观赏型水涡流健身器的虚拟装配与运动仿真
摘要：我们小组的本次设计是观赏型水涡流健身器。我的任务是根据其他队员的零件结构设计，通过三维软件 AutodeskInventor对部分零件进行虚拟装配，拟定出装配草图，来帮助其他队员进行零件尺寸上的检查，修改错误尺寸，一起完成观赏型水涡流健身器的研究。
关键词：健身器；虚拟装配
The virtual assembly of ornamental type water vortex machines and motion simulation
Abstract：Our group of this design is one of the ornamental type vortex flow fitness. My task is according to the structural design of parts of the other players, by 3D software autodeskinventor for parts of virtual assembly, assembly sketches are worked out, to help other members of parts dimension check and modify the error size, with the completion of ornamental type vortex flow of fitness.
Keywords:Body building device; virtual assembly
目录
一、绪言.......................................................................7
1.1 设计背景.................................................................7
1.2 任务目标.................................................................7
二、部分零件的虚拟装配.........................................................8
2.1 UG的虚拟装配概述........................................................8
2.2零件摇把的虚拟装配.......................................................9
2.3 零件埋地件的虚拟装配....................................................12
2.4叶轮的虚拟装配..........................................................13
三、观赏型水涡流健身器的运动仿真结构设计......................................15
3.1 UG运动仿真的概述.......................................................15
3.2 UG 运动仿真的步骤......................................................15
四、外围壳体的虚拟装配........................................................20
4.1零件有机玻璃罩的虚拟装配................................................20
4.2外围壳体的虚拟装配......................................................21
五、观赏型水涡流健身器的优化方案.............................................22
5.1外围壳体优化的方案.....................................................22
5.2多级传动的优化方案.....................................................22
5.3密封装置的优化方案.....................................................24
5.4设计小结...............................................................25
六、拨水叶轮的注水调试 ......................................................26
6.1 叶轮的加工.............................................................26
6.2 叶轮加工机床的选择.....................................................26
七、毕业设计小结.............................................................27
参考文献.....................................................................28
致谢.........................................................................29
参考文献
[1] 王三民主编.机械原理与设计.机械工业出版社，2004
[2] 李雄主编.UG NX 7.5 数控编程工艺师基础与范例标准教程.电子工业出版社，2011
[3] 朱崇高 鞋福俊，UG NX CAE基础与实例应用，清华大学出版社，2010
[4] 纪海峰主编.Pro/ENGINEER造型设计实例教程.电子工业出版社，2010
[5] 凯德设计，精通UGNX5中文版-基础入门篇，中国青年电子出版社，2008
[6] 吕伟文，谈向群主编.机械技术基础.人民邮电出版社.2003
[7] 吴克坚主编.机械设计.高等教育出版社，2004
[8] 齿轮手册，齿轮手册，机械工业出版社，2004
[10] 张来发.机械产品外观形状塑造与装饰设计.科技情况开发与经济，2001
http://www.bysj360.com/cat.asp?id=23
http://www.bysj360.com/cat.asp?id=25
