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In India there is no option in traffic lights to give way to emergency vehicle which is being implemented in this project. This will help to reduce the daily task of the traffic policeman and also provide easy way to the Ambulance or Emergency Vehicle regularly as there is no technique for this in Indian Traffic Lights..

Step 1: Component List

Along with quantity

0 9 Transformer × 1

Diode IN 4007 × 1

Capacitor 1000 µF × 1

Capacitor 10 µF × 1

Linear Regulator (7805) × 3

10 mm Red LED × 4

10 mm Yellow LED × 4

10 mm Green LED × 2

Resistance 10 k ohm × 1

IC AT89C51 × 1

40 pin ic base × 1

18 pin ic base × 2

IC HT12D × 1

IC HT12E × 1

Tectile Switch (big 4 pin) × 5

Capacitor 33pf × 2

Crystal 11.0592 Mhz × 1

General Purpose PCB (6inch x 4inch) × 3

Connecting Wire (10 core) × 1

4.7 K ohm Resistance Sip × 2

5 mm LED: Red × 6

Resistance 1.5 K ohm × 10

Push to ON Switch × 1

Rechargeable Battery (4.15V) × 1

Resistance 51 K ohm × 1

Resistance 1 M ohm × 1

R F transmitter (4 pin, 434 Mhz) × 1

R F Receiver (8 pin, 434 Mhz) × 1

Step 2: Circuit Diagram

One circuit diagram is for the traffic light system and other one is fir the ambulance circuit.

Step 3: Video for Easy Implementation

Here the traffic lights and the emergency vehicle are connected wirelessly by R F technology which has the range of 10 meter and we can increase the range by using other wireless technology like Zigbee.

Step 4: CODE

The code is designed in EMBEDDED C

Step 5: Power Supply Design

The voltage requirement for the project is DC supply of 5 V for transmitter ambulance and the traffic light.

it is designed using step down transformer of 0 9 v and the bridge rectifier made of diode IN 4007, capacitor of 1000uf and regulator 7805. You can also 5V DC adaptar or battery based supply if you required and in the ambulance 4.15 V rechargeable battery is also used to make it a mobile unit and it is properly working using the above mentioned battery.

Step 6: Ambulance Section

There should be some signal from the ambulance or emergency vehicle that if they want the way or not.

So 434 Mhz frequency is used to wirelessly transmit the signal and there are switches on the ambulance for confirming the direction of Emergency Vehicle whether it is coming from North direction or any other section like here I have mention "A" on Switch provided on Ambulance and also on the traffic lights

Step 7: Microcontroller Section

The controller IC used here operates the traffic light and also receive the data from RF module and operate according to the requirement

Step 8: Traffic Light Section

These are the normal traffic lights but special alphabets like "A" and other are mention on it and similarly on the Emergency Vehicle to indicate them which switch to press. In practical this can be implemented by using boards which will display these alphabets.

<p>good project</p>
<p>bro i have got a problem with putting the codes</p><p>how should i upload it in to the Ic</p>
<p>i have a problem with the code execution. In which should i run it and how should i load it to the IC?</p>
<p>i am facing error in VCX and ert label </p>
good work bro, nice idea :)
<p>Thank you dear :)</p>
Very nice
<p>Dear Sir</p><p>Thank You</p>
<p>That's very smart! However, I see that no raspberry pi is used there though it is entered in the pi contest?</p>
<p>Dear</p><p>It was mentioned in the contest of raspberry pi that it should be based on controller not specially on raspberry pi controller</p><p>Regards</p>

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