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摘要设计出来的衣架系统不用人力自行上下，依靠光敏电阻来模拟白天和黑夜的交替。如果有一些系统问题都可以被检测和保护电路的功能。同市面上的晾衣架不同，智能晾衣系统具有更大的优势，比如智能晾衣架升降的时候自动化省时省力，升降的速度也是相较于之前的晾衣架的一大提升。还有很多其他的优点就不一一列举了。我相信在人们生活日益丰富的今天，智能晾衣架肯定会走出市场的阴影。
这个设计是基于单片机AT89C52作为智能衣架的的大脑来检测和控制电路，用遥控器的控制晾衣架的升降，通过指示的LED灯来查看工作状态，设计用的温湿度传感器让晾衣架在下雨的时候可以自动检测到并及时回收衣物，也有光敏电阻来判断白天还是黑夜自动晾晒衣物。当电流过大的时候也有保护电路以及电气隔离的功能。而且软件方面每个部分都有每个部分的流程图，采用了比较先进的模块化的设计理念，能实时显示晾衣架的功能状态及运行状况。此设计贴合居家的设计，基本上模拟了智能晾衣架的运行过程，满足智能家居的需求。50687
该论文有图14幅，表0个，参考文献12篇
毕业论文关键词：自动化 温湿度传感器 保护电路 光敏控制电路
Automatic clothes hanger control system design
Designed hanger systems without human self up and down, alternately rely photoresistor to simulate day and night. If there is some system problems can be detected and the protection circuit function. Market with different racks, laundry intelligent system has more advantages, such as smart racks lift when the time-saving automation, lifting speed is compared to a big upgrade in racks before. There are many other advantages not list them. I believe in people's lives today increasingly rich, intelligent racks will certainly be out of the shadow market.
This design is based on a hanger SCM AT89C52 as an intelligent brain to detect and control circuit, overweight detect intelligent design racks with resistance strain gauge to control with the remote control drying racks movements, by indicating LED lights to see working condition, temperature and humidity sensor designed for use in racks so that when it rains can be automatically detected and timely recovery of clothing, there are photosensitive resistance to automatically determine the day or night to dry clothes. When the current is too large, it also has a protective circuit and electrical isolation function. And each part has a flow chart for each part of the software, the use of more advanced modular design that can display real-time status and health of racks. This design fit the design of the home, basically simulates the operation of intelligent racks to meet the needs of smart home.
Key words: automated temperature and humidity sensor protection circuit Photosensitive control circuit
目录
摘要 I
Abstract II
目录 III
图清单 IV
1 绪论 1
1.1 自动晾衣架简介 1
1.2 智能晾衣架的历史及现状 1
1.3 智能晾衣架行业的发展和未来 2
2 系统总体方案及硬件设计 3
2.1设计思路 3
2.2电路工作的理论部分 3
2.3 电路各个部分的硬件 4
2.3.1电路的大脑—主要控制芯片
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