1. IOT based industrial appliances control system
Project members
B. Chandra kala (13FF1A0405)
K. Mahesh Babu (14FF5A0409)
B. Venkateswararao (14FF5A0401)
B.Vasu (14FF5A0403)
Y.N.V.R Sai Sri (13FF1A0426)
Under the guidance of
Mr. B. Subhakara Rao M. Tech
Associate Professor

2. Content Introduction Abstract Power Supply Transmitter section
Receiver section
Hardware requirement
Working
Software requirement
Wi-fi Module
LPC2148 Micro controller
Advantages
Disadvantages
Applications
Conclusion

3. INTRODUCTION
With Advancement of Automation technology , life is getting simpler and easier in all aspects.
Internet of things is a growing n/w of every day object from industrial machine to consumer goods.

4. Abstract
The main aim of this project is to design for accessible interaction in Industrial area networks.
The design strategy used to improve the legibility and accessibility of the industrial automation.

5. Power supply Circuit Diagram

6. POWER SUPPLY

7. Transmitter section:

8.   Receiver section:

9. Hardware requriment: Max232 Lcd Wifi Module Regulated power supply
Relays
LPC2148 Micro controller

10. Working
The controlling device for the automation in this project is a micro controller.
The data sent from PC to WIFI will be received by WIFI module connected to Micro controller.

11. Software requriment:
Keil
Embeded c
telnet

12. Wifi module: WIFI is a wireless technology that uses radio
Frequency to transmit data through the air.
WIFI has a initial speed of 1 mbps to 2 mbps

13. LPC 2148 Micro controller

14. Advantage: Save the electric power and human energy.
Switching operation
In sensor network data transfer

15. disadvantages
Always the possibility of hackers breaking in to the system.
Protection information.

16. Applications: Consumer Electronics Office Automation
Industrial Automation

17. CONCLUSION:
Embedded system plays a vital role in our day today life. They Provide good man to machine interface.

18. THANK YOU