智能电力插座设计

智能电力插座设计(任务书,开题报告,论文14000字)
摘要
智能家居的概念是由美国引入中国的，随着中国人民生活水平的提升，市场潜力也逐渐展现出来。智能家居的概念在中国虽已有20多年的发展史，但是直到最近几年才开始逐渐流行起来。一方面，经济的发展让人们对生活品质有了更高的追求；另一方面，科学的发展、技术的进步降低了了软硬件的成本。智能手机快速的更新换代和移动互联网技术的日益革新，为智能家居的发展搭建了良好的操作平台并提供了快速的无线通信网络。
插座的应用涉及到生活的方方面面，电能的浪费有相当一部分来自于家用电器的待机损耗。本文介绍了插座的发展历史和当今的发展现状，通过比较市场上流行的普通插座的不足，提出新的设计方案和解决方法——基于WIFI的智能电源插座设计。智能化升级的插座比传统插座更能体现生活品质。以往出门在外无法实时掌控家用电器工作，如今可以通过手机APP控制WIFI智能插座让家电独立完成工作，大大方便了居民的生活。
关键词： 智能家居  WIFI   智能插座  手机APP

The Design of intelligent power socket
Abstract
     The concept of smart home is introduced by the United States to China, with the Chinese people's living standards, market potential has gradually emerged. The concept of smart home in China has a history of more than 20 years, but until recently began to gradually popular up in recent years. On the one hand, the development of the economy so that people have a higher quality of life pursuit; the other hand, scientific development, technological progress has reduced the cost of hardware and software. The rapid upgrading of smart phones and mobile Internet technology innovation, for the development of smart home to build a good operating platform and provides a fast wireless communication network.
The application of the socket involves all aspects of life, a considerable part of the waste of electricity comes from the standby loss of household appliances. This paper introduces the history of the development of the socket and the current development of the current situation, by comparing the prevalence of popular ordinary socket on the market, put forward new design solutions and solutions - based on WIFI smart power outlet design. Intelligent upgrade of the socket than the traditional outlet can reflect the quality of life. In the past can not control the work of real-time home appliances, and now through the mobile phone APP control WIFI smart socket for home appliances to complete the work independently, greatly facilitate the lives of residents.
Key Words: Smart Home; WIFI ; Smart Socket; Phone APP
 

目  录
摘要    I
ABSTRACT    II
第一章 绪 论    1
1.1 项目研究背景及意义    1
1.2 国内外发展现状    1
1.3 发展趋势    2
1.3.1艺术化    3
1.3.2智能化    3
1.3.3无线化    4
1.4 本文研究内容    5
第二章 整体方案设计与相关技术介绍    7
2.1 智能插座总体方案介绍    7
2.2 智能WIFI插座功能简介    8
2.3 WIFI技术和平台介绍    8
2.4关键技术和平台介绍    9
2.4.1无线通信技术介绍    9
2.4.2 Android系统介绍    10
2.4.2.1应用程序层：    10
2.4.2.2应用程序框架：    11
2.4.3系统运行库    11
2.4.3.1程序库    11
2.4.3.2 Android 运行库    12
第三章 智能插座硬件设计    14
3.1插座的构成    14
3.2主控部分    14
3.2.1 模块参数概述    15
3.2.2 模块特性    17
3.3 5V变压模块    17
3.3.1 模块概述    18
3.3.2 模块特点    18
3.4 继电器模块    20
3.4.1 继电器介绍    20
3.4.2 电磁继电器工作原理    20
3.4.3 继电器模块电路    21
3.5温度检测模块    21
3.6 定时模块    23
3.7电压信号采集与调理    24
第四章 软件系统设计    27
4.1 搭建编译环境    28
4.2下载Open WRT源码    28
4.3代码修改    28
4.4固件写入开发板    29
4.5 配置Open WRT系统    29
4.6 Java SDK环境搭建    30
4.7 Android开发环境搭建并建立项目    30
4.8 智能插座    31
第五章  论文总结与展望    32
5.1论文工作总结    32
5.2论文工作展望    32
参考文献    33
致谢    35