临境化盾构施工远程监控系统研究

发布时间：2018-04-28 12:31

本文选题：盾构施工 + 监控系统　；参考：《长安大学》2014年硕士论文

【摘要】：随着盾构施工智能化程度的不断提高，施工管理也必须朝着远程化、信息化的趋势发展，研发先进的远程监控系统已成为国内外一项重要课题。本文针对于国内现有自主知识产权的盾构机远程监控系统功能简单、可视化程度低、交互方式不佳，而国外的监控系统价格昂贵且在国内市场上用户体验性较差等问题，采用临境化的设计方法对盾构施工远程监控系统进行了研究，完成了整个系统设计。本文主要从系统的可视化、交互性方面出发，借助于三维技术等，将静态数据文本衍生为形象的动态图像信息，大大提高了用户的体验感，文中对系统中着重体现这方面性能的全国项目管理模块、项目信息概览模块以及机器数据监控模块进行了详细设计。首先，，对系统进行了整体规划，基于ASP.NET的B/S架构搭建了系统框架，明确了系统的组织结构，构建了母版页；然后，基于Silverlight技术实现了全国项目管理模块，以中国地图为基础，实现了项目分布情况的呈现及项目概要信息的显示；其次，基于“时间换空间”的设计思想，完成了项目信息概览模块，实现了众多信息有条不紊的呈现；最后，完成了机器数据监控模块的开发，以三维动画的形式实现了盾构机位姿的实时显示，以曲线图的形式实现了传感器历史数据的查看等。
[Abstract]:With the continuous improvement of the intelligent degree of shield construction, construction management must also move towards the development of remote and information technology. The research and development of advanced remote monitoring system has become an important topic at home and abroad. This paper aims at the problems such as simple function, low visualization and poor interaction mode of shield machine remote monitoring system based on domestic independent intellectual property rights, while the foreign monitoring system is expensive and has poor user experience in the domestic market. The remote monitoring system of shield construction is studied by using the method of environment design, and the whole system design is completed. Based on the visualization and interactivity of the system, and with the help of 3D technology, the static data text is derived into the image dynamic image information, which greatly improves the user's experience. In this paper, the national project management module, the project information overview module and the machine data monitoring module are designed in detail. First of all, the overall planning of the system is carried out, the system framework is built based on the B / S architecture of ASP.NET, the organizational structure of the system is clarified, and the master page is constructed. Then, the national project management module is implemented based on the Silverlight technology, based on the map of China. Secondly, based on the design idea of "time and space", the project information overview module is completed, and a lot of information is presented methodically. The development of the machine data monitoring module is completed, the real-time display of the position and pose of the shield machine is realized in the form of 3D animation, and the historical data of the sensor is viewed in the form of graph.
【学位授予单位】：长安大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：U455.43;TP277

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