电缆沟

本文从电缆沟开挖施工、电缆过道施工、轨旁设备安装、室内结合施工、模拟试验五个方面简述了提速既有营业线信号施工的安全技术措施。

The paper briefly introduces the technical measures for safe construction on existing revenue lines after the speed-lift in five respects of cable conduit digging , cable gangway construction , trackside equipment installation , indoor connection construction and simulating test .

本文设计了一种基于ARM7的电力电缆沟道监测系统，该监测系统能够对电缆沟道起到防盗、防火、防潮等安全监测作用。

We design the monitor system for cable trench based on ARM7 , which can be used for the protection against the theft , the fire and the humidification .

基于ARM的CAN总线电缆沟道监测系统的设计

Design of CAN bus power cable trench monitoring system based on ARM

本文中所实现的基于ARM的电力电缆沟道监测系统，就是一个典型的嵌入式网络监测系统。

The power cable channel monitoring system based on ARM achieved in this paper is a typical embedded networked monitoring systems .

文章介绍了在线监测电缆沟方案在技术上和经济上的先进性，并列出了用新型传感器在工程中的应用实例。

And present an example of new sensor using in engineering .

变电所电缆沟的造价分析

Analysis on the cost of the cable groove in the substation

高压电缆沟中土壤水分含量的监测系统

Monitoring System of Soil Moisture Content in High-Voltage Cable Trenches

电缆沟结构模型的现状和设计优化

Present Status and Optimum Design of Cable Duct Structural Model

地下电缆沟道漏水原因分析及处理方法

The Leaking Reason Analysis and Treatment Method of Ditch in the Underground Cable

公路隧道二次衬砌和电缆沟间连接钢筋的改进

Optimization of Connection Rebar between Secondary Lining and Cable Duct in Highway Tunnels

电缆沟中潮气对电气设备的危害与消除

Removal Dampness Harm in Cable Trench to Electric Apparatus

本论文主要工作是完成电缆沟道监测系统管理软件的设计。

The management software design of cable channel monitoring system has been achieved in this paper .

位移测试结果表明该防护方案是有效的，保护了高压电缆沟的安全；

It was shown that the protection project was effective and the high-voltage cable channel was safe .

描述一种实时湿度传感元件，它可以测量电缆沟中填充物的水分含量。

This paper introduces a moisture sensor which can measure the moisture content of cable trench filling materials .

电缆沟火灾蔓延迅速，高温有毒烟雾积聚，火灾扑救难度大，一旦发生火灾将造成严重的经济损失和人员伤亡。

The spreading of cable groove fire makes the poisonous smog of high temperature collect and it can cause great economic and human loss .

引用整体弹性钢模板浇筑工艺用于港口建设，可解决电缆沟施工中存在的外观质量问题。

The introduction of monolithic elastic steel mould to the port construction can solve the problems both in quality and appearance for cable pitch construction .

三种调查点位类型中，检修道路影响区域的草本层的多样性和物种丰富度高于塔基和电缆沟扰动区域。

Among the three Survey points , the species richness indices and diversity indices of herb layer in overhaul road is higher than that in cable duct and wind turbines foundation .

适用于室内.隧道、电缆沟及管道中，也可埋在松散的土壤中，不能承受外部机械作用力，但可承受一定的敷设牵引。

Installed indoors , in tunnel , ditch and conduit as well as in lose soil , unable to bear external mechanical forces , but can bear the traction force during cable installation .

漳州港4，5泊位水工工程电缆沟施工采用新工艺进行技术革新获得了阶段性成果，可以说是整体弹性钢模板工艺的成功尝试。

The new technology and innovation in Docks 4 and 5 of Zhangzhou Port brought up stage success . It is a successful initial trail of the technology concrete molding of monolithic elastic steel mould .

文章参考大量的文献及施工实际，介绍了工业化装配式变电站钢结构建筑物施工吊装技术，对建筑物、装配式电缆沟、围墙及模块化电气施工技术。

Article reference extensive literature and construction practice , this paper introduces the industrialization fabricated substation steel structure building construction and installation technologies of buildings , fabricated in cable trench , partition wall and modular electrical construction technology .

这种盾构可广泛应用于城市污水、雨水、电缆、共同沟等地下管道工程中的小直径隧洞的开挖。

This shield can be widely used to excavate small diameter tunnels such as urban sewage , rainfall , cable and common trench etc.

本系统可以实现对变电站、开关站、配电室、电缆、竖井、沟道及高压用户等空间位置、图形资料（包括一次接线图、竣工图、断面图）、电缆台帐信息的综合管理；

And so , the GIS-based Electric cable information management system can administrate transformer substation , switch substation , power distribution room , power cable , silo , canal and high voltage user according to their location , drawings , cable records .

从机房布局、电缆走行、电缆沟与地线的制作到设备各部件之间的连接都是降噪的系统工程。

The work of reducing noise is a system engineering which includes scientific layout machine room of ADVANTX system , interconnection cables , making cable duct and earthling assembly , and so on .

同时，电缆的敷设方式多种多样，如直埋、电缆沟、隧道、排管敷设等。不同的敷设方式，将直接影响到电缆运行的经济性和可靠性。

Meanwhile , a variety of laying ways are used for the cable installation , such as directly buried laying , cable duct laying , tunnel laying , pipe laying and so on , by which the economy and reliability of the cable operation are affected directly .