矿山深部资源开采形成的采空区是矿山主要灾源之一，实现其有效数字化管理是矿山安全生产的重要课题。为完善自主研发的采空区三维建模可视化集成系统的功能结构，实现矿山采空区的数字化安全管理，在数据库功能需求分析及采空区信息分类整理的基础上，设计了集成系统采空区信息数据库的功能结构及数据库表结构，以Microsoft Visual Studio 2010为开发工具，运用Visual C++及SQL语言成功实现了数据库平台的构建，并将开发的采空区信息数据库在凡口铅锌矿采空区管理中展开了实际应用。实践表明，采空区信息数据库的开发有效地完善了集成系统的功能结构，初步实现了采空区的数字化管理，为开展采空区周边相关开采工程设计提供了有益借鉴。

The goaf formed by the exploitation of deep mineral resources was one of the major disaster sources which seriously threat to mine safety.The realization of digital management of goaf was an important issue for safety in production of mine.In order to improve the function and application value of 3D Modeling Visualized integratation system of goaf developed independently and realize the digital safety management of goaf， the functional structure of database system about goaf information and structure of database table were designed independently according with management status and requirement of goaf in mine and basing on analysis and arrangement of goaf information.The database system about goaf information was developed successfully which included mine information table，goaf information table，wall rock information table and some other main tables.Microsoft Visual Studio 2010 was chosen as the developing tool.Through the language Visual C++ and SQL platform database about goaf information was built successfully，an effective method for database about goaf information development techniques proposed，the functional structure of the three-dimensional modeling visual integrated system of goaf improved and it was applied successfully to the goaf management of a metal mine in Guangdong province.The practical application showed that the functional structure of integrated system was perfected by the development of database system and digital management of goaf was preliminarily realized.Useful reference was provided in systemic management and the works surrounding goaf，like relevant mining design.