This document provides an overview of a project to develop an automated vehicle health monitoring system. It includes sections describing the objectives to provide real-time health monitoring and alerts, functional blocks including sensors to measure vital signs, an ARM7 microcontroller, and GSM and GPS modules. It also outlines the hardware and software requirements and advantages of preventing accidents and assisting in medical emergencies. The system is intended to control the vehicle, alert emergency services and hospitals, and allow for future integration of advanced medical devices and monitoring.

1. Visvesvaraya Technological University
Jnanasangama, Belgaum
Rajiv Gandhi Institute of Technology
Cholanagar, RGC Campus, RT Nagar,
Bangalore, Karnataka 560 032

6. contents
 Introduction
 Literature Survey
 World’s Accident Survey
 Need For Implementation
 Objectives
 Functional Block Diagram
 Master Circuit
 Automobile Module
 Obstacle Detection Module
 Hospital And Ambulance Module
 Hardware Requirements
 IC Requirements
 Software Requirements
 ARM7 LPC1768
 Flowchart
 Advantage
 Application
 Future Advancement
 Conclusion
 Queries
 References

7. INTRODUCTION

10. LITERATURE SURVEY

11.  Can Base Automated Car Maneuvering System
 A Tracking System of Multiple LiDAR Sensors Using
Scan Point Matching
 Biomedical Sensing Analyzer (BSA) for Mobile-Health
(mHealth) LTE

12.  Motion-based Obstacle Detection and Tracking for Car
Driving Assistance
 Moving Obstacle Detection From a Navigating Robot

13. WORLD’S ACCIDENT
SURVEY

14. Natural
Causes, 5.80%
Unatural Causes,
94.20%
Different Vehicles,
15.47%
Vital Signs,
27.30%
Natural Causes Unatural Causes Different Vehicles Vital Signs

15. NEED FOR
IMPLEMENTATION

16. Real time alert
 Road accident prevention
 Helps in critical condition

17. OBJECTIVES

18.  Tele-tracking and health monitoring
 Health hazard alert
 Alerting nearest Emergency Services
 Automation

19. FUNCTIONAL BLOCK
DIAGRAM

20. Pulse
Sensors
Heart
Rate
Pulse
Rate
Respiration
Sensors
Respiration
Rate
CO2
Level
Temperature
Sensors
Temper
ature
CPU
RAM
ALU
ARM7(LPC1768)
GSM GPS
LCD (2X16)
Display
Alert System
Ambulance
Alert System
Hospital
Alert
System
Emergency Time
Automation
System
Automobile
Control
System
Brake
Control
System
Window
Control
System
Voice
Message
Alarm
Location of the Vehicle
(Patient)

21. MASTER CIRCUIT

23. AUTOMOBILE
MODULE

24. LCD (2X16)
Brake Control
Window Control
Pulse Sensor
Respiration
Sensor
Temp
Sensor
Mono stable
Multi Vibrator
Mono stable
Multi Vibrator
Pre Amplifier
Driver
&
Relay
DC Motor
DC Motor
ARM7
LPC1768
Alarm
Alert
System
GPS
GSM
Buffer
Ring
Counter

25. OBSTACLE DETECTION
MODULE

26. IR
Transmitter
O
B
S
T
A
C
L
E
S
IR
Receiver
Buffer
Driver
&
Relay
Brake
Control
DC
Motor

27. HOSPITAL AND
AMBULANCE MODULE

29. HARDWARE
REQUIREMENTS

30.  Power Supply
7812 7805
+12v
+5v
230v
50Hz
1A
1N4007
1N4007
100µF
0.1µF
LED
2V
R
1 23 1 23
Xc=
𝟏
𝟐ℿ𝑭𝑪
Vavg=
𝑽𝑹𝑴𝑺
√𝟐

31.  IR Receiver
Buffer
4050IR
Sensor
+5v
+12v
100kΩ
47µF
10kΩ
4.7kΩ
470Ω
1µF
470Ω
4.7kΩ
BC 557
BC 547
BC 547
1
3
8
2
LED

32. Buffer and Driver System
Driver
2003
+12v
22 KΩ 1N4148
RL
Buffer
4050
+5v
1
8
3
5
9
7
11
2
14
6
4
10
15
12
8
1
3
5
2
6
4
11
14
15
12
16
13
9
Input from
Microcontroller

33.  Buzzer
 GPS (634R)
GSM(SIM900)

34.  DC Motor
 LCD
 9v Battery

35. IC REQUIREMENTS

36.  IC 555 Timer
 IC 4050 Buffer
5
5
5
1
3
2
4
8
7
6
5
Pin No Details
1 GND
2 Trigger Input
3 Output
4 Reset
5 Control
6 Threshold
7 Discharge
8 VCC
1
2
3
4
5
6
7
8
16
15
14
13
12
11
10
9
VCC
VSS
IC 4050
PIN NO Details
1 VCC
8 VSS
3,5,7,9,11,14 Input
2,4,6,10,12,15 Output
13,16 NC

