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VISVESVARAYA TECHNOLOGICAL
UNIVERSITY
BELGAVI -590018, KARNATAKA

PROJECT SYNOPSIS
on
IOT BASED AUTOMATED HEALTHCARE SYSTEM FOR
PARALYSIS PATIENT
BACHELOR OF ENGINEERING
IN
ELECTRONICS AND COMMUNICATION ENGINEERING

Submitted by: -

MADHUGIRIPALLI SAILEELA 1SJ18EC080

PRAJWAL G R 1SJ18EC117

Under the guidance of:

PROF. PARINITHA J
ASSOCIATE PROFESSOR

DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING

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OUTLINE OF THE PROJECT:

• We all know that the paralysis condition is a loss of muscle function in the body parts.
It can affect any part of your body at any time, then probably you may won't feel the
pain the affected area.
• Technical and Therapeutic innovations are there to improve the quality of life Our
goal is to develop a device which should be easy to use and should be affordable
which consists of basic health care monitoring system with nursing care.
• We know that these people can't able to convey their messages or needs. To overcome
this, we come up with the system that helps these patients to display messages by very
simple motion. This device can be designed to be mounted on the finger or to be
inbuilt in their clothes.
•

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TABLE OF CONTENTS

CHAPTER NO CHAPTER NAME PAGE NO

CHAPTER 1 INTRODUCTION

CHAPTER 2 OBJECTIVES

CHAPTER 3 METHODOLOGY

CHAPTER 4 BLOCK DIAGRAM OF SYSTEM

CHAPTER 5 EXPECTED OUTCOMES

CHAPTER 6 APPLICATIONS /
PROJECT ENHANCEMENT
CHAPTER 7 REFERENCES

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Chapter 1
Introduction
The paralysis patients are unable to move their muscles for their
purposes. There are so many symptoms and causes for this condition, especially
spinal cord injury which affects the nervous system. There are some existing
systems for individual comforts. But this system will help to monitor the overall
need of the patients. Their messages will be displayed on the LCD screen. In this,
we are also having some sensors. The aim is to purpose a novel device which
helps disabled people. It will help them to interact with other people with
minimum efforts.

This device may one day improve the lives of the people with paralysis.
Even though, there are so many innovative approaches for curing these people,
but here this will help them to adapt with paralysis by making them as
independent as possible. Fortunately, the last decade has seen promising
technology advances to address these concerns. In addition, the accelerometer
will also give a buzzer sound when patients fall on the floor.
Paralysis is most often caused by damage in the nervous system, especially the spinal cord.
Paralysis is caused by injury or disease affecting the central nervous system (brain and spinal
cord) which means that the nerve signals sent to the muscles is interrupted. Even though,
there are innovative approaches for curing or treating paralysis patients, but the aim of
treatment is to help a person adapt to life with paralysis by making them as independent as
possible. Where we see a problem with these types of devices that are being developed is that
they are very large and expensive machines. They seem to be only available in hospitals and
not able to be used at the patient’s home or at their convenience. Our goal is to make a device
that will be able to retrain a patient’s motion but have they are able to use the device
themselves and have it be cheap enough for them to afford without much debt.
Even though, there are innovative approaches for curing or treating paralysis
patients, but the aim of treatment is to help a person adapt to life with paralysis by making
them as independent as possible. Where we see a problem with these types of devices that
are being developed is that they are very large and expensive machines. They seem to be
only available in hospitals and not able to be used at the patients home or at their
convenience. Our goal is to make a device that will be able to retrain a patient’s motion
but have them be able to use

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Chapter 2
OBJECTIVES:

• Our project aims to develop new innovation for the use of basic nursing care.
• Because of expanding work cost, medical institutions would constrain to decrease
nursing staff for patients.
• In this project, we introduce a secure IOT Based paralyzed patient health care
monitoring and facilitation system.
• It helps us to take care of patient health care without nurse.
• It helps to monitor the patient’s body temperature.
• Based on the moment of patient’s model will detect what patients needed.
• It helps to keep monitoring pulse rate of the patient.
• It can store the data records of the health variations in the chip to moniter the patients.

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Chapter 3
Methodology

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Chapter 4
Block diagram of system
Transmitter part:

Reciver part:

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Chapter 4.1
HARDWARE AND SOFTWARE COMPONETS:

HARDWARE REQUIREMETS:
 Aurdio uno microcontroller
 Accelerometer & Gyro
 ESP8266 WIFI Module
 RF Tx Rx
 LCD Display
 Crystal Oscillator
 Resistors
 Capacitors
 Transistors
 Cables and Connectors
 Diodes
 PCB and Breadboards
 LED
 Transformer/Adapter
 Push Buttons
 Switch
 IC
 IC Sockets

SOFTWARE REQUIREMENTS:
 Arduino Compiler IDE
 MC Programming Language: C

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Chapter 5
Expected outcomes

• This is our final circuit connection.There lated message has now been shown on the
LCD panel by the help of micro controller
• Adafruit IOT is an easy-to-use IOT platform that is useful for storing data,viewing
data,and controlling devices. We can use adafruit to trackand manage stuff. It will
constantly monitor the patient’s health and save their records. In this project pulse rate
and temperature and humidity will show on mobile screen using adafruit webpage.

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Chapter 6

Applications
 Hospital for communicating with doctors and nurses at emergency
situations.
 Home or office for communicating with other people it makes easy way
get health updates and emergencies.
 For asking help to other in critical temperature.
 Hospitals it monitoring the heat beat and temperature continually by
using this systems the patient can be analysed by doctors in any part of
the hospital.
 used to transfer the information from the transmitter side to the receiver
side wirelessly.

PROJECT ENHANCEMENT:
• In future, we can use the chipset to implement this system.
• All parts are integrated in the chip, so that we can. This chip fits easily with the patient
with paralysis Gloves and bands avoid clothes.

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Chapter 7
REFERENCES:
1. AbhijeetBotre et al(2016) “ Assistance system for paralyzed” published
inInternational Journal Of Innovative Research In
Electrical ,Electronics,Instrumentation And Control Engineering ,Vol 4,Issue 5.
2. Gomez-Vilda et al(2016) “Vocal-fold paralysis patients treated with stem-
cellgrafting” published in International Conference on Pattern
RecognitionSystems (ICPRS-16).
3. RolgaRoy(2016) “Methodologies to assist paralysed patients” published
inInternational Journal Of Advanced Research In Electrical, Electronics
AndInstrumentationEngineering,Vol 5,Issue 3.
4. HemakshiPawar et al (2015 ) “Assistive Interactive Device usingElectro-
Oculography ” published In International Journal of AdvancedResearch in
Computer Engineering and Technology ,Vol 4,Issue 1.
5. Alyson Matheus de Carvalho Souza et al(2012) “Hand copter Game”published in
Virtual and Augmented Reality (SVR).
6. Massage Coll et al (2012) “Treatment of Peripheral Facial Paralysis(PFP)”published
in Photonics and Optoelectronics (SOPO
7. HertaFlor et al(2000) “The Thought Translation Device (TTD) forCompletely
Paralyzed Patients” published in IEEE Trans actions
onRehabilitationEngineering,Vol 8,No 2.
8. Alexis bell,Paul Rogers, Chris Farnell,BrettSparkman,ScottC Smith,‟Wireless
Patient Monitoring System‟HIC 2014 IEEE
9. WarsuzarinaMat Zubadi,SitiFaridatuAishyaMohdSahak, Heart beat Monitoring alert via
SMS‟ISIEA 2009.

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