【作者】 刘翔；

【导师】 魏学业；

【作者基本信息】 北京交通大学 ， 交通信息工程及控制， 2008， 硕士

【摘要】 煤矿风机作为煤矿安全生产的主要设备之一，是防止瓦斯聚集和爆炸的最有效手段。煤矿风机工作状态监控系统对风机的供电系统、控制系统、风机、井下参数等进行实时检测，实现对煤矿风机工作状态的监督与控制，对保证风机的安全工作，提高煤矿的安全管理水平具有重要的现实意义。监控软件采用面向对象UML建模思想对整个煤矿风机的工作进行分析，建立起反映监控系统静态结构和动态特征的模型。在此基础上以Visual C++作为开发工具设计了一套煤矿风机工作状态监控软件，完成了数据处理、人机交互界面、报警，以SQL Server实现了数据的流式管理，以ActiveX组件技术和Web技术实现了远程浏览。对风机工作状态监控软件的建模过程和设计过程进行深入研究。采用UML软件开发思想，研究确定了开发过程的三个阶段：需求分析阶段，提取系统需求，明确软件设计目标；系统UML分析建模阶段，采用面向对象UML建模方法对煤矿风机工作状态监控系统进行了静态与动态建模，通过建模得到整个软件设计的蓝图；软件具体实现阶段，融入模块化的设计思想以Visual C++6.0为开发环境完成了串口通信、动态图形界面、数据管理、远程浏览模块的软件程序设计。通过使用该软件，操作人员在监控室就可以及时了解风机的运行工况和进行远程控制，大大改善了工作环境，通过浏览器就可以实现远程查看。该软件在生产现场进行了实地运行，运行结果表明：监控系统工作稳定可靠。更多还原

【Abstract】 As one of the most important equipments, Air blower of colliery is the most efficient way to prevent gas from congregating and exploding. The monitoring and control system of air blower real-time detect parameters of power supply, control system, air blower, air pressure under mine. The monitoring and control system ensures the air blower working safely, and improves the management level. It is significant to the safety and management of mine.The software adopted UML object oriented modeling thought and constructed the model that reflects static structure and dynamic characteristics. Based on the model analysis, a monitoring and control software is designed and suitable for the mine. The software is of the function of data acquisition and dealing, user interface, alarming. Simultaneously data base is achieved by SQL Server. ActiveX component, Web technology implemented remote browsing in the client’ explore.This thesis did in-depth research on the modeling and design process of the software. In the research, development procedure is divided into three phases: requirements analysis phase, abstracting requirements and definitude objective of software design; UML analysis phase, constructing static and dynamic models for the system; In the implementation phase, completing programming of every modules in the software under Visual C++6.0.By use of the software, the operators can supervise the running of the air blower, which enormously improves the work environment. At the same time, the information of air blower can be browsed. The software has worked in the scene and the results indicated that the system is stable and reliable when running.更多还原