智能衣柜内部
摘要
在我国经济快速发展的今天,智能化衣柜的发展也得到了快速的发展,在近几年的发展中,不同种类的衣柜层出不穷,给人们的生活带来很多便利。现有的常用的家庭家具的转发展中,不同智能化家具在不断的变化,各式各样的家具在不断的更新,使得我们的生活水平越来越高,在生活中很多的家具不断的给我们带来便捷。本次设计的可以实现智能控制的衣柜,如果这样的设计在未来进入家家户户后,大大提高了人们在家具上的使用档次。以前的衣柜在结构比较简单,大部分以一些木板式的结构围起来,没有电动的结构设计,在衣服很多的情况下,对于取衣服是一件比较麻烦的事情。现在的很多的智能化层度较高的衣柜在不断的给人们带来好处,但是不同的衣柜的价格比较昂贵的条件下,使用可以实现智能化衣柜的人是比较少的。但是在有些使用的家庭中,智能化的衣柜还可以节省时间,本次实现智能化衣柜的设计上,进行了衣柜结构形式的设计,以及衣柜传动皮带结构的设计。
关键词:智能;衣柜;带传动;驱动电机
Abstract
With the rapid development of China's economy, the development of intelligentwardrobe has also been rapid development. In recentyears, different kinds ofwardrobe emerge in endlessly,which brings a lot of convenience to people's life. In the forwarding exhibition of the existing commonly used family furniture, different intelligent furniture is constantly changing, andvarious furniture is constantly updating,which makes our living standard higher and higher, and a lot of furniture in our life constantly brings us convenience. This design can achieve intelligent control of thewardrobe, if such a design in the future into every household, greatly improving the level of people's use of furniture. In the past, the structure of thewardrobewas relatively simple, most ofwhichwere surrounded by somewood-based structures, and therewas no electric structure design. In many cases, itwas a more troublesome thing to take clothes. At present, many of thewardrobewith higher intelligent level are constantly bringing benefits to people, but under the condition that the price of differentwardrobe is more expensive, there are fewer peoplewho can use the intelligentwardrobe. But in some families, the intelligentwardrobe can save time. In the design of the intelligentwardrobe, the design of the structure of thewardrobe and the design of the transmission belt structure of thewardrobe are carried out.
Keywords: intelligent;wardrobe; belt drive; drive motor
目录
第一章绪论3
1.1研究背景及意义3
1.2国内外发展现状4
1.3本文研究内容5
第二章总体结构的设计6
2.1衣柜结构的设计6
2.2带传动的工作原理6
2.3衣柜采用传动带优势分析6
2.4带传动机构的基本结构7
2.5可行性分析7
第三章衣柜零部件的设计9
3.1驱动齿轮电机的选用9
3.1.1确定计算功率9
3.1.2传动系统的选择9
3.2齿轮的设计11
3.2.1选择传动齿轮的精度等级11
3.2.2齿轮强度校核12
3.3抽屉升降结构设计13
3.4、地脚的设计14
3.5整体三维结构的设计15
第四章智能控制系统的使用注意事项16
总结17
参考文献18
升降抽屉
智能衣柜
传动结构体
柜体
搁板
齿轮
滑块
联动杆
滑道门
地脚
实木衣柜
轨道
传动结构
内部结构