一般用于汽车传动系统及动力转向系统之中。
Generally used in automotive transmission system and power steering system.
这是第一次，这一原则已在公路，汽车传动系统使用。
This is the first time that this principle has been used in a road-vehicle driveline.
采埃孚集团是全球汽车传动系统和底盘系统主要供应商之一。
ZF Group is a leading worldwide automotive supplier of driveline products and chassis technology.
汽车传动系统万向节总成，适用于轿车、中、轻、卡车及其它车辆。
The automobile transport system: The direction-restrain assembly is suitable for cars, medium and light-duty trucks and other vehicles.
汽车磁粉离合器的研究与应用对于改善汽车传动系统的工作性能具有重要意义。
The research and application of vehicle magnetic particle clutch are of great significance for improving the characteristics of vehicle driving system.
本文针对由发动机、离合器、CVT传动系统和汽车载荷构成的汽车整体模型，建立了无级变速汽车传动系统数学模型。
According to the principle of mechanical transmission, the mathematical model of transmission system, composed of the engine, the electromagnetic clutch, CVT and the load, is established.
上周开幕的上海汽车展上曝出了最新的数据点：别克展示了外形亮丽、时尚的SUV概念车，该车采用碳纤维底盘，并内置有混合动力传动系统。
Last week's opening of the Shanghai auto show provided the latest data point as Buick revealed a strikingly styled SUV concept with a carbon-fiber chassis and a plug-in hybrid powertrain.
例如，你可能分割一个汽车，通过将相关的功能组件分组在一起，例如底盘、动力传动系统、内部、外部、电子装置或软件，以及操纵、刹车或悬挂。
You might partition an automobile, for example, by grouping related functional components, such as chassis, drivetrain, interior, exterior, electronics/software, and steering/braking/suspension.
特斯拉的主要优势一直是电动汽车电池及传动系统的差压变送器（stellar）技术。传动系统是从引擎实际传送动力并输送到车轮的部件。
Tesla's main strength has been stellar technology for electric car batteries and powertrains-the portion of the car that actually transfers energy from the engine and transmission to the wheels.
他们像拼装组合玩具一样组装汽车，用买来的发动机、传动系统和零部件进行组装。
They assemble cars as if they are Lego sets, with purchased engines, transmissions and parts.
优越的混合传动系统是混合动力汽车开发的关键，直接决定整车各项性能的研究开发潜力。
A superior hybrid transmission system, which decides the research and development potential of a hybrid electric vehicle (HEV), is crucial for its development.
日本JTEKT面向汽车的自动传动系统和无级变速箱，推出了长寿命行星轴用滚针轴承。
Japanese JTEKT faces the automatic transmission system of the car and case of infinitely variable speeds, rolled out axis of macrobian life planet to use needle bearing.
通过优化设计，使动力与传动系统达到更好的匹配，为汽车设计开发和性能改善提供可能的途径和合理的依据。
Finally, this paper studied the auto dynamic, economy and comprehensive performance, and the matching and optimized designing of the power transmission system using a domestic car.
当汽车紧急制动时能起分离作用，防止变速器等传动系统过载，起到一定的保护作用。
When automobile emergency brake can play the separation role, prevents transmission systems and so on transmission gearbox to overload, plays certain protective function.
本文对汽车动力传动系统进行了讨论分析和试验研究。
This paper is intended to provide an analytical and experimental study of torsional vibration of the automobile power train.
汽车的振动与噪声主要来源于发动机系统和传动系统。
The vibration and noise of the automobiles mostly comes from the engine and transmission system.
该试验台可模拟汽车发动机的道路工况及传动系统，可用于汽车发动机的匹配研究和排放研究。
This test stand can simulate the road condition of engine and transmission system, it can be used in researching match of the engine and the emission.
简述了电动汽车的动力传动系统的优化设计技术，自行设计了一种优化传动系速比的方法。
Optimization design technology of electric vehicle drive train is briefly introduced. A optimization method for the drive train is developed.
对汽车液力传动系统的优越性、液力自动传动油的作用、性能进行了简要叙述，并介绍了国内、外液力自动传动油的分类和使用。
The advantages of a hydraulic transmission system, the effect and property of hydraulic transmission fluid are given. Its classification and usage at home and abroad are introduced.
这些汽车通常用于城市运输，频繁的启停和制动工况使LCV注定成为混合动力传动系统的理想应用领域。
Frequent starts and stops as well as frequent braking maneuvers in those missions predestinate LCV as an application for hybrid transmission systems.
针对电动汽车驱动系统的特殊性，分析了直流传动系统和交流传动系统的特点。
This paper discusses two different drive models for EV. and analyzes DC drive system and AC drive system by considering the particularity of drive system for EV.
正确确定动力性、燃料经济性是进行全路面汽车起重机动力传动系统最优匹配的重要任务。
It is essential work for optimal match of all terrain truck crane power transmission to determine the dynamic performance and fuel economy.
根据汽车发动机附件皮带传动系统易出现的问题，提出了其设计的基本要求。
Based on a review of the problems existed in belt driving system for automotive engine accessories, the fundamental requirements in designing the system are proposed in this paper.
它由汽车底盘、车架、罐体、卸料系统、液压系统和传动系统组成。
The transport vehicle is composed of a motor-vehicle chassis, a vehicle frame, a tank body, an unloading system, a hydraulic system and a transmission system.
以汽车变速器传动系统为例，介绍了一种动态分析的方法。
Taking the transmission of the automobile gearbox as an example. this paper introduces a dynamic analysis method.
在将来，适用于城市公共汽车的轮边电力驱动等新型传动系统将扩大传动系统的范围。
In the future, alternative drive train concepts such as electric wheel drives used in city buses will enhance the drive train product range.
车架是汽车动力传动系统和驾驶室、货厢等重要总成的安装基础和车内外各种载荷的关键承载部件。
The vehicle frame is the base for the power train, cab and cargo body assembly. It is also the primary component for carrying the weight of vehicle parts, passengers and carry-on loads.
结合汽车制动系统、传动系统和发动机系统及整车动力学四大模型，完成了下层子系统的设计。
Furthermore, the brake system model, drive system model, engine system model and dynamics equations of whole vehicle are combined to finish the design of the substrate system.
结合汽车制动系统、传动系统和发动机系统及整车动力学四大模型，完成了下层子系统的设计。
Furthermore, the brake system model, drive system model, engine system model and dynamics equations of whole vehicle are combined to finish the design of the substrate system.
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