1. SEMINAR ON HEALTH MONITORING SYSTEM
USING IoT
07.08.2023
KARPAGAM INSTITUTE OF TECHNOLOGY
COIMBATORE - 105.
DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING
2. Health Monitoring System – Wearable Devices
• It is a system that monitors health of human beings
through IoT based health care devices.
9. Wearable Products-Interactive T shirts
Technology beyond the Dreams™
Another kind of interactive shirt is one that
makes sound – the electronic drum kit shirt
has 7 spots that generate sounds when
you push down on them. T- shirts like these
are cheap to come by as they do not need
high tech wizardry, just an electronic board
that you have to remove before hand
washing these T-shirts.
10. Technology beyond the Dreams™
Wearable Products-Nike Fuelband
• The Nike+ FuelBand tracks your
daily exercise and the calories
burnt while doing those activities.
For every activity, the LED will light
up and let you know your progress.
You can set these goals, view
detailed progress, and unlock
achievements to stay motivated, or
share it with your social networks
via its
11. Wearable Products-Smart Watch
Technology beyond the Dreams™
The watch is touchscreen and can
act as a hands- free device with
its built- in microphone. It also
has an app store, and
programmers are able to build
new apps for its unique
ecosystem.
Available in seven colors, it is on
the market at $400 a pop
13. Technology beyond the Dreams™
Wearable Product-Neuro on
• The neuro:on is the first
consumer device that can
measure sleep waves, eye
movement, muscle tension,
heart rate, and blood
saturation
14. Wearable Product-SMARTY RING
Technology beyond the Dreams™
• Smarty Ring to control your Smart phone. Forget tapping phone
screen, get instant alerts right on your finger.
15. Wearable Product-Vigo
Technology beyond the Dreams™
• Vigo tracks patterns in your blinks and in
your movement to quantify how alert you
are in real time. The idea is simple –
although your brain has a tendency to trick
you into thinking you’re mentally fit
enough to keep pushing on with your daily
business, your body can’t hide when
you’re tired. With an infrared sensor, an
accelerometer, and a clever algorithm,
Vigo makes it easy to be alert when you
need to be.
http://wearvigo.com/
17. ICU is highly specified & sophisticated area of a hospital which is specifically designed,
staff, located furnished and equipped, dedicated to management of critically sick patient,
injuries or complications.
It is a department with dedicated medical, nursing and allied staff.
It has its own team of doctors, nurses and other staff who are trained to requirement.
The design of ICU, or the modification of existing units, requires not only a knowledge of
regulatory agency standards but also the expertise of critical care practitioners who are
families with special needs of this patient population
In 1988 the society of critical care medicine developed guideline for the design of ICUs.
INTENSIVE CARE UNIT
18. Functions of ICU
• Close observation and treatment of critically ill patient
• To provide specialized treatment with specialized manpower and equipment
• To utilize staff more effectively and efficiently
• Care for post surgical operations
• Provide care for medical emergency
• Provide care for cardiac emergency
• To provide support to critically ill patient
19. Monitoring System
• Blood pressure
• Central venous pressure CVP
• Heart rate
• Pulmonary artery pressure PAP
• Oxygen saturation
• Patient temperature
• Intra cerebral pressure
• ECG (Electro Cardio Gram)
20. TYPES of ICU
Types of
ICUs
TRADITIONAL
CLIENTELE
CLINICAL
SYNDROME
ORGAN SYSTEM
21. Types of ICU
Traditional
Surgical
Medical
Paediatric
Organ System
Cardiac
Neuro
Renal
Respiratory
Clinical Syndrome
Burn
Trauma
Stroke
Clientele
Neonatal
Paediatric
gynaecology
22. Types of ICU
• NICU: Neonatal I C U
• PICU: Paediatric I C U
• SICU: Surgical I C U
• CCU: Coronary Care Unit
• HDU: High Dependency Unit
• MICU: Medical I C U
• TICU: Trauma/ Transplant I C U
• CVICU: Cardio Vascular ICU
• BICU: Burn I C U
• RCU: Renal Care Unit
• SCBU: Special Care Baby Unit
23. Designing of ICU
Principle of
designing
All patients can be
closely observed
Adequate Light,
Electrical fixture
Ample space around
bed for free
movement
Piped Gas supply
24. Patient Care Area
Patient Care
Bed Space
Hand Washing Wall Fixtures
Call Bell System
Equipment
Nursing
Monitoring
station
29. Treatment Policies
Responsibility lies with the in charge of unit admitting the case
A vacant bed is allocated in original ward for patient return
No direct admission to ICU but transferred from unit
Admission only a recommendation of ICU director subjected to availability of bed
20% bed to be kept vacant for emergency admission
Continuity of treatment is the per view of ICU in charge in consultation with unit incharge
