air suspension
英 [eə(r) səˈspenʃn]
美 [er səˈspenʃn]
空气弹簧；空气悬挂
双语例句
- 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。 - 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。 - 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。 - 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 new vehicle has a long wheelbase chassis and air suspension system and seeks to bridge the gap between off-roader and sports saloon.
这款新车拥有长轴距底盘和空气制动系统，有意将越野与运动款车型相结合。 - Simulation and Test Analysis of Ride Comfort on Air Suspension of Large Bus
空气悬架大客车平顺性仿真与试验研究 - 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。 - Bench Test and Static Stiffness Characteristic Research on Air Suspension with Shock Absorber
减振器一体式空气悬架的试验及静刚度特性研究 - Experimental study on vibration characteristics of scissors linkage seat with air suspension attached with auxiliary chamber
带附加气室空气悬架剪式座椅振动特性试验研究 - Air suspension system is a generic term for the suspensions which make air spring as its elastic element.
空气悬架系统是以空气弹簧作为弹性元件的悬架总称。 - Fatigue Fracture Analysis and Improvement of Automobile Air Suspension C-Beam
汽车空气悬架C型梁疲劳试验断裂改进分析 - 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 - Research on modeling of electro-controlled air suspension and design of H ∞ controller
车辆电控空气悬架建模及H∞控制研究 - This text introduces the process of design improvement of the air suspension guide arm, and analyzes the guide arm and kingpin caster angle before and after the improvement.
简要介绍空气悬架导向臂的设计改进过程，并对改进前后的导向臂和主销后倾角进行简要分析。 - Finite Element Analysis and Experimental Study on Front Frame and Air Suspension of Bus
大客车前双气囊空气悬架及前段车架结构有限元分析与试验研究 - Ride Comfort Analysis and Study on Fuzzy Control of Bus Air Suspension System
客车空气悬架系统的平顺性分析与模糊控制研究 - 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。 - Development of PID Control System for Electronically Controlled Air Suspension
车辆空气悬架PID控制系统的研究 - 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 - Non-linear Damping Optimization for Electronically-controlled Damping-adjustable Air Suspension Bus Based on Ride Comfort
基于平顺性的电控可调阻尼空气悬架客车非线性阻尼优化 - 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 - DOE Optimization Design of Structure Parameters of Bus Air Suspension Based on ADAMS
基于ADAMS的客车空气悬架结构参数DOE优化 - 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 - Neural Network Optimization on Matching of Air Suspension System
基于神经网络的空气悬架系统匹配优化 - Since the90's, the traveling speed has been accelerating faster and faster with the railway vehicles, Air Suspension Systems are widely applied.
年代以来，随着铁路客运速度的不断提高，空气弹簧的应用越来越广泛。 - The air suspension delivers a comfortable ride that isolates virtually any harshness from the occupants, and head toss and body roll are all well controlled.
空气悬架提供了舒适的乘坐该菌株几乎任何占用生硬，和头部和身体滚抛都是很好的控制。 - Handling Stability Simulation Research on Bus with Air Suspension
空气悬架大客车操纵稳定性仿真研究 - 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 - With the development of vehicle control technology, traditional air suspension has been gradually replaced by electronically controlled air suspension system.
随着车辆控制技术的发展，电控空气悬架系统逐步取代了传统空气悬架。 - 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