-
摘要我国现代化城市建设已经进入空前繁荣的时期，城市地下管线作为城市的基础重要设施，其布设的质量不仅关系到每个居民的生活和城市的整体规划，更是影响现代化城市的建设和政治经济发展。因此，地下管线探测工作和成图方法研究工作亦受到各城市城建部的重视。34374
- 上一篇：图书馆安全通风设计+fluent程序
- 下一篇：GPS基线向量处理方法研究
本文首先分析了地下管线探测的现状。地下管线探测仪是进行地下管线探测工作的重要工具，探测技术又要根据城市地下管线材质类型进行选择，故在文中以RD4000为例详细介绍了探测仪的结构、各组件的功能,并且简单介绍了多种探测方法的基本原理和原则。同时，为使得探测和成图方法表述的更形象，本文第四章和第五章以我校云龙校区地下管线探测为例，严格遵循《地下管线探测技术规程》，以管线数据处理与图形编绘为理论基础，对地下管线探测方法和成图方法研究进行了详细具体的介绍，并用ＣＳＡＡ７．0展出测量得到的地下管线图。
毕业论文关键词：城市地下管线、管线探测仪、探测方法、成图方法。
Abstract
Our modern city construction has entered a period of unprecedented prosperity, As a basis for important facilities of the city,the quality of urban underground pipeline is not only related to the overall layout plan of life and every resident of the city, it is close the city's political process and the modernization of the city economic development. Thus, underground pipeline detection and mapping work methodological work also valued cities urban construction portion.
This paper analyzes the current situation of underground pipeline detection. Underground pipeline detection is an important tool, but also according Detection Technology urban underground pipeline material type selection, it is an example in the text to RD4000 detector described in detail the structure, function of each component. And briefly introduces the basic principles and principles variety of detection methods. At the same time, so that the detection and mapping method expressed more vivid, Chapters IV and V of this article to Yunlong campus of the university of underground pipeline detection, for example, strictly follow the "underground pipeline detection technology point of order" to the pipeline data processing and graphics series painted as the theoretical basis, the underground pipeline detection methods research and mapping methods were detailed and specific description, combined with underground pipeline detection works outside the industry and specific procedures within the industry, CSAA7.0 draw measured underground pipeline map.
Keywords: urban underground pipelines, pipeline detector, detection methods, mapping methods.
目 录
摘要Ⅰ
AbstractⅡ
1 绪论1
1.1 选题背景1
1.2 国内外研究现状1
1.3 主要研究内容和技术路线1
2 RD4000地下管线探测仪3
2.1 概述3
2.2 RD4000探测仪结构和使用特点3
2.3 网络接入功能的使用4
2.4 RD4000Rx标准接收机4
2.4.1 RD4000Rx标准接收机的结构4
2.4.2 RD4000Rx标准接收机的使用方法5
2.5 RD4000T10标准接收机5
2.5.1 RD4000T10标准接收机的结构5
2.5.2 RD4000T10标准接收机的使用方法6
3 地下管线探查的方法和特点9
3.1 概述9
3.2 红外辐射法9
3.2.1 基本理论9
3.2.2 工作方法9
3.2.3 红外辐射法的应用10
3.3 直流电法11
3.3.1 基本理论11
3.3.2 工作方法12
3.3.3 直流电法的应用13
4 地下管线探测实施 14
4.1 概述14