pantograph

The pantograph can pass directly through the section insulator in both directions.

受电弓可在两个方向直接通过分段绝缘器。

Research on New Copper-Carbon Composite Pantograph Slide Plate

新型铜-碳复合受电弓滑板的制备

The resin-matrix pantograph contact strip ( RMPCS ) was prepared by using hot re-pressing and vacuum-impregnation process.

采用二次热压和真空浸渍工艺制备树脂基受电弓滑板试样.

The research purpose of this paper is improvement copper-based powder metallurgical pantograph sliding plate deliver the performances such as density, electrical conductivity and surface hardness, and eventually improve its abrasiveness can.

本论文的研究目的是改善铜基粉末冶金受电弓滑板的致密度、电导率、表面硬度等性能，并最终改善它的磨损性能。

The wear characteristics and current-carrying characteristics between immersed copper carbon pantograph slide and copper-tin alloy wire are studied, and the mechanism is analyzed by using the sliding electrical contact wear test machine self developed.

利用自行研制的滑动电接触磨耗实验机，研究了浸铜碳滑板和铜锡合金导线之间的磨耗特性和载流特性，并进行机理分析。

According to the work condition of pantograph slider, materials with improved friction wear performance was designed.

根据受电弓滑板的工况条件, 设计了摩擦磨损性能较佳的受电弓滑板材料.

The species and preparation methods of carbonic system pantograph strip materials are explained in detail.

重点阐述了炭系受电弓滑板材料的种类和制备方法.

Application of Solid lubricating Materials for Pantograph slide Plate

固体润滑材料在受电弓滑板上的应用

Design of the guide way of pantograph base frame for tilting train and analysis on its motion

摆式列车受电弓基座导轨设计及运动分析

In this paper detailed introduction of pantograph slide materials and and international researches and development condition.

详细介绍了受电弓滑板材料以及国内外的研究与发展状况.

It is proven by lots of experimental data that better performance of pantograph and catenary of electrified railways can reduce electromagnetic radiant intensity.

通过大量实验数据证明，提高电气化铁路弓网性能，可以降低电磁辐射强度。

A new non-contact pantograph slide abrasion detection method based on optic image detecting technology has been proposed in this thesis. It is a non-contact and non-stopping inspecting way.

本文提出了一套采用光学图像测量技术检测受电弓滑板磨耗的测量方案，不需要停车检测，采用非接触式测量。

The force, which acts on the pantograph tilting system, is analyzed and its influence to the bogie and carbody is discussed.

分析了受电弓倾摆机构各点的受力情况，并对受电弓倾摆系统对于车体及转向架可能带来的各种影响作出了分析研究。

Research on Preparation Technology for Layered Structure Pantograph Slide Plate

层状结构受电弓滑板制备工艺的研究

Copper-graphite composite is a very ideal self-lubricating and conducting material for electric locomotive pantograph slide plate.

铜一石墨复合材料是一种理想的自润滑、导电材料，是制备电力机车受电弓滑板等电接触元件的理想材料。

This Paper researches on the special tribological pairs of the pantograph slide block-contact wire of electric railway.

本文研究了受电弓滑板－接触网导线这一特殊摩擦副。

Design of Measurement System of Pantograph Slide Plate's Abrasion Based on Ultrasonic

基于超声波的受电弓滑板磨耗检测系统设计

The contact between the pantograph and catenary is the most important sliding friction pair in the electric railway system.

弓网的摩擦是铁路系统中最重要的滑动摩擦副。

The four-linkage tilting mechanism of pantograph is optimized to match the four-linkage tilting mechanism car body.

优选出与车体倾摆机构相匹配的受电弓倾摆机构.

Status and Expectation of Pantograph Slide and Contact Wire

受电弓滑板和接触网导线材料的现状及展望

Study on the active tilting system of pantograph

受电弓主动倾摆系统的研究

Study of measuring the contact force between pantograph and catenary

受电弓与接触网间的接触压力检测研究

The result is of practical significance in design of pantograph tilting mechanism.

为受电弓倾摆机构的设计开发提供了依据。

Microfilm reader-printer die pantograph machine

缩微胶卷阅读机／打印机

The current collection quality mainly correlates with the contact force of pantograph-catenary.

受流质量主要与受电弓与接触网之间的接触压力相关。

Kinematics analysis of pantograph tilting mechanism for tilting train

摆式列车受电弓倾摆机构运动学分析

Pantograph slide is the pivotal parts of electric locomotive, which get power from power supply web.

受电弓滑板是电力机车从供电接触网获取电能的关键部件.

Results show that the active tilting system of pantograph has good frequency response performances.

结果表明该受电弓主动倾摆系统有良好的频率响应特性；

A set of test apparatus of pantograph active control is developed to this problem.

本文针对此问题，研制了一套受电弓主动控制试验装置。

Research on New and High Performance Electric Locomotive Pantograph Slide Plate

新型高性能电力机车受电弓滑板的研究