This document proposes an advanced integrated wireless patient monitoring system to continuously monitor critical health parameters between doctor visits. The system would monitor a patient's heart rate, body temperature, room humidity, blood pressure, and saline levels. Sensors would transmit this data wirelessly to a central device using an Arduino board that analyzes the information and alerts doctors if any parameters exceed safe thresholds, allowing for quick corrective action to save the patient's life. The goal is to reduce risks between doctor check-ins and enhance monitoring capabilities.

1. ADVANCED INTEGRATED WIRELESS PATIENT
MONITORING SYSTEM FOR MULTI SPECIALIST
HOSPITAL
Shree Swami Atmanand Saraswati Institute Of Technology
Gujarat Technological University
Prepared by:-
DHOLA VISHAL G. (150760109012)
1

2. CONTENTS…
Why we choose this topic?
What is solution?
How to do ?
2

3. WHY WE CHOOSE THIS TOPIC?
 In most of the hospitals, doctor visits patients either in morning shift or in
evening shift or in both shifts.
 What happens if patient's health becomes critical in between that interval or
 when a doctor is not available with a patient.
 Suddenly heart beat rate is below rated.
 Suddenly saline level is lower.
 Suddenly body temperature increase.
 Suddenly blood pressure increase.(above rated)
 The answer is a patient may lose herhis life.
3

4. WHAT IS SOLUTION?
 So to avoid this critical situation, we are proposing a advanced integrated
wireless patient monitoring system device which monitors patients health
continuously.
 This system monitors patients heart rate, body temperature, humidity of room,
blood pressure and saline liquid level (if any).
 if any of the above parameters goes beyond the threshold value, this smart
device indicate and informs doctors or care taker and ask for corrective actions
to save patients life.
4

5. HOW TO DO ?
 Block diagram
 Detailed block diagram
 components
 Features
 application
5

6.  BLOCK DIAGRAM:-
6
Heart beat
Advanced integrated
wireless patient
monitoring system
Saline
Level
Motion
Sensor
Humidity
Body
Temp.

7. 7
Body temp.
Humidity
Heart beat
Motion sensor
Saline level sensor
Blood pressure
ARDUINO UNO
SUPPLY SYSTEM
GSM
NOTIFICATION
 DETAILED BLOCK DIAGRAM:-

8.  COMPONENTS:-
 Arduino UNO
 Motion sensor
 Humidity and Temperature sensor
 Ultrasonic sensor
 ECG(Electrocardiogram)
 Body temperature
8

9. 9
Temperature sensor Humidity sensor
(DHT 11)
ECG Sensor
(Electrocardiogram)
Motion sensor
Ultrasonic level
sensor
ARDUINO UNO GSM Module
(SIM900) WIFI Module

10.  FEATURES:-
 Wireless data transfer.
 The patient in the ICU need a constant monitoring of their temperature and heart
beat.
 The patient can be analyzed by doctors in any part of the hospital wherever they
are.
 It reduces doctors work load and gives more accurate result.
 We have also incorporated saline monitoring system gives an alaram when
saline about to empty.
10

11.  APPLICATIONS:-
 Hospitals it monitoring the heart beat and temperature continually.
 By using this system patient can be analyzed by doctors in any part of the
hospital.
 Used to transfer the information from the transmitter side to the receiver side
wirelessly.
11

12. REFERENCES
1) Pratiksha W. Digarse, Sanjaykumar L.Patil, “Arduino UNO and GSM Based
Wireless Health Monitoring System for Patients”, IEEE – 2017, PP.: 583-588.
2) Siriwan Kajornkasirat, Napat Chanapai and Benjawan Hnusuwan “Smart
Health Monitoring System with IoT”, IEEE – 2018, PP.: 206-211.
3) M. Vazquez, J. A. Garibaldi, J. I. Nieto and J. D. D. Sanchez“Model for
Personalization of mHealth Systems for Monitoring Patients with Chronic
Diseases”, IEEE – 2016, PP.: 963-970.
4) Deepesh K Rathore,Ankita Upmanyu and Deepanshu lulla “Wireless Patient
Health Monitoring System”, IEEE – 2013, PP.: 415-418.
5) S Pradeep Kumar, “Smart Health Monitoring System of Patient Through IoT”,
IEEE – 2013, PP.: 415-418.
12

13. 13