设计描述：

文档包括:
说明书一份，27页，约14000字
仿真一套

CAD版本图纸，共9张

揉搓式全自动洗衣机设计及仿真

   摘  要：现有的洗衣机中最为常见的为波轮式洗衣机和滚筒式洗衣机。波轮式洗衣机是依靠波轮的转动来带动衣物和洗涤液进行洗涤；而滚筒式洗衣机是依靠滚筒的连续转动或定时反向来洗涤衣物。由此可看出，这两种类型的洗衣机都是依靠单一的运动方式来洗涤衣物，而在此设计中将这两种洗涤方式揉和起来，将两种运动方式结合起来，增加了衣物在竖直方向上的运动。使衣物既能象在波轮式洗衣机中那样由波轮带动衣物进行洗涤又能象滚筒式洗衣机那样依靠水流的力量洗涤衣物，并且还可以象手洗那样对衣物进行揉搓，集各种洗涤方式于一身，对衣物进行更为彻底的洗涤。由于洗衣机的基本功能是对衣物的洗涤，关键在于进行洗衣程序的控制。所以，本文就洗衣机的机械设计和电器控制进行了探讨，实现揉搓式全自动洗衣机的设计。
  关键词：波轮；滚筒；揉搓；全自动 

Automatic Design Washing Machine And Simulation

Abstract：Existing washing machine, the most common for top loading washing machine and front loading washing machine. The top loading washing machine pulsator rotation driven by the clothing and the washing liquid for washing; drum type washing machine rely on roller continuous rotation or timed reverse to wash clothes. This can be seen, these two types of washing machines rely on a single mode of motion to wash the clothes in the design of these two washing rub together, will combine the two kinds of movement, increased the clothing in the movement in the vertical direction. Clothing both like loading washing machine as driven by the Washing clothes washing can rely on water as the drum type washing machine as the power of washing clothes, and also as hand wash the clothes rub, set all kinds of washing a more thorough washing of clothes. Since the basic functions of the washing machine washing of clothes, the key is the control of the laundry process. Therefore, the washing machine mechanical design and electrical control discussed rub automatic washing machine design
Key words：Wheel roller; Drum-type; The rubs; Automatic

目    录

摘要 3
关键词 3
1  前言 3
2  设计的目的与内容 3
2.1  设计的目的 3
2.2  设计内容 3
2.2.1  旋转机构的设计 3
2.2.2  升降揉搓机构的设计 3
3  洗衣机的工作原理 3
3.1  洗涤原理 3
3.2  漂洗原理 3
3.3  脱水原理 3
4  洗衣机电动机的选择 3
5  传动部分的设计及计算 3
5.1  带轮的结构设计 3
5.2  带传动设计（一） 3
5.3  带轮传动的设计（二） 3
5.4  螺纹轴的设计计算 3
5.4.1  初步确定轴径 3
5.4.2  螺纹轴的结构设计 3
6  整机的设计 3
6.1  波轮的选用 3
6.2  波轮的参数及性能 3
6.3  洗衣机的底座及外壳 3
6.3.1  洗衣机的底座 3
6.3.2  洗衣机的外壳 3
6.4  桶的结构及其安装 3
7  仿真 3
7.1  绘制及装配 3
7.1.1  双速变极电机的绘制 3
7.1.2  电机的装配 3
7.1.3  内筒、带轮2的绘制 3
7.1.4  对内筒、带轮2、进行装配。 3
7.1.5  升降机构的绘制 3
7.1.6  升降机构装配 3
7.1.7  总装配 3
7.2  运动仿真的制作 3
8  结论 3
参考文献 3
致谢 3