37.  IC ULN 2003
16
14
15
13
12
10
11
9
1
3
2
4
5
7
6
8 VCC
IC ULN 2003
Pin No Details
9 VCC
8 VSS/GND
1,2,3,4,5,6,7 Input
10,11,12,13,14,15,16 Output

38.  IC 4017
1
2
3
4
5
6
7
8
16
15
14
13
12
11
10
9
VCC
VSS
IC 4017Q5
Q1
Q0
Q2
Q7
Q6
CP0
MR
Q3
CP1
Q5-9
Q9
Q4
Q8
Symbol Pin No Details
Q[0:9] 3,2,4,7,10,1,5,6,9,11 Decode Output
GND 8 Ground (0V)
Q 5-9 12 Carry Out (Active Low)
CP1 13 Clock Input (High To Low Edge
Triggered)
CP0 14 Clock Input (Low To High Edge
Triggered)
MR 15 Master Reset
VCC 16 Supply Voltage

39.  LCD (2X16)

40.  ARM7 LPC1768

41. SOFTWARE
REQUIREMENTS

42.  Keil Compiler µ Vision 4
 Language
WLPRO Programmer (JTAG Bus)
Software Platform
Compatibility
Embedded C/ Assembly
Hex Code(Error Free)
Compiled
Dumping

43. ARM7
LPC1768

44. General block diagram

47. Architecture Block
Of ARM7 LPC1768

49. ARM7 (LPC1768)
Application

52. FLOW CHART

53. Start
Initialize the Port
for Input and
Output
Read The Co-ordinates
From GPS and The GSM
If
P1.19=1
If
P1.20=1
Read The Co-ordinates
From GPS and The GSM

54. If
P1.21=1
If
P1.22=1
Stop
Read The Co-ordinates From
GPS and The GSM
Read The Co-ordinates From
GPS and The GSM

55. ADVANTAGE

56.  Breaking and window control system
 Message delivery
 Accident prevention

57. APPLICATION

58.  Robotics

59.  Tele-Monitoring

60.  Disease Management

61.  Theft Detection and Prevention

62. FUTURE
ADVANCEMENT

63.  Auto Driving System

64.  ECG, EEG And Other Advance Machine
Integration

65.  Wearable Patient Monitoring System

66.  Parameter Database Delivery System

67.  Auto Treatment First Aid System
 Real Time Data
Interfacing MediumAutomobile Module

68. CONCLUSION

69.  Controlled the Breaking System and Window System in case of
Emergency
 Provide Alert for the public help
 Provide required location.
 Finally we conclude that project is one advance emerging patient
monitoring system. Future scope with automation

71. REFERENCE

72. 1. Can based car maneuvering System - IEEE 2013
2. Biomedical Sensing Analyzer (BSA) for Mobile-Health (mHealth)-LTE Sasan
Adibi, Senior Member, IEEE 2014
3. Mobile Patient Monitoring: The Mobi Health System Aart Van Halteren, Richard
Bults, Katarzyna Wac, Dimitri Konstantas, Ing Widya, Nicolay Dokovsky, George
Koprinkov, Val Jones, Rainer Herzog* University of Twente, The Netherlands and *
Ericsson GmbH, Germany. The Journal on Information Technology in Healthcare
2004
4. A Tracking System of Multiple LiDAR Sensors Using Scan Point Matching
Shuqing Zeng, Senior Member, IEEE 2013
5. Moving Obstacle Detection From a Navigating Robot Dinesh Nair Member, IEEE,
and Jagdishkumar K. Aggarwal, Fellow, IEEE 1998

73. 7. Mobile Physiological Measurement Platform With Cloud and Analysis
Functions Implemented via IPSO Wen-Tsai Sung, Jui-Ho Chen, and Kung-Wei
Chang- IEEE 2014.
8. Essentials of Medical Physiology - K. Sembulingam & P. Sembulingam
9. Human Anatomy and Physiology - Ross and Wilson
10. The Handbook by Biomedical Instrumentation-R.S.Khandpur
11. Analog Electronic Circuits -A . P. Godse and U. A. Bhakshi
12. The 8051 Microcontroller and Embedded Systems-Muhammad Ali Mazid and
Janice Gillespie Mazidi

74. 13. https://www.pantechsolutions.net
14. https://www.nxp.com/arm7/lpc1768
15. http://www.ti.com
16. https://www.keil.com