Abstract:
When cooking on a gas stove, the food or oil in the pot or pan may catch fire due to the high
temperature. Furthermore, people may be unsure if they turned off the gas stove before
leaving home and thus feel forced to come home to double-check. To address these issues,
researchers created a smart kitchen fire prevention system with the following devices and
functions. Above the stove, sensors are mounted. They immediately engage the gas shutoff
device to switch off the gas supply when they detect flames, excessive temperatures, or a gas
leak. To alert residents, the alarm emits a loud sound and lights. The Line reporting system
transmits line messages to residents and the community management centre, and the main
entrance door is unlocked automatically to allow relevant employees to enter the residence to
deal with the mishap. In the kitchen, an Internet protocol camera has been installed so that
inhabitants may monitor the gas burner using their mobile phones. If the gas stove is still
turned on, they can use their phones to activate the gas cut off device, which will turn off the
gas supply. The conclusion is the design and implementation of the Kitchen Fire System is
adaptable and flexible based on our project. This wireless detection technique is more cost
effective than the typical market's current fire detection devices. This Kitchen Fire System
detection framework has a high precision rate and responds quickly. All upgrades will be
performed in order for this project to provide additional benefits and advantages. I hope that
this initiative will continue to grow in scope for future generations. Last but not least, the
approach created in this study can significantly reduce the amount of money lost as a result of a
kitchen fire.
