基于物联网的火灾报警监控系统的开发

Wilen Melsedec O. Narvios, Leahlou E. Narvios, Y. Nguyen
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引用次数: 1

摘要

没有火灾报警监控系统的现有建筑需要一种经济、灵活、可扩展的替代安装,并且不会影响建筑的美观。代替传统的火灾报警监控系统,设计了物联网(IoT)火灾传感器节点来监控每个房间的温度和模拟CO水平,并通过点对点技术进行部署。利用无线传感器网络开发了物联网火灾报警监控系统,通过该系统从火灾传感器节点获取温度和模拟CO水平的实时数据。物联网火灾传感器节点从LB384室部署到LB387室。每个房间都有一个节点,每个节点都有指定的互联网协议(IP)地址。数据可以通过云web服务器轻松获取和访问,每个物联网火灾传感器节点将通过物联网ThingSpeak监控小部件向房间的用户发送通知。根据评估,物联网火灾报警监控系统减少了安装时间,并且不需要进行重大的建筑改造。随着物联网的发展,火灾探测可以实现,这样建筑物内的人们就可以很好地了解他们生活环境的安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of an IoT based fire alarm monitoring system
Existing buildings without a fire alarm monitoring system need an alternative installation cost-effective, flexible, and scalable and will not affect the building’s aesthetics. In place of the conventional fire alarm monitoring system, an Internet of Things (IoT)fire sensor nodes were designed to monitor each room’s temperature and analog CO level and deploy through point to point technique. An IoT fire alarm monitoring system using a wireless sensor network was developed through which real-time data of temperature and analog CO level were obtained from the fire sensor nodes. The IoT fire sensor nodes were deployed from rooms LB384 to LB387. Each room has a node, and each node has its designated Internet Protocol (IP) address. The data can be easily obtained and accessed through the cloud web server, and each IoT fire sensor node will send a notification to the user of the room through the IoT ThingSpeak monitoring widget. The IoT fire alarm monitoring system reduced the installation time and did not require significant building renovations based on the assessment. With the advancement of IoT, fire detection could then be realized such that people within buildings can have a good understanding of the safety of their living environment.
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