Arduino based health monitoring system

Presented by: Shaikh Yusuf Babu
M.Sc 2nd Year (Industrial Automation)
J.E.S College Jalna-431203.

 In today’s scenario, health care problems are increasing at
a very high pace like coronary heart diseases, obesity, lung
failures causing death rate of 7.2 million people per year
hence it is the need of the hour to overcome from all such
problems.
 Our health care providers have developed an intelligent
and low cost health monitoring system to provide more
comfortable life for people suffering from such chronic
diseases using advanced technologies like wireless
communications, embedded computations, wearable and
portable remote health monitoring system. As a result need
for repetitive doctor visits are decreased as the
information reaches from everywhere. Implementation of
wireless communication technologies in monitoring systems
is now easier because of its patient friendly manner

 Wireless technology is ruling worldwide and has invaded the
medical area with wide range of scope and capabilities.
 To monitor continuous Medicare conditions of patient using
existing wireless technologies were quite convoluted.
 To overcome this, we are proposing a change in wireless
sensor technology by designing a biomedical monitoring
device comprised of different sensors to acquire the
information regarding human body temperature, heart rate,
blood pressure, lung capacity which is sent to a personal
vitality measurement system and further transmit this
information on an IOT server which is user accessible over
the internet.

 Various Biomedical sensors have been used as
AD8232 ECG sensor is used for remote ECG
monitoring by connecting ECG electrodes to the
recording unit with cables.
 Blood pressure sensor (4811) is used to measure
systolic and diastolic pressure and pulse rate for
few seconds.
 LM35 temperature sensor is used to measure skin
surface temperature as it is more accurate than a
thermistor and lung capacity is measured using an
arrangement of fan with motor like spirometry.

 Current System Medical science is expanding by leaps and
bounds in the last couple of decades for their considerable
aim towards wireless and e-health monitoring systems
providing remote monitoring of patients. But the tools used
to deal with health conditions are tedious to maintain and
limited to specific number of parameters. The systems
being complex and laborious to operate also raise the cost
of health care services and hospital expenses which is not
affordable to economically challenged community.
 In early 1960’s, Kadish used a system, which includes
several things namely glucose sensor, a processor and a
pump to control glycerin in patients with diabetes. To
manage complex situations, the pump will need several
MEMS based sensors to monitor more parameters like
glucose, heart rate, temperature and ECG etc.

 BLOOD PRESSURE:-
 Blood pressure is the pressure of the blood in the
arteries. The heart contracts and expands when
it beats. Contraction pushes the blood through
the arteries to body, and this force creates
pressure on the arteries. Blood pressure is
measured as high blood pressure and low blood
pressure which called systolic pressure (as the
heart beats) and the diastolic pressure (as the
heart relaxes between beats). The unit which
measures this is called Sphygmomanometer.

 Systolic (mm Hg) Diastolic (mm Hg)
 Hypotension < 90 < 60
 Desired 90–119 60–79
 Prehypertension 120–139 80–89
 Stage 1 Hypertension 140–159 90–99
 Stage 2 Hypertension 160–179 100–109
 Hypertensive Crisis ≥ 180 ≥ 110

 Electrocardiography (ECG or EKG*) is the
process of recording the electrical activity of
the heart over a period of time using
electrodes placed on the skin.
 These electrodes detect the tiny electrical
changes on the skin that arise from the heart
muscle's electro-physiologic pattern of
depolarizing during each heartbeat. It is a
very commonly performed cardiology test.

 Lung capacity is the amount of air your lungs
can hold or the combination of different lung
volumes.
 The lung capacity is measured by blowing a
fan with the maximum strength one can, and
the power generated in voltage will help to
let us know that with how much strength the
one has blown the air fan. If the level
reaches out of the prior level set, then the
patient is having problem in lungs.

 Programming languages for the visual arts which can
help any digital artist create complex animations and
interactive installations. Processing is a powerful and
fun to use programming language that was initially
created to help coding enthusiasts learn the basics of
programming but since then, it has evolved into
something much more elaborate.
 Now it is an open source development tool which
emphasizes on the visual representation of the code,
targeting both advanced users and professionals. The
language builds on the Java language, but uses a
simplified syntax and graphics programming model. It
has User-friendly interface, it retains the advantages
of simplicity. The main window is comprised from
commonly 13 found elements in any code editor,
namely a toolbar, project tabs, text editor, message
area and a console.

 The Internet of Things (IoT), also called internet
of everything. The network is formed by physical
objects or "things" which are implanted with
electronics, software, sensors. Things or the
Objects which are connect through IoT have
ability to connect with the things for data
exchange with the operator or any other
connected devices. IoT is a International's Global
Standards Initiative. The Internet of Things
allows the connected things or objects to be
identified and controlled remotely across the
network infrastructure. It helps in creating
opportunities for more direct integration
between the physical world and computer-based
systems.

Arduino is an open source physical computing
platform based on a simple input/output (I/O) board
and a development environment that implements the
Processing language. Arduino can be used to develop
standalone interactive objects or can be connected to
software on your computer. Arduino hardware is an
open-source circuit board with a microprocessor and
input/output (I/O) pins for communication and
controlling physical objects (LED, servos, buttons,
etc.). The board will typically be powered via USB or
an external power supply which in turn allows it to
power other hardware and sensors.

 In the above mentioned system we have
proposed a health monitoring system which is
GSM based.
 user friendly and bridges gap between doctor
and patients.
 The system is simple, Power efficient.
 Practical application of the system is
superfine in rural areas as there would be no
need for the patients to get their continuous
follow-ups.

Arduino based health monitoring system

Arduino based health monitoring system

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Arduino based health monitoring system