作　　者： ; ; ; ;

机构地区： 华南理工大学机械与汽车工程学院

出　　处： 《电力自动化设备》 2005年第8期87-89,共3页

摘　　要： 根据互感器模具的特点和应用现状,将基于知识的工程(KBE)技术应用于互感器模具设计。KBE技术描述的产品模型除包含模型的几何信息外,还包含材料、属性、结构拓扑、加工工艺等非几何信息;关键技术在于对知识的表示、获取、推理和管理。在其三维软件平台中引入KBE技术,以InteNT!为模型语言,Parasolids为几何引擎,UG知识融合(KF)模块的基础上,结合实例提出了KBE设计系统框架,重点论述了用户界面接口及知识建模技术。 According to the characteristics and current status of mutual-inductor mould,KBE(Knowledge-Based Engineering) technology is applied to its design.The product model described by KBE consists of both geometrical information of the model and non-geometrical information of material,property,configuration topology,processing technology and so on,and its key techniques rest with the representation,acquisition,discursion and management of knowledge.Combined with the practices,the system design frame is presented based on UG's KF(Knowledge Fusion) module,which integrates KBE technology,and takes Inte NT! as model language and Parasolids as geometrical en-gine.Its user interface and knowledge-based modeling technology are emphasized.

关 键 词： 互感器模具 知识融合 知识建模

领　　域： [电气工程] [机械工程]