摘要
为了提高室内空气质量,研究开发了一种智能家居室内空气质量检测与调控系统.该系统综合考虑了硬件和软件设计,旨在实现实时监测和调控室内空气质量,并采取智能和手动控制策略来优化环境.硬件设计涵盖了控制中心、检测、驱动、通信等装置.其中,检测装置包含温度、湿度、PM2.5、PM10、甲醛、一氧化碳和光照值检测等模块.当检测的数据与预设值发生偏差时,系统会驱动相应的设备进行工作,使室内空气质量达到标准水平.在软件设计方面,系统包括控制中心软件、室内检测装置应用软件和智能控制终端应用软件.用户可以通过电脑或手机实时检测室内空气质量,也可以在电脑或手机上对空气质量参数进行设定,进而实现对室内空气质量的调控.
The issue of indoor air quality has increasingly drawn public attention,prompting the develop-ment of an intelligent home system for indoor air quality monitoring and regulation.This system compre-hensively addresses both hardware and software design aspects,aiming to achieve real-time monitoring and regulation of indoor air quality,deploying both intelligent and manual control strategies to optimize the environment.The hardware design encompasses a control center,detection,driving,and communica-tion devices,with the detection apparatus comprising multiple modules such as temperature and humidity,PM2.5,PM10,formaldehyde,carbon monoxide,and illumination detection modules.When the detected data deviate from the preset values,the system activates the corresponding equipment to ensure that the indoor air quality meets standard levels.On the software front,the system incorporates control center soft-ware,indoor detection device application software,and intelligent control terminal application software.Users can monitor indoor air quality in real-time via computer or mobile phone,and they can also set air quality parameters on these devices to regulate indoor air quality.
作者
石烨辉
刘建博
王立忠
于仕豪
张蓝航
苗田田
SHI Yehui;LIU Jianbo;WANG Lizhong;YU Shihao;ZHANG Lanhang;MIAO Tiantian(Jilin Normal University,Siping 136000,China;Boda College of Jilin Normal University,Siping 136000,China)
出处
《通化师范学院学报》
2024年第8期9-16,共8页
Journal of Tonghua Normal University
关键词
空气质量
实时监测
智能调控
智能家居
air quality
real-time monitoring
intelligent regulation
smart home
作者简介
石烨辉,浙江绍兴人,吉林师范大学2022级研究生;刘建博,吉林师范大学2021级研究生;通信作者:王立忠,吉林师范大学教授,吉林公主岭人,吉林师范大学信息技术学院教授,E-mail:wlz8279@126.com;于仕豪,吉林师范大学2023级研究生(吉林四平136000);张蓝航,吉林师范大学2023级研究生(吉林四平136000);苗田田,吉林师范大学博达学院2020级学生.
