摘要
考虑到用户的设计体验和定制化需求,将人机交互技术应用于工业产品设计与系统开发。以渐开线直齿圆柱齿轮为研究实例,利用CREO工具的特征建模、参数化功能及二次开发技术,在Visual Studio编译环境下开发了齿轮产品的参数化交互设计界面,不仅方便、快捷地实现了齿轮几何模型的编辑、修改与重建,而且有效改进了齿轮产品的设计效率及可塑性。通过探索齿轮产品人机交互运行模式的实现流程,验证了基于CREO平台的二次开发关键技术,为工业产品交互设计提供了重要的技术参考与支持。
In view of designing experience and customization demand for the consumer, the man-machine interaction technology is applied in industrial product design and system development. With involute spur gears as a research example, parametric interaction design inter- face of gear product is developed which utilizing feature modeling, parametric function and secondary development technique of CREO tool. In the Visual Studio compile environment, can not only realized the editing, modification and reconstruction of the gear＇s geometry model conveniently and quickly, but also improve the design efficiency and plasticity of the gear product. Through implement process exploring of the gear product＇s operational mode of man ma- chine interaction, the key technology of secondary development on CREO platform is proved, thus then some important reference and support are provided for interaction design of industrial product.
出处
《食品与机械》
CSCD
北大核心
2016年第9期80-83,共4页
Food and Machinery
关键词
交互界面
产品设计
编译
二次开发
关键技术
造型
interaction interface
product design
compile
secondarydevelopment
key technology
modeling
