行部

B0B0B0轴式电力机车走行部的研制

Development of Running Gear of B_0-B0_ - B_0 Electric Locomotive

SS8型电力机车走行部问题的探讨

Research on Some Problems Involved in Running Gear of SS_8 Electric locomotive

材料与方法：48例梗阻性黄疸病人均经CT常规平扫及造影增强扫描，其中部分病人的梗阻移行部还经薄层扫描。

Materials and Methods : Forty - eight patients with obstructive jaundice underwent conventional CT plain scans and contrast - enhanced scans ; partial patients also underwent additional thin slice scans in the shift site of obstruction .

东风4D系列内燃机车走行部的新技术有：滚动抱轴轴承箱、25°压力角的牵引齿轮；

New technologies on the running gear include : rolling seize bearing box , 25 ° press angled traction gears ;

实践证明，用DSP实现高速多通道数据采集，用在线检测列车车下走行部状态，能够满足信号的分析要求，且具有真实性和有效性。

As the result shows , the DSP technology could accomplish high-speed , multi-channel data collection and thus ensure the reality and validity of the signal data in detecting the running cars , which are demanded by data analysis .

主要操作包括双侧肺静脉一左房移行部的隔离消融，左心耳切除，Marshall韧带离断，心外膜部分去神经化治疗等。

Major operations , including a bilateral pulmonary vein isolation of left atrial ablation transitional Department , left atrial appendage removed , Marshall ligament transection , Epicardial part of the treatment to the nerve .

JL-601机车走行部检测系统

JL-601 Detection System for Running Gear of Locomotive

介绍了JZT-1机车走行部状态监测及故障诊断系统的构成和技术特点。

The construction and technical characteristics are described for the monitor and failure diagnosis system of locomotive running gear for JZT-1 .

在计算分析的基础上，论述了SS7型B0-B0-B0轴式电力机车走行部参数和结构选择的依据，探讨了在转向架之间要安装横向连接器改善机车动力曲线通过性能的问题。

On the basis of calculation and analysis , the author discusses . the choice basis of running gear parameters and structure for SS7 B. - B. -B.electric locomotive , explores the improvement of curve negotiation of the locomotive by installing transverse connectors between bogies .

内燃机车走行部常见故障救援方法

The rescue method of common failure for diesel locomotive running gear

基于旅客列车安全监测系统与神经网络的走行部状态监测研究

Bogie Condition Monitoring Based on Passenger Car LAN and Neural Network

建立走行部故障诊断模型。

The last job is to set up running gear diagnosing Model .

基于小波分析的机车走行部故障诊断方法

Fault Diagnosis Method for Locomotive Bogies Based on Wavelet Analysis

独立车轮走行部的结构形式多样。

Many types of running stocks with independent wheel have been developed .

轴温报警及走行部监测装置的运用分析

Operation analysis of axle temperature alarm device and running gear monitoring device

文中讨论了传统系统对走行部稳定性的影响。

The influence of transmission system on stability running gear is studied .

一种非径向调整独立车轮走行部的结构分析

Structural Analysis of a Running Stock with Non-steering Independent Wheel

机车走行部轴承的故障诊断分析及处理措施

Fault diagnosis and treatment of bearings of locomotive running gear

机车走行部弹簧超声波探伤研究

Study on Ultrasonic Detection of Locomotive Running Gear Springs

内燃、电力机车走行部车载监控系统

Development of the On-board Monitoring System for Diesel and Electric Locomotive Runing Gear

新型单轨电动游览车走行部的设计

Design of running gear for a new type single track electric tourist train

客车行车安全监测系统中走行部节点功能校验系统的实现

Function Check of Car Running Gear in Passenger Car Travelling Safety Monitoring System

发展中的轻轨车辆走行部

The Developing Running Gears of Light Rail Vehicles

卸煤机走行部的技术改造

Technological Innovation for Coal - drop Walking Part

机车走行部动态故障非接触式自动诊断系统的研究

Study of non contact automatic diagnostic system of dynamic failure for locomotive running gear

高速机车走行部实时在线监测与诊断方法的研究

Research on Real-Time Running State Monitoring and Diagnosing Method of High Speed Locomotive Running Part

列车属于复杂的设备系统，主要由列车走行部、制动系统、车电应用系统三个关键部分组成。

It contains running department , braking system , car electrical application system three key parts .

便携式铁路车辆走行部故障在线诊断系统研究与开发

The Research on the Convenient On-line Fault Diagnosis System of the Railway Motorcycles ' Traveling Part

轮对是机车走行部的重要部件，是影响列车安全运行的主要因素之一。

Wheel is the most important component of vehicle bogie and the mostly factor of vehicle running safety .

前期设计的个性化接骨板应力集中在接骨板的移行部。

The stress of the preliminary designed personalized plate was concentrated in the transitional part of the plate .