基于Delphi结构化语言开发电池设计数据库

Exploitation of battery design database based on delphi structural language

用Delphi结构化语言实现了电池设计的数据库系统。知识库采用了Paradox数据库,链接了TTable和TQuery组件,为数据库提供了添加、修改和查询等强大功能。推理机采用精确计算与选择相结合的方法来确定符合条件的半反应电对。利用了面向对象的Windows编程方式,窗口界面友好直观和易于使用。而且系统安装后,可脱离Delphi独立运行。

The database system for battery design was programmed using Delphi 7 structural language. A Paradox-type database was employed in the knowledge base, which provided strong function, such as appending, modification and search etc. To determinate the desire half equation, accurate computation combining with fuzzy selection was a dopted in the inference engine. The friendly window interfaces can be easily emploied since a windows-type OOD programming method was used. Moreover, after success setup, the database can disengage from Delphi and independently run.