air suspension

A software function that allows you to read the front and rear axle loads on trucks equipped with EBS and air suspension.

使用该软件功能，您可以在安装了EBS和空气悬挂的卡车上读取前、后轴的载荷。

This paper says the application of the electric control air suspension system to the bus will improve its performance of comfort greatly and control its height of body.

电子控制空气悬挂系统在客车上的应用，将大大提高客车舒适性并可以控制车身高度。

Static and Dynamic Characteristics of Cab Air Suspension of Commercial Vehicle

商用车驾驶室空气悬置的静动特性研究

Active air suspension is a new technology of automotive suspension.

主动式空气悬架作为汽车悬架的一门新技术,其应用越来越为广泛.

Therefore, for lately several years, air suspension be adopted more and more on upscale luxurious passenger car, heavy truck and senior passenger car on domestic and oversea.

所以，近十几年来空气悬架系统在国内外的高档豪华客车、重型载货汽车和高级轿车上被越来越多的采用。

Reasons Analysis of Steering Shimmy of Air Suspension System Buses

空气悬架客车方向发摆的原因分析

Matching and optimization of heavy commercial vehicle cab air suspension system

重型商用车驾驶室空气悬置系统的匹配优化

Through innovative design, the author ingeniously applies the magnet valve of the ABS as the down-valve of the air suspension system.

通过创新设计思路，将ABS电磁阀巧妙地用在了空气悬挂系统中作降阀使用。

Design of Heavy Truck's Air Suspension and Analysis for the Suspension System

重型载重汽车空气悬架设计及悬架系统分析研究

Static& Dynamic Analysis of V-Type Propelling Rod in Air Suspension System

空气悬架V型推力杆静动态特性分析

Among them? A location-based air suspension that remembers potholes and steep driveways and automatically adjusts to avoid them.

其中最有特色的功能是一款可以根据位置进行变化的空气悬架，它可以记住坑洼和陡峭的车道，并自动调整高度避开它们。

Investigation on Modeling and Control of Body Height Adjustment for Bus with Electrically Controlled Air Suspension

ECAS客车车身高度调节建模及其控制研究

Nonlinear Model on Leveling Procedure of Electronically Controlled Air Suspension

电子控制空气悬架高度调节过程非线性模型

The ride on this car with its air-suspension is as perfect as you can get.

与其坐这车的空气悬架你可以得到更完美.

The fourth part is the section of a heavy-duty commercial vehicle electronic control air suspension, the entire design process, methodology, calculation and design process analysis and research.

第四部分是对某款重型商用车电控空气悬架的整个设计过程、方法、计算流程和设计思想的分析和研究。

Study on Structural Safety of Automobile Seat and the Vibration Absorption Performance of Air Suspension Seat

汽车座椅结构安全性与空气悬挂式座椅减振性能研究

Now the non-contact handing technologies having been adopted are mainly electromagnetic, ultrasonic, air suspension, etc. The air suspension technology is divided into two types: blowing and negative pressure adsorption.

目前非接触搬运技术主要有电磁式、超声波式和空气悬浮式等几种方式。

The all-new Jeep Grand Cherokee offers the new Quadra-Lift air suspension system.

全新吉普大切诺基提供了新的空气悬挂系统.

It established air suspension fork simplified model in the implement of the mechanical system dynamics simulation analysis software ADAMS/ Car module.

并利用机械系统动力学仿真分析软件ADAMS/Car模块，建立了后空气悬架简化模型。

The Test and Simulation Analysis of Commercial Vehicle Cab Air Suspension System

商用车驾驶室空气悬置系统仿真分析与试验研究

The long wheel base Range Rover LSE showcases a number of'firsts'for an off-road vehicle including air suspension and electronic traction control.

以长轴距为基础的揽胜LSE创造了越野车一系列的“第一次”，包括空气动力系统和电子牵引力控制系统。

On the basis, an electronic control unit for air suspension is developed.

分析了空气悬架刚度调节原理和控制特性，研制了空气悬架刚度可调的电子控制单元。

Porsche's ParkAssist technology and air suspension are standard.

保时捷ParkAssist技术和空气悬挂的标准.

Design and Realization of Electronic Control Unit for Air Suspension Based on Height Adjustment of Automotive Body

基于车高调节的空气悬架电子控制单元的设计与实现

At present, air suspension applied on the heavy-duty truck abroad at the rate of 85%; about 80% of trailers using air suspension.

目前在国外，空气悬架在重型载货汽车上应用率达到了85%；大约有80%的拖挂车使用空气悬架。

The semi-active air suspension system, AIRMATIC Dual Control, keeps the level of the E-Class constant, no matter what condition the road is in.

半自动空气悬挂系统&“双控空气悬挂系统”令E级轿车在任何路面情况下保持车身平稳。

Because the air suspension fork has the misalignment rigidity characteristic and the relatively complex guidance power transmission organization, something like this increased difficulty in the air suspension fork design and the matching.

由于空气悬架具有非线性刚度特性和相对复杂的导向传力机构，增加了空气悬架设计和匹配的难度。