suspension power

FMIC , Suspension , Power delivery , Clutch , Rear stiffness etc just little things I wanted to adjust .

中止供电，离合器，背刚度等只是一些小事情我想调整。

The paper studied the influences of structural and operating factors on pulp suspension and power consumption in a modified Pachuca ( pneumaticagitating ) reactor with a height / diameter ratio 7.5 . The experiments showed that both of the aeration and agitation affect suspension status mutually .

研究了高径比为7.5的充气搅拌反应器中结构因素和操作因素对矿浆悬浮和能耗的影响。

Integrated Control of Automobile Active Suspension and Electrical Power Steering Systems Based on Predictive Control

基于预测控制的主动悬架与电动助力转向集成控制

Research of simulation and test on suspension system of power assembly of electro-rheologic liquid

电流变液动力总成悬置系统仿真及试验研究液压悬挂系统联结装置

Study on Layered Coordination Control of Vehicle Semi-active Suspension and Electric Power Steering System Based on Grey Predictive

基于灰色预测的汽车SAS与EPS集成系统分层协调控制研究

Research on Integrated Control of Automobile Active Suspension and Electrical Power Steering Systems Based on Multi-Degrees of Freedom Model

基于多自由度模型的汽车ASS与EPS集成控制研究

The active suspension and electric power steering integrated control system indeed improves the vehicle handling and ride comfort .

主动悬架和电动助力转向集成控制系统能有效地提高车辆操纵轻便性、行驶平顺性。

The suspension of Chinese-built power stations follows a rise in friction between Beijing and New Delhi .

在中国企业发电厂项目暂停之前，中印两国之间的摩擦有所升级。

The integrated control model of the vehicle active suspension and electrical power steering system about steering model , pitch motion and roll motion model is established .

建立了包括转向运动模型、俯仰运动模型和侧倾运动模型的汽车主动悬架与电动助力转向系统的整车集成系统模型。

Based on Turbulence model , the relationship between the kinetic energy of turbulence consumed by sediment suspension and the power of water flow was established and a modified formula of transport capacity for suspended sediment was thus presented .

基于紊流模型，建立悬移质消耗的紊动动能与水流功率之间的相关关系，提出了一个新的悬移质挟沙力公式。

Integrated control on vehicle suspension system and electric power steering system

车辆悬架系统与电动助力转向系统的集成控制

Problems with Pipeline Support and Suspension Systems at Thermal Power Plants and Proposed Solutions

火力发电厂管道支吊架系统存在的问题及解决措施

Making use of the characteristic of the gas discharge tube to achieve suspension system detection of power line touching .

利用气体放电管的特性实现悬浮系统动力线搭接的检测；

Under this circumstance , research on layered coordinated control among suspension system , electric power steering system and braking system was carried out .

基于此，本文对汽车底盘系统中的悬架系统、电动助力转向系统及制动系统进行了分层式协调控制研究。

Then , the suspension system of automotive power assembly is modeled based on6 DOF via rigid dynamical theories .

根据刚体动力学理论，建立车辆动力总成悬置系统的六自由度动力学模型。

Took controllers designed for subsystems as bottom controllers , upper coordinated controller was designed based on deeply analyzing the influences among suspension system , electric power steering system and braking system .

然后，利用前面设计好的各子系统控制器作为底层控制器，在深入分析悬架系统与制动系统、电动助力转向系统与制动系统以及三系统间的相互影响的基础上，设计了上层协调控制器。

New Type Universal Couplings The suspension parameters of the power vehicle are determined to the advantage of facilitating the production of the power vehicle and in coordination with the design of its bogies .

确定了万向轴传动式高速动力车转向架的悬挂参数，并在保证性能的前提下方便了制造，有效地配合了转向架的设计工作。

Based on the full car model , a MPC ( Model Predictive Control ) controller was designed with predictive control theory , and the integrated control of Active Suspension System and Electric Power Steering System was achieved .

在整车模型基础上，应用预测控制理论，进行预测控制器的设计，实现了汽车主动悬架与电动助力转向系统的集成控制。

The vehicle suspension system is the power transmission junction device between the wheel and the vehicle chassis , which relieve the impact of external disturbance and ensures the vehicle ride comfort and handling stability .

汽车悬架系统是车轮和车身之间传力连接装置的总称，用于减缓外界扰动对车身的冲击，保证汽车行驶平顺性和操纵稳定性。

Utilizing the existing tracklayer and bridge-erector to develop the new hauling and running motor and reducer , and improving their suspension installation mode and power transmission mode , and improving brake rigging , to make them good for the operation in railway section with complex foundations .

文章论述了利用现有的铺轨、架桥机，重新研制新的牵引走行电机、减速机，且改进他们的悬挂安装方式和动力传递方式，改变基础制动装置，以适用地质复杂区段铁路线路的铺架。

Self-mixing interference ( SMI ) belongs to heterodyne detection of dynamic light scattering ( DLS ) for measuring the particle-sizing distributions ( PSD ) of submicron particles and nanometer particles suspended in suspension . And its power spectral density inversion is ill condition problem .

激光自混合干涉测量纳米颗粒粒径属于动态光散射技术中的外差法探测，其功率谱密度反演颗粒粒径分布属于病态问题研究的范畴。

The structure of traditional electro magnetic suspension ( EMS ) system is relatively simple and reliable . While the suspension power is very great , which would affect the increase of the suspension air-gap , for all the suspension force is provided by the windings of the electromagnetic iron .

传统的EMS型磁悬浮系统在结构上简单可靠，而且在技术上已经相当成熟，但是由于悬浮力全部由电磁铁来提供，因而电流和功耗都很大，而且影响悬浮气隙的进一步增大。

Semi-active suspension system is superior in controlling quality to the passive suspension and the active suspension system , lower power consumption , simpler structure , lower cost , has extensive application prospects .

半主动悬架系统在控制品质上优于被动悬架，接近主动悬架系统，能耗小，结构简单，成本较低，具有广阔的应用前景。

Although the HTS suspension system designed in this dissertation seems more complex than the normal-conduct EMS suspension system , and costs a more difficult operation condition , it can realize greater suspension gap , reduce the suspension power consumption , thus decreases the costs of the guideway .

虽然文章中设计的高温超导悬浮系统在结构上较常导EMS悬浮系统复杂，而且工作环境和条件更加苛刻，但能够显著降低悬浮功耗、增大悬浮间隙，极大地节约轨道的建设成本。