行驶系

其次，本文实现了对于行驶系间隙的自动化检测，真正实现无人检测，为达到此目的提出并使用了适应性卡尔曼滤波算法；

Secondly , this paper realizes the automatic inspection of automobile running gear 's gap .

本论文首先提出了汽车行驶系间隙与制动性能一体化检测的思想，将传统的多个检测设备集于一身，节约了成本；

This paper expounds the conception of integration inspection to automobile running gear 's gap and brake system function .

利用UG三维设计软件和机电一体化知识对模型车的行驶系、传动系和转向系进行了设计，并利用计算机进行优化计算。

The driving , transmission and steering system of the model vehicle was designed and optimized with using UG software and mechatronics knowledge .

康铃轻型载货汽车行驶系主要部件设计研究

Research on Mainly Part Design of Run System of KangLing Light Truck

经过推导、计算与分析，建立了汽车底盘中转向系、传动系、制动系以及行驶系的数学模型。

Erects the mathematic model of the chassis by illation , calculating and analyzing .

行驶系中的每一个部分都有可能出现故障，这将影响到行驶系的技术状况。

Every part of a running device may go wrong , which can affect the technical conditions of this assembly .

最后，本文进行了试验研究，充分验证了行驶系主要部件方案设计的可行性，以及可靠性。

Finally , some test study validate adequately the feasibility and the reliability of the design blue print of run system .

事实上我们可以说行驶系在一定程度上影响着汽车的行驶性能。

Actually , we can say that , to some extent , the running device affects the driving performance of a car .

悬架作为车辆行驶系的重要组成部分，对汽车的操稳性和舒适性有着很大的影响。

Vehicle suspension system is an important part of the ride system , as has great impact on ride comfort and operation stability .

从理论上分析了汽车行驶系间隙和制动性能一体化检测的可行性。通过分析，得出其一体化检测是可以实现的，并得到了间隙变化曲线。

This paper assays the possibility of the integration inspection of running gear 's gap and brake function from theory and conclude that the integration inspection can be realized .

本文根据大量试验数据，分析研究汽车行驶系诊断参数&转向轮侧滑量产生的原因，汽车行驶系技术状况对转向轮侧滑量的影响，侧滑量对汽车使用性能的影响。

Based on data of experiments , this paper presents the results of analysis and research on automotive diagnostic para meters - the steering wheel side slip and its causes , the effects of technical conditions of wheels on side slip and its effects on the automotive operation performances .

重型载重汽车行驶稳定性与行驶系结构分析

Steering Stability and Structure Analysis of Running Gear of the Heavy-duty Vehicle

履带车辆行驶载荷在传动系试验台上的模拟

Simulation of the Driving Load of Tracked Vehicle on Power Train Test Bench

在汽车行驶时，转向系经常发生各种故障，根据多年修车经验，总结如下几点常见故障处理方法。

Traveling in the car , the steering system failure occurred frequently , according to years of repair experience , summarized as follows a few common fault approach .