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Abstract
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Gas Detection Iot Cloud Data
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Computer Science
Computer Vision

Smart Kitchen Automation and Monitoring System using IoT

Profile image of Dr. GUNJAN MUKHERJEEDr. GUNJAN MUKHERJEE

2025, Article

Abstract

Everyday safety issues in kitchens have become an area of concern because of the attendant increase in kitchen accidents in the domestic and commercial kitchens. Most people usually access and use kitchens for meal preparation which makes them prone to kitchen accidents. However, there are some risks involved in such situations, for instance, the occurrence of a gas cylinder leak. And that is where we come in, how the Internet of things can be used to reduce the risk of gas explosions particularly in the kitchen. In this respect, IoT efforts such as remote monitoring of the entire kitchen will be able to prevent these accidents. In order to test this theory and its results, the research will include the use of both hardware and software. Hardware to be utilized consists of Servo motors, Flame sensors, temperature, humidity, and gas sensors, Arduino UNO, load cell Node MCU, and the like. In software perspective, mobile applications and integrated Node MCU have been applied. The output from our system is SMS. The gas leaks in the kitchen are also a concern since the system can be able to offer surveillance which in the event of any leak, it may cut bluntly the reaction time. In the case of gas leakages either during the day or night, there is a likelihood that someone may unknowingly switch on a source of light, a move that may cause an explosion. The master power supply will immediately kill these lights and save everybody from that with the associated alert. This means that alert can raise an alarm for the time and response of the users. Informing and alerting the user to kitchen appliances, such as Cylinder. The design of this research project aims at highlighting the potential of presenting the IOT based system for communication through SMS which is the repository of the parametric assistance. In a comparison to the existent in the field works, the developed system shows a very high accuracy rate almost 97%.

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Rupa Kunwar

International Journal of Engineering Applied Sciences and Technology

In our every day's life, safety and time is a major issue. LPG is highly flammable and if not used carefully they can be dangerous and can be sufficient to cause death. Even fire accidents occur due to leakage of gas. LPG is an odourless gas, as a result leakage detection of this gas cannot be detected by a person via smell. LPG leakage detection and location is one of the major concerns of homeowner all over the world. The idea behind our project is to give a solution that if there is gas leakage an alert message (via mail) will go to the authorized user. If due to LPG leakage, short circuit happens and causes fire, a sounding alarm will be activated and automatically the main power supply will be off. When the level of gas goes below the normal weight of cylinder, an alert message (via mail) will go to the authorized user to give a remainder for booking of gas. Also we will continuously analyze and examine the humidity and temperature of the surrounding.

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Automation and Monitoring Smart Kitchen Based on Internet of Things (IoT)
fadhli nugroho

IOP Conference Series: Materials Science and Engineering

The kitchen is one of the important places in a house. Safety factor is the main aspect that must be taken into account during the activity in the kitchen. The existence of gas leakage, uncontrolled fire and excessive temperatures must be quickly identified and addressed. The purpose of this research is to make prototype of kitchen security system using Internet of Things. The system is designed using 4 types of sensors and Arduino UNO. DHT 11 sensor is used to monitor temperature and humidity, IR Flames sensor is used to detect fire, MQ-135 sensors are used to detect gas leakage, and PIR sensors are used to detect human activities in the kitchen. The sensors output are then connected to the Arduino which will control the relay. The relay acts as a fan switch in the event of a gas leak, uncontrolled fire and excessive temperature increase. Under these conditions, Arduino will also turn on the alarm and the led, and send information to the server. The results show that the system can work according to the desired specifications.

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