摘要
目的办公空间智能空气管理系统通过采用人工智能技术,依托物联网系统和交互设计,对办公空间中不同场所的空气质量进行自动监测和治理。方法通过智能空气管理系统中空气监测传感器对办公空间不同场所的室内空气进行实时监测,将信息上传到服务器进行数据分析,当室内空气污染指数、温度、干湿度等数值超过设定的适合工作环境的阈值,服务器发出命令,该房间的中央空调、空气净化器、新风系统、加湿器等相应设备自动清理空气中的污染物,调节温度和干湿度。结论利用开源硬件Arduino,ZigBee无线传输模块,按约定的协议,将空气监测传感器、空气管理设备和服务器连接起来进行信息交换和通信,构成一个智能空气管理系统,实现对办公空间空气质量的精准监测、智能控制与决策处理。
The intelligent air management system for office space automatically monitors and controls the air quality in different places in the office space by using artificial intelligence technology, relying on the Internet of things system and interactive design. By monitoring the indoor air in different places, the air monitoring sensor in the intelligent air management system for office space can upload the information to the server for data analysis. When the indoor air pollution index, temperature, dry humidity and other values exceed the set threshold for the appropriate working environment, the server send an order, then the central air conditioner, air purifier, fresh air system and humidifier will automatically clean up the pollutants in the air, regulate the temperature and dry humidity. Using the open source hardware： Arduino, ZigBee wireless transmission module, according to the agreed protocol; air monitoring sensors, air management device and the server are connected for the information exchange and communication, to form a smart air management system, to achieve accurate monitoring, intelligent control and decision processing of air quality in office space.
作者
胡鸿
王钰涵
HU Hong WANG Yu-han(Beijing University of Technology, Beijing 100124, China)
出处
《包装工程》
CAS
北大核心
2017年第20期37-41,共5页
Packaging Engineering
关键词
系统设计
智能空气管理
人工智能
物联网
交互设计
办公空间
system design
intelligent air management
artificial intelligence
internet of things
interactive design
office space
作者简介
胡鸿（1966～），女，四川人，硕士，北京工业大学副教授，主要从事交互设计、设计战略与服务设计方面的研究。
