摘要: 本课题基于手机客户端和家庭wifi网络，通过局域网相关协议，达到实现对插座远程控制的目的。该方案基于内置cc3000芯片和STM 32开发板，主要实现手机、电脑客户端与智能插座之间的通信功能，最终通过继电器的动作来实现对智能插座开关的控制。35435
本文详细介绍了智能插座各模块之间通信功能的实现。首先简单说明智能插座的硬件结构，在普通插座的基础上，内置cc3000模块、STM32开发板和继电器。然后，通过UDP协议实现手机电脑客户端与路由器之间的通信，路由器接收信号后，利用WIFI传送给内置cc3000模块。通过STM32开发板程序控制继电器动作，继而实现插座的开启与关断。研究表明，该智能插座的控制目前已经可以在局域网里面得以实现，当提供足够的服务器条件时，也可以达到远程控制的目的。
毕业论文关键词: 智能插座；通信协议；物联网；智能家居
Smart Plug Based on the Internet of Things
Abstract: The study achieve the purpose of remote control socket based on mobile client and home wifi network through LAN related agreements. The method is aimed to complete communication function between mobile or computer client and smart plug by a built-cc3000 chip and STM 32 development board. And finally the control of smart plug switch by the action of the relays.
The paper introduces the communication function between the smart plug modules in details. First, the hardware structure of the smart plug is described simply, which includes a built-cc3000 chip , STM 32 development board and relays based on ordinary plug. Then, communicate between mobile client and the router via UDP protocol. The signal the router received will be transmitted to the built-use cc3000 module by WIFI. STM32 development board control relays through process, and then realize the socket on and off. Studies have shown that controlling the intelligent socket can now be implemented in a LAN inside. while providing enough server conditions, it can achieve the purpose of remote control.
Key words: Smart Plug，Communication Protocol，Internet of things，Smart Home
目录
1. 绪论 5
1.1 课题的目的和意义 5
1.2 国内外研究现状与水平 5
1.3 发展趋势 5
2. 智能插座硬件结构 7
2.1 基于普通插座 7
2.2 对普通插座的改造 7
3. STM32开发板 8
3.1 STM32芯片简介 10
3.2 STM32芯片开发利用 11
4. 路由器开发 12
4.1 路由器简介 12
4.2 路由器开发利用 13
5. 硬件电路设计 13
5.1 电路设计原理 13
5.2 电路设计方案 13
5.3 电路设计图 14
6. 控制原理及方案 19
7. 通信及远程控制 20
7.1 CC3000模块介绍 20
7.2 继电器简介 20
7.3 通信功能的实现 21
8. 总结与展望 22
8.1 总结 22
8.2 展望 23
参考文献 24
致谢 24
附录 25
1. 绪论 cc3000芯片+STM32物联网智能插座设计+vb程序+电路图:http://www.751com.cn/zidonghua/lunwen_33378.html