摘要目前,我们应用最广泛的联锁系统是计算机联锁系统。和传统的继电联锁系统相比，计算机联锁通过将通信技术、计算机控制技术与铁路信号设计中的可靠性、安全性理论相结合，能更好的实现车站联锁控制功能，已成为铁路信号设计中的主流选择。69871

本次前亭站的计算机联锁工程设计先从系统选型出发，接着按照设计的流程，采用AutoCAD绘图工具，具体阐述了主要设计内容（车站信号平面布置图；联锁表；双线轨道电路图；组合排列表；室外设备的继电接口电路；组合架相关配线表以及驱采信息表），每张图表的具体内容以及设计方法，并将所绘AutoCAD图纸制成配套图册。

该论文有图32幅，表22个，参考文献23篇。

毕业论文关键词：计算机联锁　　工程设计　　组合架　　AutoCAD

The Qian Ting station of computer engineering design

Abstract

At present, we are the most widely used interlocking system is computer interlocking system. Compared with traditional relay interlocking systems, computer interlocking system combines communication technology, computer control technology with safety and reliability theory in the design of railway signal, it can better realize the station interlocking control functions. Therefor it has become the mainstream choice in the design of railway signal. 

The qian ting station computer interlocking engineering design from the perspective of system selection first, Then according to the design process, used AutoCAD drawing tool. This paper expounds the main design specific content (the station signal pian; Interlocking table; Double track circuit diagram; Arrangement table; Outdoor equipment of relay interface circuit; Combination related wiring table and drive information table) , The specific content of each chart and design methods, and will be made into supporting atlas painted AutoCAD drawings.

The papers have 32 pictures, 22 charts and 23 references.

Key words:  Computer interlocking system 　　Engineering design 

Combiner bay 　　AutoCAD

目    录

摘要 I

ABSTRACT II

图清单 V

表清单 VI

1 绪论 1

1.1计算机联锁系统概述 1

1.2工程设计概述 3

1.3设计组织结构 3

2 车站信号平面布置图 4

2.1车站概述 4

2.2信号平面图布置内容 5

3 车站联锁 11

3.1联锁基本内容 11

3.2联锁表的编制 14

3.3进路控制过程 17

4 双线轨道电路 20

4.1轨道电路的基本原理 20

4.2极性交叉 20

4.3送电端、受电端的布置 21

5 组合排列表设计 22

5.1组合排列表绘制规范 23

5.2组合排列表编制规则 23

6 继电接口电路设计 25

6.1信号机点灯电路 25

6.2四线制道岔控制电路 前亭站计算机联锁工程设计:http://www.751com.cn/zidonghua/lunwen_78924.html