随着煤矿企业信息化的发展、移动终端数据存储技术的日益成熟，基于嵌入式数据库的煤矿安全生产调度系统成为未来发展的趋势。它提高了煤矿信息监测效率，提供更加快速准确的安全预警提示，便捷的人员调度，成为煤矿企业信息化的有效方式之一。本文基于嵌入式数据库在移动终端上完成了煤矿安全生产调度系统数据处理方案的设计和实现。 本文首先分析了煤矿企业安全生产调度系统数据解决方案的功能需求，讨论了嵌入式数据库，SOCKET通信，数据链表等系统开发所需核心技术。在此基础上，提出了系统物理结构和软件总体架构。完成了系统软件的数据流程设计，软件子系统的数据设计，系统的接口设计。详细讲解了数据链路的建立，数据传输过程结构体、数据协议的设计，数据库的导入和使用，调度功能的数据实现方案等详细编码实现。 最后，设计系统测试方案和测试用例。系统通过测试，在模拟环境和真机上均运行良好，连续运行一周，各项数据指标均正常。具有较高的可靠性和稳定性。本文最后指出系统设计中不足和待提高的部分以及课题进展的方向。

With the development of the coal mine enterprises informational and mobile terminal data storage techniques coal mine safety monitoring and management system based on enbedded database is becoming the trend of the future. As one of coal enterprise informational effective way, it raises the efficiency of the coal mine information monitoring, provides more quickly and accurately early-warning prompt and convenient personnel dispatch. The design and implementation of the whole system of data processing based on embedded database in the mobile terminal be completed in this paper. In this paper analyzed the demand of data solution in the mine coal safety production management system, discussed SQLite database, hash tables and data structure, SOCKET communication which are necessary core technology. Besides that, this paper proposed the system physical structure and software framework for the need of this system function. The design of client software data flow and software subsystems data system interface are implemented. The data link establishment, the structure and protocol of data in data transmission, the import and use of database, the data process of management function are design and implemented in detail. According to the fundamental rule of software test, designed the test plan and test case, the test are implemented both in simulator and in real mobile phone. The test shows that the system operated conveniently. The system is very reliable and stable. After a week’s running, every function is running well. At last this paper points out that the design of the system shortage and areas in need of improvement, put forward the design idea and method for the system can be applied to other enterprise applications.