【作者】 张华；

【导师】 陈定方； 李波；

【作者基本信息】 武汉理工大学 ， 机械设计及理论， 2012， 硕士

【摘要】 随着经济快速增长和社会全面进步,能源短缺问题在我国日益明显,解决我国能源短缺问题的一个重要措施是新能源及可再生资源的开发与利用。行星齿轮传动增速器作为风力发电系统重要的部件之一,其设计、开发及制造历来被企业和设计人员所重视,特别是随着增速器各零部件设计的标准化、系列化、通用化,实现增速器零部件的参数化设计已成为大势所趋,而计算机技术和CAD技术的迅速发展,又为参数化设计提供了软件实现条件。本文以行星齿轮增速器为研究对象,开发其参数化设计系统。主要完成以下研究工作：(1)研究增速器参数化设计系统的关键技术,包括：参数化建模技术、数据库技术、SolidWorks二次开发技术及产品优化设计技术。在对行星齿轮增速器进行功能和结构分析的基础上,对系统总体结构研究和规划,建立系统总体框架。(2)研究增速器零部件参数化建模技术,应用基于尺寸驱动的参数化建模方法建立增速器零部件三维模型,在零件参数化建模基础上,应用基于装配约束的参数化建模方法,在零件中引入关联参数和装配约束,解决增速器部件参数化建模问题,建立了增速器整机三维模型。(3)研究SolidWorks工程图自动生成及调整技术,对增速器参数化设计系统进行工程图二次开发,对生成符合企业要求的二维工程图有重要作用,对提高设计效率,缩短开发周期,实现快速设计具有重要意义。(4)研究行星齿轮增速器装配顺序规划,确定增速器各零部件之间的装配关系,在SolidWorks装配体环境中添加关联尺寸和装配约束,实现增速器整机的虚拟自动装配和干涉检查,在出现干涉区域,对涉及的零部件重新设计,从而消除增速器整机的干涉。本课题以SolidWorks为软件平台,以Access为后台数据库,在Visual Basic编译环境中对SolidWorks进行二次开发,建立界面友好的行星齿轮增速器参数化设计系统,对相关设计人员具有重要的参考价值和现实意义。更多还原

【Abstract】 With the rapid growth of economic and the development of our society, the problem of energy shortage is gradually serious. One of important measures to solve energy and environmental issues is to exploit and use new and renewable energy. As one important part in the wind power generation system, the design、development and manufacture of the planetary accelerator is paid more attention by the designers. Particularly, with the standardization and serialization of the components of the planetary accelerator, the parametric design of components is becoming a trend. At the same time, the rapid development of the computer technology and the CAD technology provide software support for parametric design. This paper develops a parametric design system for planetary accelerator. In this paper, the researches are as followings:(1) Discusses the key technologies of the planetary accelerator, such as parametric design technology、database technology、secondary development and optimization design technology. This paper discusses and plans the system architecture and establishes the system framework based on the functional and structural analysis of the planetary accelerator.(2) Discusses the parametric design technology of the planetary accelerator. It constructs the model of planetary accelerator by the parametric modeling method of size-driven. By introducing the associated parameters and assembly constraints and using the parametric modeling method of assembly constraints, this paper solves the problem of parametric modeling of the accelerator components. Finally this paper constructs the whole three-dimensional models of the accelerator.(3) Discusses the automatically generating and adjusting of SolidWorks drawings. And this paper also discusses the secondary development of SolidWorks drawings in the parametric design system, which is important for generating enterprise drawings, which has great significance for improving the design efficiency and shortening the development cycle.(4) Discusses the assembly sequence of planetary accelerator and determination of assembly relationships between the various components of the accelerator. With the dimensions and assembly constraints added, this paper achieves automatic assembly and interference checks for the accelerator. In the region of the interference, it redesigns the parts involved to ensure no interference.Using SolidWorks as the software platform and Access as the back-end database, this paper discusses the secondary development of SolidWorks in the environment of VB and establishes a friendly interface for parametric design system of the planetary accelerator, which shows great theoretical meaning and practical value for designers.更多还原