Smart Kitchen Using IOT (Computer Project)

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ABSTRACT:

Although  much of the work has been done until today to realize the Internet of Things (IoT) into  practice, most of the work focuses on resource-constrained nodes, rather than linking the  existing  embedded systems to the IoT network. The Internet of things (IOTs) is a network of physical objects or  things embedded with electronic, software, sensors and connectivity to enable  objects  to  exchange  data with manufacturer, operators and connected devices.

It can be described as connecting everyday objects like smart  phones, sensors and actuators to the Internet where the devices are intelligently linked   together enabling new forms of communication between things and people, and between things themselves.  IOT allows objects to be sensed and controlled  remotely across existing network infrastructure. It also provides efficiency , accuracy, comfort and economic  benefit.

Now anyone, from anytime and anywhere  can have connectivity for anything and it is expected that  these connections will extend and create an entirely advanced dynamic network  of   IOTs.  Our work here tries to enhance Internet oriented approach with semantic oriented method, both of which are required to build practical, complex IOT applications, which are expected on rich embedded devices.

We are going to propose a system which will sense if the gas in the cylinder is about to get over  and will  immediately  inform  the  owner  as  well as  do  the booking automatically. We are going to present a low cost gas control  and  monitoring  system  using  an  embedded microcontroller, cloud  server. We will evaluate our system through case  study  and  will  show that our framework can be used effectively to implement practical IOT applications.

PROBLEM DEFINITION

Intelligent System for Domestic Gas Appliances using IOT. In our day-to-day life there is  serious threat about leakage which leads to suffocation when inhaled,  when ignited leads to explosion and causes a number of deaths.

This project is about designing a LPG leakage monitoring system which is proposed for home safety. This system detects the leakage of the LPG and alerts the consumer about the leak by SMS and as an emergency measure the system will turnoff the power supply, while activating the  alarm.

LITERATURE REVIEW

Existing System:

Scope

When things like household appliances are connected  to a network, they can work together in cooperation to provide the ideal service as a whole, not as a collection of independently working  devices. This is  useful for many of the real-world applications and services, and one would for example apply it to build  a smart residence; windows can be closed automatically when the air conditioner is turned on, or can be opened for oxygen when the gas oven is turned on.

uID-CoAP architecture

There is a existing system which introduces the uID-CoAP architecture, a new IoT framework that aims to  provide a solution and a new way to let the existing embedded systems be integrated into the IoT network.

Philips Hue

There is another existing system by Philips Hue which is an intelligent web based LED lightening solution  with internet of things which allows the user to control the home lightning anytime  anywhere. Philips Hue allowa users to create and control home lightning using their smart phones aur tablet and work  seamlessly across both IOT and android mobile platforms.

Technology Used:

The system is proposed of an Android Smartphone users mobile app will be developed in  android. MySQL will be used for maintaining database.

SYSTEM ARCHITECTURE

SOFTWARE AND HARDWARE REQUIREMENTS

Hardware specification:

The system proposed consists of three major modules  namely, leakage  detection  module,  protection   circuitry. It uses ATMEGA32, which is an 8 bit micro controller. It finds wide application due to its  features and low power. It finds wide application due to its features and low power.

Sensors

For the weight measurement load cell is used. For temperature measurement LM_35 sensor is used. For Gas measurement MQ5 sensor is used. For humidity measurement SY_HS 220 sensor is used. Control Unit and Power Supply Unit are the On-Board Units used in this case.

Software specifications:

The proposed system consists of an android application. This Smartphone application provides different kind of functionalities to the user. Remote connection to the home gateway is proposed in the given  system. Managing schedule of the devices and sensors is the factor of great importance  in proposed  system.  Device  monitoring and device control are also done over here.

Software Requirements

For  Server  Application  Operating  System  used  is  Windows operating system. Application Server used is Glassfish server. Java is used as a Front End. Back End is Mysql.

CONCLUSION:

Our system will detect the leakage of the gas, incase there is any leakage it will send a sms to the owner and it will turn off power and activate an alarm. The system will continuously monitor the weight of the gas. There will be automatic booking of the gas done  (by setting a threshold value for the weight  sensor). We will even measure the Humidity and the Temperature around the gas cylinder.

Source: Savitribai Phule Pune University,
Authors: Mr. Gaurav V Tawale-Patil | Miss. Kalyani | H Kulkarni|  Miss. Pooja U Kuwad | Miss.Pooja R Pawar

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