IoT Based Smart Kitchen System

Abstract

In today's world fuel demand is increasing day by day. Liquefied Petroleum Gas (LPG) is the most used fuel in Kitchen. This is filled in a cylinder in liquid state. These cylinders blast sometimes, the main reason of cylinder blast is gas leakage. So, to avoid this we need to detect the leakage of gas. For this we need an automatic gas leakage detection system which detects leakage of gas and gives alerts. This type of automatic security system can save people from dangerous blasts and prevent accidents. Nowadays IOT (Internet of Things) is widely used in day-to-day life. There are many home appliances which are based on IOT thus it becomes easier to manipulate them. As we know the kitchen is the most important part of our home, but we also heard about the disasters happening in the kitchen due to various reasons and many people lost their lives. There might be various reasons behind the cause of these disasters but the main and mostly happens is due to the leakage of LPG gas from the cylinder. As LPG gas is highly inflammable gas, a small leakage of gas can be costly for human life. So, if we can detect these leakages of gas before it causes any serious issue then we might save many lives.

IOT Based Automatic Intravenous Bag Data Logging Monitoring and Alert System

“…Suggested a drip infusion of IOT Based Intravenous Infusion System where it consists of various infusion monitoring devices that helps in detecting the infusion rate and the collected data is send to the central monitor placed at the nurse station so that required action can be taken. Yananet a developed a health information alarm system using Bluetooth and GPRS technologies in which the system monitors, collects data and sends information to analyse counter using arti cial intelligence developed a drip monitoring system based one electrical impedance [4,5].…”

“…This sensor kit collects, process and fur-the sends data to Zigbee transmission device to display them in the form of GUI. Yadav and Jain developed real-time E-saline monitoring system where IR sensor used to detect drop rate, infusion capacity and servo meter used to control drip rate mechanism [5,6]. From the above literature survey, it is clear that have used technologies like RFID, Zigbee, GPRS etc.…”