Abstract
Securing the modern lifestyle and embedding with the amenity and composure requires intelligent safety systems, that will be cognizant enough to sense and act on the anomaly of ambiance. Fire, undoubtedly, holds the most life-threatening risk when dispersing in an uncontrolled manner. This work represents the design and test of an intelligent fire control system for securing building or home, also fire control linkage system design, at the same time, it describes the following: the idea of the system designing, the system components, selecting equipment, the linkage of sensor and water extinguishing. This system uses different types of sensors and micro controlling devices that use the reservoir tank, pump, and piping system to deliver water and alarm systems to alert people. The result was taken at different temperatures, smoke levels, and flame existence levels. This will inspire the designing of intelligent systems with little investments and humanoid firefighters capable of extinguishing large fires.
Highlights
Smoke Sensor Verification can be found by a) Result The performance of a fire fighting system greatly depends on the sensing capability of the smoke, temperature and flame sensor
It is designed to verify different temperature and if the temperature is more than our desire level the pump will automatically on and the buzzer will be buzzing for different temperature such as 30, 40, 50 and 60 degree was considering observing table 2
It is designed to verify different temperature and if the flame is more than our desire level the pump will automatically on and the buzzer will make a sound for different temperature
Summary
Different methods exist to provide estimates of smoke detector response based on optical density, gas. Wireless sensor network has proposed an algorithm that sends an early alarm when become the most important technology in environmental the fire occurs This system consists of a smoke monitoring and home or factory automation in recent detector and a temperature sensor whose outputs are years. An automatic fire alarm system based on wireless connected to the control The paper demonstrated their sensor networks is developed, which is designed for results by showing temperature and area in table format. Flame detectors) levels of carbon monoxide, carbon dioxide, and gas intensity were detected by the IR Sensor and and smoke in an ambient environment, computing gas sensor respectively and the signal was given to the (using a processor) overtime rates of increase of each of ATMEGA328.If the flame is detected, the robot starts the levels’ and generating an alarm if one or more of the moving towards the flame. Some mathematical calculation has shown for automatic alarm system achieve operation of the system pressure intensity of water
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
