1.
Building of Heart Beat Rate Monitor
& Object Detector
based on Arduino Development Board

2.
About Myself
NAME:
Mobile:
Email:
DEPARTMENT:
UNIVERSITY
Md. SYEDUZZAMAN
+8801670985245
Sohag.cseru@gmail.com
CSE
University of Rajshahi
Department of CSE
University of Rajshahi

3.
Building of Heart Beat Rate Monitor
& Object Detector
So Let’s have a look at my
project.

4.
Building of Heart Beat Rate Monitor
& Object Detector
Why I choose this project?
 Middle class and poor (Under poverty).
 Not capable of taking better health care.
As a result, Life becomes harder for an old man.
Most of the people of our country:

5.
So What is the Solution?
In Bangladesh to ensure better healthcare:
 we are looking forward to getting the best equipment with the least cost.
The needs of my country motivate me in
aiming this project:
 Basically my desire was to make a biomedical equipment that can do
medical diagnosis and treatments as well as provide supports for disable
people for their daily movements.

6.
Project
Project
Heart Beat
Rate Monitor
Object
Detector

7.
Part 1
Building of Heart Beat Rate Monitor
based on Arduino Development Board

8.
Building of Heart Beat Rate Monitor
Outline:
 Why I choose this project?
 How to Measure Heart rate?
 Challenges We faced!
 Hardware System Flow
 A Short Overview
 How Signal Drives into Circuit through INA 128?
 Pre-Processing
 Software we used ?
 Design Requirements
 Software Development Cycle
 Future Scope

9.
How to Measure Heart rate?
• Stethoscope is inaccurate
• Electrocardiogram is
costly
• Not user friendly
2 Available Measurement System

10.
Challenges We faced!
So, The effort has made to build :
a simple
less expensive
graphic based
heart beat rate monitor system which can be
used for medical diagnosis.

11.
Hardware System Flow
Based on Arduino ATmega 2560:
Sensor
Arduino
PC
Future
Work
Advanced
Signal
Processin
g

12.
A Short Overview

13.
Arduino Mega 2560
Power Section
Digital Output

14.
How Signal Drives into Circuit?
Input
From
Right
Leg
Input From
electrode
Current
Source
Ve(-)
Ve(+)
Filters
INA
128

15.
INA 128

16.
Pre-Processing
High
Low

17.
Software we used ?
• Arduino IDE
• Language C

18.
Design Requirements
• Instrumentation amplifier INA128
• 16x4 characters Liquid crystal display
• Trainer board
• 8 ohms mini speaker
• LED
• Breadboard
• Resistors :
• Capacitors:

19.
System Development Cycle
Continuous
Input of Heart
rate Signal
Amplification
Filtering
Low pass and
High Pass
Processing of
the Signal
Display output
Software
Development

20.
Algorithm
• Initialization
• Step 1: Loading of Liquid Crystal Library and object creation of Liquid Crystal Display with input pins.
• Step 2: setting the external variable pin signal, time an frequency.
• Step 3: setting the internal variable pin start time, period, and last input.
• Step 4: Setting up LCD main module for displaying heart rate.
• Calculation
• Step 1:
• period = time – start time;
• start time = time;
• death = time;
•
• Step 2:
• frequency = 60000/period;
•
•
• Decision
• if ((time - death) > 2000)
• print("dead! ");
• else
• print("alive! ");

21.
Final Development

22.
Future Scope
•Noise Free
•Low Cost <5,000/= BDT.
Device Invention.

23.
Part 2
Building of Object Detector
based on Arduino Development Board

24.
Why This Project?
• The current trend in our society is to send age old
civilizations into an old home, because they are unable
to do their basic physical needs by themselves.
• As a result we want to invent a system that can work as
like as their helper.
• We want to show how consumer devices like object
detector system can be used here in order to their good
will.

25.
Two significant facilities
1) For physically Handicapped specially for
Paralyzed, Blind and as well as Dumb persons.
2) For vehicles in typical smoke condition at winter
season

26.
As an Eye of Blinds.

27.
Like a torch light

28.
Who Becomes Benefited?
For old and physically handicapped persons,
previously unable to walk without anyone’s help
or direction, now will be able to walk inside his
own room safely.

29.
A typical old man
With no eye sight and
Can’t hear sounds
Paralyzed
Now they can easily be able to walk without
anyone’s help or direction.

30.
Types of Notification
1) A vibrator: which will respond (vibrate) if the system
found any objects in front of it.
2) A Led: which will respond (blink) if the system found any
objects in front of it.
3) A speaker: which will respond (beep) if the system found
any objects in front of it.

31.
To Drive Safe

32.
From the previous Image
We can see that there is too much smoke in the
road.
It’s very difficult to see any vehicles standing or
running with more then 50 meters distance.
Possibility of road accident.

33.
In a foggy winter morning
We know that, at winter season there is too much
smoke/due factor in the road. some times it
becomes more challenging for the drivers to
drive the bus/car or any vehicles specially at
winter night or early morning.
Now they can drive safely if system is installed
within their loving vehicles. Suddenly it can save
a lot of life.

34.
configured with in BUS/CAR

35.
Types of Notification
1) A speaker: which will respond (beep) if the system found
any objects in front of it.
2) 2) A LCD: which will show the calculated (meter) the
distance of the upcoming vehicles.

36.
Design Requirements
• Ultrasonic sensor
• Arduino Mega 2560
• Led
• Speaker
• Vibrator
• LCD
• Vero board
• Connecting wires

37.
Ultrasonic sensor

38.
Software Development
Continuous input
from ultrasonic
sensor
Sound processing
and distance
calculation
Decision

39.
Algorithm
Initialization
• Step 1: Loading of Liquid Crystal Library and object creation of Liquid Crystal
Display with input pins.
• Step 2: setting the ultrasonic trig and echo pin
• Step 3: Led pin initialization
• Step 4: Setting up trig and echo pin.
Calculation
Decision

40.
Final Development

41.
Please don’t hesitate to contact if any complication
arises.
Md. Syeduzzaman Sohag
M.Sc. Dept. of CSE, RU
Mobile: +8801670985245
Email: sohag.cseru@gmail.com