INTELLIGENT AMBULANCE FOR CITY TRAFFIC POLICE (ECE/EEE Project)

FOR FINAL YEAR STUDENTS PROJECT

INTELLIGENT AMBULANCE FOR CITY TRAFFIC POLICE

                        

INTRODUCTION

This project is based on VTU syllabus. The proposed system is based on ATMEL 89S52 µcontroller which is in our syllabus.

For doing this project we use some of the software like

v  Embedded C for programming the application software to the microcontroller.

v  Protel schematic software is used for designing the circuit diagram for this project.

v  Express PCB software is used for designing the PCB for this project.

(Since PCB making is a big process and involves lot of machineries which are expensive, we are going to outsource this to the manufacturer.)

ABSTRACT:

The main aim of this project is develop an intelligent ambulance which will reach the hospitals without any problem in heavy traffics.

This particular project is designed for the cities with heavy traffic .Eg: In Bangalore the roads are full jammed every time. Most of the time the traffic will at least for 100meters .In this distance the traffics police can’t hear the siren form the ambulance .so he ignores this .Then the ambulance has to wait till the traffic is left. Some times to leave the traffic it takes at least 30 minutes .So by this time any thing can happen to the patient .So this project avoid these disadvantages.

According to this project if any ambulance comes near when the ambulance at emergency comes to any traffic post the traffic signals automatically stop the signals and give green signal for this ambulance.

COMPONENTS USED:

v  Power Supply 5v DC                             -           LM 7805

v  Micro controller                                     -           AT89S52-Atmel (www.Atmel.Com)

v  Siren (12Vdc)

v  Memory                                                -          Atmel (2Kbytes)

v  Real Time Clock                                    -          (RTC – DS1307)

v  Light Emitting Diode (LED)

v  IR transmitter & receiver

SOFTWARES USED:

v  Embedded C

WORKING PRINCIPLE:

When the ambulance at emergency comes to any traffic post the traffic signals automatically stop the signals and give green signal for this ambulance.         

The ambulance carries an infrared transmitter and every traffic post will have an infrared receiver. So whenever the ambulance comes near the traffic, the ambulance will transmit a code say “emergency” the receiver will receive this signal and check in the database of the micro controller. Then it immediately switch off the other signals that is it make all the signals red and later make this particular direction signal green. So by doing this the ambulance can go without any problem.

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Walking Stick with Heart Attack Detection

FOR FINAL YEAR STUDENTS
Walking Stick with Heart Attack Detection

ABSTRACT:

The ECG circuitry unit on the wrist captures abnormal heart beat signal from the patient. The micro controller on the stick runs a heart attack algorithm. Warning is given out to the person about his heart condition. The Bluetooth emergency calling system calls for medical help at the moment of heart attack.

FUNCTIONING OF THE SYSTEM:

This project aims to shorten the time between the moment of heart attack and the arrival of medical personal. The warning before the emergency call will give the patient a chance to avoid heart attack.

Two biosensors worn on the user’s wrists send the real ECG signal to the analog ECG circuitry. The amplified and filtered analog output of the circuitry is converted from analog to digital signal and transmitted to the unit on the walking stick. The ECG circuitry unit, the A/D converter, and the transmitter are worn on one of the user’s wrists. The wireless connection between the unit on the wrist and the main unit on the walking stick gives the user more freedom to move by avoiding wire attachment between the wrist and the stick.

The receiver on the stick receives the digital ECG signal, and the microcontroller runs a heart attack algorithm to detect possible heart attack symptoms. If any symptom of heart attack is detected, the risk level rises. When the risk level reaches up to the emergency mode, the Bluetooth module activates the user’s mobile phone to call 101 for medical help.

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WIRELESS BASED ELECTRONIC MENU AND BILLING SYSTEM

WIRELESS BASED ELECTRONIC MENU AND BILLING SYSTEM

ABSTRACT:

In Our day to day life, the manual billing in hotel needs one  person to visit each and every table to check how much customer they have and what’s the thing they wants to have and then after having the food, one person who belongs to hotel will give the bill to customer and costumer will pay the bill. After that the customers will pay the bill then once again a man has to do the same work with another customer.

