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    International Journal of Innovative Science and Research Technology
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    So we propose an innovative system that automated this task with ease

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    © All Rights Reserved
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    45 views2 pages

    IOT Based Health Monitoring System

    Uploaded by

    International Journal of Innovative Science and Research Technology
    So we propose an innovative system that automated this task with ease

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
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    of 2

    Volume 7, Issue 10, October – 2022 International Journal of Innovative Science and Research Technology

    ISSN No:-2456-2165

    IOT Based Health Monitoring System


    Dr. C. S. patil (Authour) Vrushali Subhash Sonvane (Authour)
    Shri. Gulabrao Deokar College of Engineering, Shri. Gulabrao Deokar College of Engineering,
    North Maharashtra University, Jalgaon North Maharashtra University, Jalgaon

    Abstract:- So we propose an innovative system that computer using a USB (Universal Serial Bus) that sends data
    automated this task with ease. Our system puts forward to the device. Circuit was designed on an online circuit
    a smart patient health tracking system that uses Sensors designing app called PCB creator.
    to track patient health and uses internet to inform their
    loved ones in case of any issues. Our system uses B. Proposed of System
    temperature as well as heartbeat sensing to keep track of The core objective of this project is the design and
    patient health. The sensors are connected to a implementation of a smart patient health tracking system.
    microcontroller to track the status which is in turn Fig.1 shows the overview of the proposed system. The
    interfaced to an LCD display as well as wifi connection sensors are embedded on the patient body to sense the
    in order to transmit alerts. If system detects any abrupt temperature and heartbeat of the patient. Two more sensors
    changes in patient heartbeat or body temperature. Also are place at home to sense the humidity and the temperature
    system gives graphical representation of Patient’s of the room where the patient is staying. These sensors are
    “ECG". The system automatically alerts the user about connected to a control unit, which calculates the values of all
    the patient’s status over IOT and also shows details of the four sensors. These calculated values are then
    heartbeat and temperature of patient live over the transmitted/ugh a IoT cloud to the base station. From the base
    internet. station the values are then accessed by the doctor at any other
    location. Thus based on the temperature and heart beat values
    Keywords:- IOT Wi-Fi, Microcontroller, LCD, Voltage and the room sensor values, the doctor can decide the state of
    Booster. the patient and appropriate measures can be taken. Sensors
    The temperature sensor connected to the analog pin of the
    I. INTRODUCTION arduino controller is converted into digital value with the help
    of ADC.
    Health is always a major concern in every growth the
    human race is advancing in terms of technology. Like the III. WORKING PRINCIPLE OF SYSTEM
    recent corona virus attack that has ruined the economy of
    China to an extent is an example how health care has become The body temperature, humidity and pulse rate sensors
    of major importance. In such areas where the epidemic is are monitored and initially displayed on LCD. The values
    spread, it is always a better idea to monitor these patients from the sensors especially the body temperature sensor and
    using remote health monitoring technology. So Internet of the pulse rate sensor is stored in the database.
    Things (IoT) based health monitoring system is the current
    solution for it.. The core objective of this project is the design
    and implementation of a smart patient health tracking system
    that uses Sensors to track patient health and uses internet to
    inform their loved ones in case of any issues.While, in GSM
    based patient viewing, the flourishing parameters are sent
    utilizing GSM by strategies for SMS.

    II. THEORY

    A. Working Principle of ESP12E


    We used the ESP12E as the microcontroller embedded
    with Wi-Fi, and the sensors are MAX30100 (pulse rate and
    SPo2 measurement sensor) and DS18b20 digital sensor (body
    temperature measurement sensor). And there are more
    components we are using, such as mobile application, serial
    display/plotter and LCD display. All the needed components
    for the health monitoring system are described in Figure 2 is
    the circuit diagram for the system. An ESP12E
    microcontroller, two sensors (MAX30100 and DS18b20), a Fig 1:- Module
    16 × 2 I2C LCD display make up the circuit whole system is
    powered by 3.3V & 5V. Microcontroller is connected to the

    IJISRT22OCT991 www.ijisrt.com 1682


    Volume 7, Issue 10, October – 2022 International Journal of Innovative Science and Research Technology
    ISSN No:-2456-2165
    We used the ESP12E as the microcontroller embedded microcontroller, two sensors (MAX30100 and DS18b20), a
    with Wi-Fi, and the sensors are MAX30100 (pulse rate and 16 × 2 I2C LCD display make up the circuit whole system is
    SPo2 measurement sensor) and DS18b20 digital sensor (body powered by 3.3V & 5V. Microcontroller is connected to the
    temperature measurement sensor). And there are more computer using a USB (Universal Serial Bus) that sends data
    components we are using, such as mobile application, serial to the device.
    display/plotter and LCD display. An ESP12E

    Fig 2:- Flow Chart

    IV. CONCLUSION [5]. J. Wan, M. A. A. H. Al-awlaqi, M. S. Li, M. O. Grady,


    Communications and Networking, vol. 298, pp. 1–10,
    Design and implementation of a health monitoring 2018
    system using IoT are presented in this study. is IoT-based
    device allows users to determine their health parameters,
    which could help regulate their health over time. Eventually,
    the patients could seek medical assistance if the need arises.
    could easily share their health parameter data instantly within
    one application with the doctor. As we know, the IoT is now
    considered one of the most desirable solutions in health
    monitoring. It makes sure that the parameter data is secured
    inside the cloud, and the most important thing is that any
    doctor can monitor the health of any patient at any distance.

    REFERENCES

    [1]. A. Sharma, A. K. Sing, K. Saxena, and M. A. Bansal,


    “Smart health monitoring system using IoT,”
    International Journal for Research in Applied Science
    and Engineering Technology, vol. 8, no. 5, pp. 654–
    658, 2020.
    [2]. M. MacGill, “What should my heart rate be?,” 2021,
    [3]. Minnesota Department of Health, “Pulse oximetry and
    COVID-19,” 2020,
    [4]. N. S. M Hadis, M. N. Amirnazarullah, M. M. Jafri, and
    S. Abdullah, Journal of Physics: Conference Series,
    vol. 1535, pp. 1– 12, Article ID 012004, 2020.

    IJISRT22OCT991 www.ijisrt.com 1683

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