本文阐述了特种车辆CAN网络子节点的整个研制过程。
The thesis describes the complete R&D procedure of the Special Vehicle CAN Sub-Node.
论述了低散热发动机在特种车辆上应用的意义及研制存在的困难；
This article discusses the significance in special vehicle and the difficulty in research of the Low Heat Rejection(LHR) Engine.
代理各类品牌车辆、特种车辆、工程车辆及其各大品牌车辆零件的进口；
Acting import of various brands of vehicles, special vehicles, engineering vehicles and major vehicle components brands;
介绍了轮式特种车辆用电动助力转向系统的组成以及助力力矩的控制策略。
This paper introduces the structure of electric power steering system used in special wheeled vehicles.
运送设备和检修人员去沿线作业场所的特种车辆也要在车辆段内进行维修。
Works trains will be needed to ferry equipment and staff to work sites along the line and these will be serviced at the depot.
本装置结构简单，造价低，操作方便，广泛适用于各种常规车辆和特种车辆。
The utility model has the advantages of simple device, low cost and convenient operation and is widely used for various conventional vehicles and special vehicles.
从油气弹簧建模与试验验证出发，建立了特种车辆主动油气悬架的非线性模型。
Based on the modeling and experimental validation of the hydropneumatic spring, a nonlinear model of special vehicle active hydropneumatic suspension was developed.
而特种车辆，例如时速200公里（125英里）的特斯拉敞篷跑车则更为昂贵。
Specialist vehicles such as the 200kph (125mph) Tesla Roadster are even more expensive.
根据静态称重原理设计了一种二自由度运动平台，实现特种车辆质量和质心测量。
In terms of the principle of static weighting, a 2 DOF platform was developed for mass and center-of-mass measurement of heavy and special vehicle.
多年来，公司致力于自主研发能力的提高，建立了山东省特种车辆工程技术研究中心。
The company commits itself to the promotion of independent research and development ability in many years, and establishes research center for engineering of special vehicle.
本文针对某特种车辆半主动悬挂系统的磁流变减振器进行相应的结构、关键参数、磁路等设计。
This paper, structure, key parameters, magnetic circuit of the MRF damper which act as semi-active suspension system actuator of military vehicle have been designed.
本文对于特种车辆CAN网络的用户以及从事相关技术研发工作的工程技术人员有较高参考价值。
The thesis would be valuable for the client of Special Vehicle CAN and developers engaged in related R&D area.
该系统已经设计完成，并应用于某特种车辆的线缆检测中，现场运行情况良好，达到了预期的设计目的。
The system has been designed and applied in the detection of cable in a special vehicle, running well and achieved the expected aim of the design.
除了整车系统、汽车衍生产品及模具，爱达克公司还进行建模、样车、特种车辆的开发以及小规模的生产。
Apart from offering vehicle systems, vehicles and derivatives and modules, we also supply module building, prototype construction, and development and production of special vehicles.
艾里逊产品用途广泛，包括垃圾、消防、非公路、机场服务设备、轻卡和运货、城市城间客车、旅游车和特种车辆。
Allison products cover a wide range of vocations including refuse, fire, off-highway, airport ground equipment, pick up and delivery, transit, intercity buses, coach and specialty vehicles.
特种车辆主要是因为其工作环境或所具备的特殊功能来命名的，特殊功能的车辆往往需要具备特定的车辆结构要求。
Special vehicle is designed for the special working conditions or the special function, so it requires some special structures comparing to the common cars.
为了适应现时特种车辆管理系统对车辆GPS定位的精度的需要，并考虑到未来的发展趋势，对差分gps方案进行了介绍。
To meet the requirement of precise GPS positioning in vehicle management system, and also to consider the development in the future, this paper introduces differential GPS projects.
作为一种实时性要求较低的取证手段 ，基于它开发的特种车辆管理系统 ，通过监测运输车相关信息 ，并数字化记录到存贮卡。
As a lower demand, real time and witnedssed means, based on which we develop administration system to monitor the vehicle and store digitally into storage card.
遇袭时，这三人正与特种部队成员及阿安全部队执行例行的巡逻任务，他们乘坐的车辆遭爆炸袭击后受到轻武器火力攻击。
The trio were working with special forces carrying out a routine security patrol with Afghan forces when their vehicle was struck by a bomb blast and came under small arms fire.
特种工程车辆由于其结构复杂，使用中分布广泛，其故障诊断与维护工作难度很大。
Special engineering vehicle's structure is very complicated, and they distribute in wide areas, their fault diagnosis and maintenance are very difficult.
针对这种情况，对特种工程车辆的远程分布式智能监测、诊断、维护技术进行了研究。
According to this circumstance, this paper mainly pays attention to the research of remote distributed intelligent monitoring, diagnosis, maintenance system.
本文针对特种牵引车运行工况特点进行混合动力驱动系统分析与设计，通过优化有效地减少了车辆排放，提高了燃油利用率，并且降低了制造成本。
According to the drive cycle of terminal tractor, this paper designs hybrid system, so it can effectively reduce emissions and improve fuel efficiency, and reduce the relatively cost.
本文针对特种牵引车运行工况特点进行混合动力驱动系统分析与设计，通过优化有效地减少了车辆排放，提高了燃油利用率，并且降低了制造成本。
According to the drive cycle of terminal tractor, this paper designs hybrid system, so it can effectively reduce emissions and improve fuel efficiency, and reduce the relatively cost.
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