These are the tasks which are performed in day to day manual billing system.

But the idea behind this project is to Design and implement a very convenient ELECTRONIC MENU system in star hotels. Customers can easily order their favorite food items with quantity of each item by using LCD display with keypad in their table. The entire ordered food item sends through ZIGBEE to centralized system for calculating their bill.

1. INTRODUCTION:

·         In Day to day life, there is some situation like in festivals, in weekends, we are going outside for having food and due to crowd in hotel, and waiters are busy because of their manual process. While sitting in the hotel, one waiter come and give us  the menu  booklet first for deciding the food, while deciding the food, again one waiter come and write the menu and gives to the manager first then again gives to kitchen for making food.  

·         After having food, one waiter come and gives the bill to that table and while paying the money by customer, the waiter goes to the cash counter and deposits the cash as well as the fooding bill.

·         So these are the tasks which are performed in day to day manual billing system.

• But the idea behind this project is to Design and implement a very convenient ELECTRONIC MENU system in star hotels. Customers can easily order their favorite food items with quantity of each item by using LCD display with keypad in their table. The entire ordered food item sends through ZIGBEE to centralized system for calculating their bill.
• The restaurant electronic menu, ordering and payment devices and the order processing computer system allows restaurant patrons to review the menu, select food and beverages from the menu and electronically place their orders even before a seating in the restaurant is available. The system provides food and beverage orders to the kitchen staff well ahead of the convention order placing systems and permits patrons to review, print and pay their guest check electronically from their restaurant table, at will, without waiting for service or depending upon the responsiveness and staff levels of the restaurant, thereby providing the best possible service in the shortest possible time and eliminating bottlenecks and headaches of the conventional restaurant order and payment systems.

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DEFINE INTERRUPT

DEFINE INTERRUPT
Asynchronous  interrupt, which diverts the attention of the CPU. called interrupt.

If CPU have only one work, then C.P.U. will give the deterministic delay but it can't possible because C.P.U. has a lot of work like it controls the entire unit of C.P.U.

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Design for an automated door locks(smart key less entry)....

Design for an automated door locks(smart key less entry)....

A situation occurs when we lock our car doors with key inside the car. For this a transmitter is attached to the keychain and a transponder inside the car. When we lock with key inside the car, the transponder activates the transmitter, which in turn will make a hand-shake signal back to the transponder. Thus the transponder knows that the key is with in the range of the car. There will be a mechanism which will automatically open the door.

WORKING PRINCIPLE:

In this project,here the scanner will scans the image and compares with the saved image if it matches doors will enable and door locks if it doesn’t match buzzer will beep.

P89V51RD2   CONTROLLER

UART

LCD [16X2 DISPLAY] LCD [16X2 DISPLAY]

ALARM

KEYPAD

FINGER PRINT SCANNER

P89V51RD2   CONTROLLER

UART

LCD [16X2 DISPLAY] LCD [16X2 DISPLAY]

ALARM

KEYPAD

FINGER PRINT SCANNER

 

P89V51RD2   CONTROLLER

UART

LCD [16X2 DISPLAY] LCD [16X2 DISPLAY]

ALARM

KEYPAD

FINGER PRINT SCANNER

P89V51RD2   CONTROLLER

UART

LCD [16X2 DISPLAY] LCD [16X2 DISPLAY]

ALARM

KEYPAD

FINGER PRINT SCANNER

P89V51RD2   CONTROLLER

UART

LCD [16X2 DISPLAY] LCD [16X2 DISPLAY]

ALARM

KEYPAD

FINGER PRINT SCANNER

P89V51RD2   CONTROLLER

UART

LCD [16X2 DISPLAY] LCD [16X2 DISPLAY]

ALARM

KEYPAD

FINGER PRINT SCANNER

P89V51RD2   CONTROLLER

UART

LCD [16X2 DISPLAY] LCD [16X2 DISPLAY]

ALARM

KEYPAD

FINGER PRINT SCANNER

Read More