Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Design Of Automatic Fire Detection and Extinguishing Devices Using Arduino

View through CrossRef
A robot is a series of hardware and software in the form of a driving program. Robots are not only used in industry; in developed countries, robots are widely used to help with household chores. Many jobs that require a lot of energy are high-risk or dangerous, one of which is detecting and extinguishing fires. Fires can be avoided if the fire can be extinguished before it spreads. When the fire has spread, extinguishing it will be difficult and high-risk. Fires can cause huge losses of both property and lives that cannot be saved. The problem can be reduced if the source of the fire can be quickly found and extinguished. In this research, a fire extinguisher robot will be designed with an Arduino Mega 2560 and an infrared flame detector to detect the presence of fire. This robot is accompanied by an HC-SR04 ultrasonic sensor so that the robot can walk automatically without hitting obstacles because this robot aims to walk down hallways such as areas in the house or in any area that has a hallway for the robot's path. This research aims to implement Arduino for the control of the ultrasonic sensor and the movement of the fire extinguisher robot. The use of an Arduino micro-controller on the fire extinguisher robot is expected to make the robot move steadily and avoid obstacles in the hallway.
Title: Design Of Automatic Fire Detection and Extinguishing Devices Using Arduino
Description:
A robot is a series of hardware and software in the form of a driving program.
Robots are not only used in industry; in developed countries, robots are widely used to help with household chores.
Many jobs that require a lot of energy are high-risk or dangerous, one of which is detecting and extinguishing fires.
Fires can be avoided if the fire can be extinguished before it spreads.
When the fire has spread, extinguishing it will be difficult and high-risk.
Fires can cause huge losses of both property and lives that cannot be saved.
The problem can be reduced if the source of the fire can be quickly found and extinguished.
In this research, a fire extinguisher robot will be designed with an Arduino Mega 2560 and an infrared flame detector to detect the presence of fire.
This robot is accompanied by an HC-SR04 ultrasonic sensor so that the robot can walk automatically without hitting obstacles because this robot aims to walk down hallways such as areas in the house or in any area that has a hallway for the robot's path.
This research aims to implement Arduino for the control of the ultrasonic sensor and the movement of the fire extinguisher robot.
The use of an Arduino micro-controller on the fire extinguisher robot is expected to make the robot move steadily and avoid obstacles in the hallway.

Related Results

Design
Design
Conventional definitions of design rarely capture its reach into our everyday lives. The Design Council, for example, estimates that more than 2.5 million people use design-related...
Application of Arduino Devices in various IOT Application
Application of Arduino Devices in various IOT Application
In this paper, v segribe the wireless sensor network system is the next open source hardware we've graded or raspberry arduino refers to an open source electronic operating system ...
Dibromomethane as Promising Gaseous Fire Extinguishing Substance with Short Atmospheric Lifetime
Dibromomethane as Promising Gaseous Fire Extinguishing Substance with Short Atmospheric Lifetime
Abstract Calculation of dibromomethane atmospheric lifetime is carried out, as well as an experimental assessment of its fire extinguishing efficiency. Calculations ...
RESEARCH OF ADSORPTION FOR FIREEXTINGUISHERSALTS BY HIGH-POROUS TRANSMITTERS
RESEARCH OF ADSORPTION FOR FIREEXTINGUISHERSALTS BY HIGH-POROUS TRANSMITTERS
Today, the most effective and promising fire extinguishing agents are those based on a physicochemical inhibition mechanism. These include fire extinguishing pow...
Development of low-cost sensors for structural health monitoring applications
Development of low-cost sensors for structural health monitoring applications
(English) There is increasing interest in developing low-cost sensors for economical structural health monitoring of civil engineering infrastructures. In addition to their price, ...
Experimental and Numerical Study on the Suppression of Pool Fire with Water Mist
Experimental and Numerical Study on the Suppression of Pool Fire with Water Mist
The objective of this work is to investigate the diesel analog pool fire with water mist .For this purpose, a series of water mist fire suppression experiment are carried out by ch...
Experimental Study of New Gas-Solid Composite Particles in Extinguishing Cooking Oil Fires
Experimental Study of New Gas-Solid Composite Particles in Extinguishing Cooking Oil Fires
New gas—solid composite particles appropriate for extinguishing cooking oil fires will be reported in this article. This powder product is composed of zeolite 13X particles of diam...

Back to Top