Authors :
B. Alex
Volume/Issue :
Volume 8 - 2023, Issue 12 - December
Google Scholar :
http://tinyurl.com/zwxwa7u8
Scribd :
http://tinyurl.com/yc2eszjc
DOI :
https://doi.org/10.5281/zenodo.10478504
Abstract :
In today’s digital and fast paced world, the
intersection of Digital technology and Health care is
crucial for the development of various innovative health
care systems. The convergence of healthcare and
environment monitoring has created a whole new chapter
for comprehensive assessment of the patient. This paper
introduces a novel and innovative device that seamlessly
amalgamates patient health data with real time
environment data. The device is triggered by a ultrasonic
sensor for effortless present selection. The device
incorporates state of the art sensors, that includes
Max30102 Heart rate sensor,MLX 90614 body
temperature sensor, DHT11 for monitoring temperature
and humidity, BMP180 pressure sensor, with NodeMCU
microcontroller as its core component. This paper presents
the architecture, implementation, and outcomes of the
PHES and also highlights its potential to reshape the health
care practices. The biomedical data that is obtained from
the device is transmitted to the cloud in realtime. The
“Blynk” cloud platform is utilized to monitor and store the
information. In this way the paramedical staff/specialist
can analyze and monitor the data anywhere as long as they
have access to the cloud platform.
Keywords :
Internet of Things(IOT), Nodemcu, Blynk.
In today’s digital and fast paced world, the
intersection of Digital technology and Health care is
crucial for the development of various innovative health
care systems. The convergence of healthcare and
environment monitoring has created a whole new chapter
for comprehensive assessment of the patient. This paper
introduces a novel and innovative device that seamlessly
amalgamates patient health data with real time
environment data. The device is triggered by a ultrasonic
sensor for effortless present selection. The device
incorporates state of the art sensors, that includes
Max30102 Heart rate sensor,MLX 90614 body
temperature sensor, DHT11 for monitoring temperature
and humidity, BMP180 pressure sensor, with NodeMCU
microcontroller as its core component. This paper presents
the architecture, implementation, and outcomes of the
PHES and also highlights its potential to reshape the health
care practices. The biomedical data that is obtained from
the device is transmitted to the cloud in realtime. The
“Blynk” cloud platform is utilized to monitor and store the
information. In this way the paramedical staff/specialist
can analyze and monitor the data anywhere as long as they
have access to the cloud platform.
Keywords :
Internet of Things(IOT), Nodemcu, Blynk.
