motin sensor light swith using CD and IR sensor

1. By:
AKSHATA BADIGER 2AG19EE002
PRASHANT KUMAR 2AG20EE406
RAHUL BARKER 2AG20EE407
VISHWANATH S.M 2AG20EE411
Under The Guidance of
Prof. AnilKumar C.K & Prof. Santosh Raikar
Department of Electrical & Electronics Engineering
Mini Project Presentation on
‘MOTION SENSOR LIGHT SWITCH USING
CD4017 AND IR SENSOR’
Suresh Angadi Education Foundation’s
ANGADI INSTITUTE OF TECHNOLOGY AND MANAGEMENT
Savagaon Road, BELAGAVI – 590 009.
(Approved by AICTE, New Delhi &Affiliated to Visvesvaraya Technological University, Belagavi)
Accredited by NAAC
Department of Electrical & Electronics Engineering

2. .
“MOTION SENSOR LIGHT SWITCH
USING CD4017 AND IR SENSOR”

3. CONTENTS
 Introduction
 Literature Survey & Review of the literature
 Objectives
 Methodology
 Circuit Diagram / Experimental Set up
 Advantages, Disadvantages
 Applications
 References

4. INTRODUCTION
 In this project, We have shown how to make a motion
sensor light switch using the CD4017 IC and IR proximity
sensor.
 We can use this motion activated light circuit as an
automatic room light switch.
 We have not used any microcontroller or Arduino for this
CD4017 project.
 Each time the IR proximity sensor sense detects any
motion, it send the clock pulse to CD4017 IC. Then the
4017 changes it’s previous state.

5. LITRETURE SURVEY
• Soyoung Hwang et al. proposed a remote monitoring and
controlling system which is based on zigbee networks.
Realtime monitoring is implemented with JMF. It is a
multimedia extension API of java..
• Richu Sam Alex et al. proposed a system which reduces the
power consumption of the street lighting system about30%
compared to conventional design. This system is fully
automated. It also uses Zigbee so that control station can also
analyze all the performances of the system.
• Daeho Kim et al. worked on smart LED lighting system by
using Infrared and Ultrasonic sensors together. Here they
proposed a model which continuously tracks the human
motion. Output based on the human tracking data which is
obtained by these sensors are responsible for determining the
On-Off control of the lights.

6. OBJECTIVES
 To lower electricity wastage and as well as light’s life time.
 To enhance safety of children and mentally retarded people.
 To enhance safety from infectious diseases.

7. METHODOLOGY
• The IR emitter LED continuously emits infrared.
When any object comes within the range, some
amount of infrared reflects from the object surface
and that reflected infrared can be detected by the IR
receiver LED.
• The LM358 compares the voltage across the IR
receiver LED with the predefined value. When any
motion detected the voltage across the IR receiver
crosses the predefined value, so the output pin (pin
1) of LM358 becomes high.
• The clock pin (Pin-14) of CD4017 IC is connected
with the output pin of LM358. So when any motion
detected, the 4017 IC receives a clock pulse and

8. CONTINUED-
• The Pin-2 of CD4017 is connected with the base of
the BC547 NPN transistor, So when the Pin-2
becomes high the transistor turns on.
• When the transistor turns on, the current can flow
through the relay coil. So the load connected with the
relay also turns on.
• When the IR LEDS detecs any motion second time, it
sends the next clock pulse to CD4017 IC. Then the
Pin-2 becomes low
• . If the Pin-2 becomes low, the transistor turns off and

9. COMPONENTS
1)CD4017 IC 2) LM358 IC
3) BC547 Transistor 4) 100uF 25V Capacitor
5) 1000uF 25V Capacitor 6) 220-ohm 0.25watt Resistors –
4 no
7) 10k 0.25watt Resistor 8) 10k Timmer
9) LED 5mm – 2no 10) IR LED pair
(DETECTOR & EMMITER)
11) 1N4007 Diode 12) 5V SPDT Relay
13) Connectors & IC Base

10. CIRCUIT DIAGRAM

11. PIN DIAGRAM (4017)

12. ADVANTAGES
• Simple to Install
• Energy saving
• Ecofriendly
• Long life span
• Low budget

13. DISADVANTAGES
• It cannot withstand voltage above 1000V.
• Sensor can detect human being within approximate 10
meter range.
• Luminaires may burn out.

14. APPLICATIONS
• It can be used in washroom lights to switch on and off automatically.
• It can be used in Educational Institutions, MNC’s, Hospitals, Hotels and
Restaurants etc.
• It is very useful for blind peoples and also for mentally retarded.
• It is suitable for installing in Public Toilets to avoid infectious diseases.
• It is used to in detecting microwaves, it measures the reflection/shadow of the
moving objects.
• It is also can use in the home appliances like AC, fan etc to reduce electricity
bill.

15. RESULTS

16. CONCLUSION
 The project constructed and implemented with lightning module.it can detect
motion and then sensor senses the motion and actuate the lightning to work to
maximum intensity.
 The results shows that the implemented module is functional and proposed
system can be useful for energy saving purpose.

17. REFERENCE
1) Soyoung Hwang and Donghui Yu,International Journal of
software engineering and its application Vol.6, No.3,July,2012
2) Richu sam alex ,International Journal of engineering and
advanced technology(IJEAT),Vol.3,Issue 4,April 2014
3) Raja R ,Dr .K Uday kumar ,International Journal of Advanced
Research in electrical , electronic Instrumentation engineering
Vol3,Special Issue 2,April 2014
4) B K Subramanyam, K Baskar Reddy ,P Ajay kumar Reddy
,International journal of engineering research and application
(IJERA)ISSN:2248-9622 www.ijera.com Vol3, Issue 4 ,Jul –Aug
2014

18. .
THANKYOU