Due to the use of blades, the stiffness of the front anti-roll bar can be easily adjusted.

1、

The front anti-roll bar uses the effective blade system.

前防倾杆的用途有效的刀片系统。

互联网摘选

2、

Based on the study of the operation principles of EPS, the present thesis designed and developed the Electronic Control Unit ( ECU) and the software program of the ECU of EPS, also carried out the bed test.

本文在研究了电动助力转向系统工作原理的基础上，设计开发了EPS的电子控制单元ECU（Electronic Control Unit）的硬件电路和相应的控制软件，并进行了EPS系统的台架实验。

互联网摘选

3、

Applying the vehicle-system-oriented numerical virtual prototype technology, the multi-body dynamic models of front suspension, rear suspension, tire, the steering system and a complete vehicle are created with ADAMS software.

运用面向整车系统的数字化虚拟样机技术和大型机械系统动力学仿真软件ADAMS建立了包括前后悬架、轮胎、转向系统及整车的多体动力学模型。

互联网摘选

4、

ZF Power Steering Systems for on and off-road Vehicles Safety Requirements-An Overview of the ZF "Servocom" Generation of Steering Systems

ZF公路和非公路车辆的动力转向系统安全性要求&ZFServocom型转向系统综述

互联网摘选

5、

The structure and working principle of the electric power steering ( EPS) system were summarized and the design method of the assistance characteristic of the EPS system was introduced.

概述了电动助力转向系统（EPS）的结构和工作原理，并介绍了电动助力转向系统助力特性的设计方法。

互联网摘选

6、

Combining automotive Electrical Power Steering System ( EPS) model and steering model with Active Suspension System ( ASS), the paper set up a full car dynamic model.

将汽车电动助力转向系统（EPS）模型、转向模型和主动悬架系统（ASS）模型相结合，建立了整车系统的动力学模型。

互联网摘选

7、

Using ADAMS/ Car model, by front suspension steering system of the mini car, discuss kinematic and compliant character, establish the foundation for research of handle stability and ride for full vehicle.

针对某微型车的前悬架转向系统，利用ADAMS／Car模块进行双轮反向跳动和转向的耦合试验，分析了运动特性和弹性运动特性参数，为整车的操纵稳定性和平顺性的进一步研究奠定了基础。

互联网摘选

8、

From the reference of concerned technical document, the paper established a mathematic model of the system, discussed the control strategy of EPS, and simulated the digital PID control and fuzzy control arithmetic.

在参考相关技术文献的基础上，建立了相应的系统数学模型，并对电动助力转向系统控制策略进行了分析研究，对数字PID控制和模糊控制进行了仿真分析。

互联网摘选

9、

Kinematics simulation to steering trapezium of steering system and reasonable matching to the parameters of steering trapezium by using ADAMS software.

利用ADAMS软件对转向系统进行了运动学仿真，对转向梯形机构的参数进行了合理匹配。

互联网摘选

10、

Study of System Integration between Electronic Control Suspension and Powered Steering Based on CAN-BUS

基于CAN-BUS的电控悬架与助力转向系统集成研究

互联网摘选

11、

The electric power steering system is presented in detail in this paper. An electric power steering control system based on DSP is designed.

阐述了电动转向系统的构成及工作原理，开发了以DSP为核心的电动转向控制系统。

互联网摘选

12、

Principle Analysis of the Electric Power Steering Taiyuan Public Transport Corporation

电动式动力转向系统（EPS）原理浅析

互联网摘选

13、

Model and simulation of the vehicle suspension steering system based on Adams

基于Adams的车辆悬架转向系统建模与仿真

互联网摘选

14、

Fuzzy Auto-tuning PD Control of Electromagnetic Power Steering System

电磁助力转向系统的模糊自调整PD控制研究

互联网摘选

15、

H_ ∞ Algorithms of Control System to Adjusting Steering Feel of Electric Power Steering System

调整电动转向系统转向感的H∞控制算法

互联网摘选

16、

The Fuzzy-Pid Control of Off-Road Vehicle Steering System

非公路车辆转向系统的模糊PID控制

互联网摘选

17、

The Assistance Characteristics Curve Design of EPS

电动助力转向系统助力特性曲线的设计

互联网摘选

18、

Since 1980s the electric power steering ( EPS) is getting more and more attention because of its environmental harmlessness, fuel economic and comfort.

目前，电动助力转向（简称EPS，Electric Power Steering）由于其集环保、节能、安全、舒适为一体，正越来越受人们的关注。

互联网摘选

19、

Electric Power Steering ( EPS) system is not a real on-demand steering system.

电动助力转向系统（EPS）不是真正的按需型转向系统。

互联网摘选

20、

Control Strategy of Automobile Electric Power Steering

汽车电动助力式转向系统（EPS）控制策略研究

互联网摘选