电控空气悬架,ECAS
1)ECAS电控空气悬架
1.Present Application Status and Key Technologies of ECAS;电控空气悬架的应用现状和关键技术
英文短句/例句

1.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
2.Research on Matching Design and Control of Vehicle Electronic Control Air Suspension;载货汽车电控空气悬架的匹配设计与控制研究
3.Design of Electronic Control Air Suspension System for Vehicle Based on Freescale HCS08基于Freescale HCS08的汽车电控空气悬架系统设计
4.Simulation Analysis and Control of Vehicle Electronic Control Air Suspension Based on CAN-BUS;基于CAN总线的汽车电控空气悬架仿真分析与控制
5.Development of Electronic Control Unit for Air Suspension with Axuiliary Chamber;带附加空气室空气悬架电子控制单元研究
6.Investigation of Electronic Control System for Air Suspension Based on Fuzzy PID Control;基于模糊PID空气悬架电子控制系统的研究
7.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
8.Development of Electronic Control Unit for Air Suspension with Axuiliary Chamber Based on Fuzzy Control;基于模糊控制的带附加空气室空气悬架电子控制单元研究
9.Development of PID Control System for Electronically Controlled Air Suspension车辆空气悬架PID控制系统的研究
10.Parameters Matching and Ride Comfort Testing Research of Electrically Controlled Air-suspension System for Coach客车电子控制空气悬架系统参数的确定及平顺性试验研究
11.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
12.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
13.Forced Control of Hydraulically Driven System for Hydro-pneumatic Suspension Testing电液伺服油气悬架加载系统控制方法
14.Research on Dynamic Characteristic Analysis and Active Control of Air Suspension with Auxiliary Chamber;附加气室空气悬架特性分析及主动控制研究
15.Neural Network Control Simulation on Semi-active Air Spring Suspension;半主动空气悬架神经网络控制算法仿真研究
16.The Simulation and Test Research for Air Suspension System Based on the PID Controller;基于PID控制空气悬架系统的仿真与试验研究
17.Study on Dynamic Characteristic Analysis and Control of Air Suspension with Auxiliary Chamber;带附加气室空气悬架系统动态特性及其控制的研究
18.Intelligent Control Simulation and Test Research for Semi-active Air Spring Suspension半主动空气弹簧悬架智能控制算法的仿真及试验研究
相关短句/例句

electronically controlled air suspension(ECAS)电控空气悬架(ECAS)
3)Structure of ECAS电控空气悬架结构
4)Air suspension空气悬架
1.Integrated performance optimum design of heavy truck air suspension based on fuzzy control;基于模糊控制的重型货车空气悬架性能多目标优化
2.Neural network control method of automotive semi-active air suspension;汽车半主动空气悬架的神经网络控制方法
3.Self-adaptive fuzzy neural network control for automotive semi-active air suspension;汽车半主动空气悬架自适应模糊神经网络控制
5)Air spring suspension空气悬架
1.Parameter-self-adjusted fuzzy control method applied to semi-active air spring suspension of vehicle;半主动空气悬架的参数自调整模糊控制仿真
2.Design of Guide Mechanism for Air Spring Suspension System Based on Virtual Prototype Technology;基于虚拟样机技术的汽车空气悬架系统导向机构设计
3.Air spring suspension is one kind of semi-active suspensions; it helps to improve the ride comfort and control stability, and also remarkably decreases the damages to the road surface.空气悬架在车辆的行驶过程中,其刚度可以根据路况和需要进行调节。
6)Design and manufacturing technologies of ECAS电控空气悬架的设计与制造技术
延伸阅读

空气悬架在国外,空气悬架系统在重型货车上的使用率超过80%,在高速客车和豪华城市客车上已100%采用,部分轿车也安装了这个系统。 一辆高品质的SUV既要拥有轿车的舒适性,又要兼顾越野车的通过性能,空气悬挂系统是实现这目标的最佳选择。空气悬挂主要由控制电脑、空气泵、储压罐、气动前后减震器和空气分配器等组成。其功能主要有3个:控制车身的水平运动:调节车身的水平高度:调节减震器的软硬程度。其中,前两项功能是相互联系的,分为3个状态:1、关闭保持状态。当车辆被举升器举起,离开地面时,空气悬挂系统将关闭相关的电磁阀,同时电脑记忆车身高度,使车辆落地后保持原来高度:2、正常状态,即发动机运转状态。行车过程中,若车身高度变化超过一定范围,空气悬挂系统将每隔一段时间调整车身高度:3、唤醒状态。当空气悬挂系统被遥控钥匙、车门开关或行李厢盖开关唤醒后,系统将通过车身水平传感器检查车身高度。如果车身高度低于正常高度一定程度,储气罐将提供压力使车身升至正常高度。同时,空气悬挂可以调节减震器软硬度,包括正常、微软及硬态3个状态,驾驶者可以通过车内的控制钮进行控制。 以下是一款轿车用的空气悬挂系统配件,价钱在此类配件中算中下等的,另外还要加25%左右的费用,是关税和运费等。有些车型的改装的时候要VIN码(车辆的17位编码),都要从国外运来。 1、Front Kit 5000人民币左右(前悬挂,一对) 2、Rear Kit 4800人民币左右(后悬挂,一对) 3、Air Management Systems 9500人民币左右(空气控制系统)