用后产生的经济效益。
The paper introduces the necessity of designing the experimental bench for drive axles. It also presents its working principle and structure feature and the economic benefit in application.
本文主要介绍双联驱动桥的结构及工作原理，分析常见故障，提出排除方法及使用注意事项。
This paper mainly introduces the structure and working principle of double drive axle, analyzes ordinary failure and presents the solving method and using notice.
当运行在定速巡航状态和恒定的压力作用在油门踏板上时，此时驱动桥能有最佳燃油经济性。
Transaxles give their best fuel economy when operated in the top cruise gear and with steady pressure on the gas pedal.
结合现场实例，进行了振动压路机驱动桥弧齿准双曲面齿轮早期失效分析和热处理技术评价。
Combined with the practical examples, the premature failure analyses for the hypoid gears of driving axle of vibratory compactor and evaluation of heat treatment technique were performed.
为了保证汽车驱动桥主锥总成装配质量，在总成装配工艺中，要保证预紧刚度在规定的数值范围内。
To guarantee quality of the driving taper assembly the automobile, the preload stiffness should be restricted into prescriptive scope.
为了提高汽车驱动桥试验的自动化程度，更好地模拟汽车实际工况，研制了一种先进的驱动桥试验台。
To improve the automatic degree of the automobile driving shaft's test and better simulate the automobile operating mode, an advanced test machine has been developed.
转向驱动桥最重要的部件是桥壳，桥壳的结构力学特性对整个转向驱动桥的性能起着至关重要的作用。
The most important of the drive axle is the axle housing, the structure characteristic of the steer able drive axle housing decides the drive axle's capability.
文中还通过对参数约束数学模型的分析并结合驱动桥工程化设计过程，设计出搜索算法和参数更新算法。
By analysing the mathematical model and the design process of driving axle, the search algorithm and the parameter update algorithm are given in this dissertation.
将该自适应算法应用于驱动桥故障检测中，结果表明该算法能够区分和识别驱动桥存在的不同故障类型。
The algorithm was applied to faults diagnosis of driver axle. The result showed that the algorithm could distinguish and recognize different faults of driver axle.
本文对该机的主要性能参数及传动系统中的变矩器、变速箱、驱动桥的结构特点、工作原理进行了系统论述。
The systematic description of structure features of torque converter, transmission and drive axle, including working Principle, is made.
本文对该机的主要性能参数及传动系统中的变矩器、变速箱、驱动桥的结构特点、工作原理进行了系统论述。
The systematic description of structure features of torque converter, transmission and drive axle, including working Principle, is made.
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