IOT based Hazardous Gas Detection System using AVR Microcontroller

A. Dinisha, N. Ajin, S. Jeyavinotha
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引用次数: 4

Abstract

Health Safety is a major issue in current era and good safety systems are needed to be implemented in places which are related to work, education and living. This project that we are working on modifies the existing safety model installed in the industrial areas and this system can also be used in houses and offices. The main objective of our project is to design a AVR microcontroller based combustible and Hazardous gas detecting and alerting system. As it isqquiet often that we heard about various accidents that are being occurred due to combustible gases, i.e., LPG, LNG, propane, butane and other flammable gases. Frequently we hear, explosion in cylinder of household and vehicles, as well as accidents in industries, mines, etc. Several people have been injured and some got dead. So we are working on a project in which we are using new technology which is being used to make every existing digital system more smart, internet of things (iot). It provides real time information available on internet for faster accessing with a gas sensor that can detect various other hazardous gases. The advantage of this auto detection and alerting system over the traditionally used manual method is that it offers quickest response time possible and accurate detection of an emergency situation and in turn helps in faster diffusion of the critical situation.
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使用AVR单片机的基于物联网的有害气体检测系统
健康安全是当今时代的一个重大问题,需要在与工作、教育和生活有关的场所实施良好的安全制度。我们正在进行的这个项目修改了现有的安装在工业区域的安全模型,这个系统也可以在家庭和办公室使用。本课题的主要目标是设计一个基于AVR单片机的可燃有害气体检测报警系统。由于我们经常听到由于可燃气体,即液化石油气,液化天然气,丙烷,丁烷和其他可燃气体而发生的各种事故。我们经常听到,在家庭和车辆的气缸爆炸,以及在工业,矿山等事故。有几人受伤,一些人死亡。因此,我们正在进行一个项目,我们正在使用新技术使每个现有的数字系统更加智能,物联网(iot)。它提供实时信息,可在互联网上更快地访问与气体传感器,可以检测到各种其他有害气体。与传统的人工方法相比,这种自动检测和警报系统的优势在于,它提供了最快的响应时间和对紧急情况的准确检测,从而有助于更快地扩散危急情况。
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