Presentation on
“HEART BEAT SENSOR”
Presented by:
ZAINAB ATHER
1
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Heart Beat Sensor: Design, Development and Application, Slides of Power Electronics
This presentation outlines the design and development of a heart beat sensor using Arduino for monitoring heart rate. the problem statement, objectives, motivation, historical background, block diagram, schematic diagram, safety precautions, hardware and software list with cost estimation, results, and conclusion. The project aims to create a wireless patient monitoring system for heart rate signals.
What you will learn
- What are the safety precautions while working on the project?
- What are the components used in the project and what is their cost?
- What is the objective of the project to design and develop?
- How is the heart rate measured using the sensor?
- What are the results obtained from the project?
Typology: Slides
2019/2020
1 / 15
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Presentation on
“HEART BEAT SENSOR”
Presented by: ZAINAB ATHER
- Introduction
- Problem Statement
- Objectives
- Motivation
- Historical Background
- Block diagrams
- Schematic Diagram
- Safety and precautions
- Hardware/Software list with cost estimation
- Results
- Conclusion
- References
CONTENTS
PROBLEM STATEMENT
(^) Patient monitor is vital for monitoring patients’ condition especially in intensive care unit (ICU). (^) It demand on patient monitor is high but a variety of problems appeared in terms of lack of space in hospitals. (^) It also need high cost maintenance for wiring and installation. (^) The costs for wiring and installation might be reduced as well.
OBJECTIVES
The objectives of the project are:
- To design and fabricate patient monitoring system for monitoring Hearth rate signal.
- To develop wireless system of monitoring system using Arduino.
- To develop data monitoring system using integration between Arduino and heart beat sensor.
HISTORICAL BACKGROUND
Heart rate has been becoming an essential parameter which is linked with the cardiovascular system of the human beings. There are several ways of measuring the heart conditions of the people. Heart rate, which is also known as pulse, is the number of times a person heart beats per minute. The heart rate is dependent on the condition of one’s heart, size of the body, age, the person doing any activity or being at rest etc. Any of these actions would cause the variability of heart beat rate. Result shows the average adult heart beat ranges from 60-100 bpm.
BLOCK DIAGRAM
SAFETY AND PRECAUTIONS
(^) Never eat, drink, or smoke while working in the laboratory. (^) Read labels carefully. (^) Do not use any equipment unless you are trained and approved as a user by your supervisor. (^) Clean up your work area before leaving. (^) Wash hands before leaving the lab and before eating.
HARDWARE/SOFTWARE LIST WITH COST
ESTIMATION
Components Costs Arduino UNO 500 16 x 2 LCD Display 350 10KΩ PotentiometerΩ Potentiometer 50 330Ω Resistor 10 Push Button 20 Heartbeat Sensor Module with Probe (finger based)
Mini Breadboard 50
CONCLUSION
To the design and problem solving skill of engineering with medical and biological sciences to improve patient’s health care and the quality of life of individuals. Heart beat readings are by far the only viable diagnostic tool that could promote early detection of cardiac events. By using this we can measure ones heart rate through fingertip. It is a very efficient system and very easy to handle and thus provides great flexibility and serves as a great improvement over other conventional monitoring and alert systems.
REFERENCES
- https:// www.researchgate.net/publication/330831756_Design_a nd_Fabrication_of_Arduino_Based_Heart_Rate_Monitor ing_System_Using_Reflectance_Photoplethysmography _Mubarak_Riaz
- https://www.electronicshub.org/heartbeat-sensor-using-a rduino-heart-rate-monitor /
- https:// www.researchgate.net/publication/280559190_Final_Re port