Iot based home safety liquid pressure gas (lpg)

Computer science provides safety in cars like anti-lock brake system to control the wheel speed, air bag system and keyless entry. As well as computer science provide safety in home like avoid fire accidents ,risk of explosion etc. computer science provide safety in domestic to secure your computer

Project Title

Iot based home safety liquid pressure gas (lpg)

Project Area of Specialization

Internet of Things

Project Summary

Computer science provides safety in cars like anti-lock brake system to control the wheel speed, air bag system and keyless entry. As well as computer science provide safety in home like avoid fire accidents ,risk of explosion etc. computer science provide safety in domestic to secure your computer ,email and personal information to avoid violence.

 Gas leakage is a manger issue which leads to different types of accidents in a resulting both material loss and human injuries. The risk of explosion we face the firing, suffocation are based on physical properties such as flammability etc. The deaths ratio has been increase recent year because of explosion of gas cylinder. The reason of explosions is low quality regulators, substandard cylinders, old valves and un-awareness in handling gas cylinders. The LPG used in many applications as a fuel because it is flammable mixture of hydrocarbon gasses and it’s have less smoke, etc. Due to the explosion of LPG the number of deaths increased in recent year to avoid this problem is a need to make system to detect leakage of LPG. This paper presents an LPG leakage detection and alert system to avoid fire accidents and to provide house safety, car safety, and reduce maximum to human injuries.

In LPG(liquid pressure gas) we have some implementation these are one circuit with two relays, one Arduino work as a micro controller, one buzzer that contain one sensor and also one exhaust fan. We defined the working of these all implementation. When the gas is leakage the pone which are connected with the Bluetooth convey the message "your cylinder gas is leak" after the leakage of gas the sensor which are connected to the top of the circuit which are called MOZ sensor sense the leakage gas and give notification to Arduino (Micro controller) alarm the buzzer and two relays that are connected to circuit start their work. The one relay quickly off the electricity and the second relay off the cylinder when the buzzer is alarmed.

Project Objectives

1. To overcome the problems of LPG cylinder leakage and leakage control; we look after the LPG cylinder.
2. In order to upgrade the system so as to make it compatible with current technological era. The smart system should be deployed for gas distribution companies as well as at domestic level. By this smart system, a user has remote access to the gas stats as well as c the distribution company can monitor and detect gas usage and flow rate respectively.

Project Implementation Method

In LPG(liquid pressure gas) we have some implementation these are one circuit with two relays, one Arduino work as a micro controller, one buzzer that contain one sensor and also one exhaust fan. We defined the working of these all implementation. When the gas is leakage the pone which are connected with the Bluetooth convey the message "your cylinder gas is leak" after the leakage of gas the sensor which are connected to the top of the circuit which are called MOZ sensor sense the leakage gas and give notification to Arduino (Micro controller) alarm the buzzer and two relays that are connected to circuit start their work. The one relay quickly off the electricity and the second relay off the cylinder when the buzzer is alarmed.

Benefits of the Project

• Domain of our project is to cover gas waste leakage control, flow control of cylinder
• Cylinder temperature.
• Get a notification LPG leakage, usage and cost via Bluetooth on our mobile.
• If sensor finds gas leakage then turn off the automatic cylinder valve and turn on the exhaust fan.
• If find gas leakage then turn off the automatic cylinder valve and send you a notification via Bluetooth on your mobile android app.

Technical Details of Final Deliverable

1)Ardunio uno 3                             Rs 3000

2)    Ardunio cabel                               Rs 150

3) 2 lcd                                              Rs 1000

4) 1 channel relay                               Rs 100

5) MQ -2 Sensor                                Rs 250

6) HC-O5                                          Rs 490

7) Buzzer                                            Rs 20

8) LED                                                Rs 50

9) 2 GLUE ROD                                 Rs 120

10) GLUE GUM                                  Rs 350

11)power supply                                   Rs 350

12)Connecter-cabels                              Rs 350

13) qv Adapter                                  Rs 200

14) 2 solenoid valve                              Rs 24000

15) Cylinder                                          Rs 950

16) interface                                           Rs 8,000

17 Ardunio coding                                Rs 9000

Total cost of the project                     Rs 49,550

Final Deliverable of the Project

Hardware System

Core Industry

Security

Other Industries

Others

Core Technology

Internet of Things (IoT)

Other Technologies

Sustainable Development Goals

Good Health and Well-Being for People

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com