矿浆闸阀参数化设计系统研究与开发

发布时间：2018-02-17 00:39

本文关键词： 矿浆闸阀参数化设计二次开发 UG/Open VC++6.0　出处：《沈阳大学》2015年硕士论文　论文类型：学位论文

【摘要】：随着我国浆体管道输送技术的不断提高与发展,矿浆闸阀作为重要控制部件而应用日益广泛。目前国内的矿浆闸阀生产和制造企业,对矿浆闸阀产品设计主要采用查阅手册、套用经验公式和不断重复设计等繁琐的设计方法。这严重影响新产品研发周期,降低了企业的生产效率。由于矿浆闸阀系列产品结构具有极高的相似性,所以采用参数化设计技术来实现矿浆闸阀产品的模块化设计,可以解决以上不足。此外,在矿浆闸阀产品中,常用零件和标准件较多,鉴于这一特点,也比较适合采用参数化特征建模技术。因此本文基于UG软件平台,利用其二次开发技术,对矿浆闸阀参数化设计系统进行了开发与研究。本文首先综述了国内外参数化设计技术的研究现状及其理论,通过对矿浆闸阀系统功能的需求分析,确定了系统整体开发框架和功能模块。然后,根据系统功能模块划分,采用C/S体系结构模式的开发方式及UG二次开发工具包UG/Open、VC++6.0、Microsoft Office Access 2003等开发工具,创建了人机界面交互模块、参数化应用程序执行模块及数据和零件模型库模块。最后,完成了矿浆闸阀参数化设计系统的开发与研究。本系统具有良好的人机交互界面,根据矿浆闸阀参数化设计要求,设计人员通过系统界面,可以方便、快捷、高效的完成矿浆闸阀各零件的快速建模和系统技术管理工作。
[Abstract]:With the continuous improvement and development of slurry pipeline transportation technology in China, slurry gate valve is widely used as an important control component. At present, in domestic production and manufacturing enterprises of slurry gate valve, reference manual is mainly used for the product design of slurry gate valve. The application of empirical formula and repeated design methods has seriously affected the research and development cycle of new products and reduced the production efficiency of the enterprise. Because of the high similarity of the structure of the series of mineral slurry gate valve products, Therefore, adopting parametric design technology to realize modularization design of slurry gate valve products can solve the above problems. In addition, in the slurry gate valve products, there are more commonly used parts and standard parts, in view of this characteristic, Therefore, this paper based on UG software platform, using its secondary development technology, The parametric design system of slurry gate valve is developed and studied. Firstly, this paper summarizes the research status and theory of parametric design technology at home and abroad, and analyzes the function of slurry gate valve system. The overall development framework and function modules of the system are determined. Then, according to the partition of the system function modules, the man-machine interface interaction module is created by using the development mode of C / S architecture model and the development tools of UG / OpenVC 6.0, such as Microsoft Office Access 2003, etc. The parameterized application program execution module, data and parts model base module. Finally, the development and research of the parametric design system for the slurry gate valve are completed. The system has a good man-machine interface, according to the requirements of the slurry gate valve parameterized design. Through the system interface, designers can easily, quickly and efficiently complete the rapid modeling and system technical management of each part of slurry gate valve.
【学位授予单位】：沈阳大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TH134

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