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Biomedical project ppt
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POORNIMA COLLEGE OF ENGINEERING
A SEMINAR PRESENTATION ON “ BIOMEDICAL TRANSMISSION USING
WIRELESS NETWORK”
SUBMITTED TO-Ms. Monika surana Mr. Amit kr. SharmaProject Coordinators (sec A)
SUBMITTED BY-Deepak GurjarJitendra kumarKrishan SharmaMurari lal swamiNarendra prajapat
CONTENTS1. IDEA OF PROJECT 2. BENFIT OF WIRLESS SYSTEM IN HEALTH
CARE3. INTRODUCTION OF PROJECT4. CIRCUIT DIAGRAM5. WORKING6. COMPONENT LIST7. COMPONENT DESCRIPTON8. APPLICATIONS9. FUTURE SCOPE10.ESTIMATED COST11.DISTRIBUTION OF WORK12. REFERENCE
IDEA OF PROJECT
Many developing countries suffer from an acute shortage of medical professionals, particularly specialists. As per the latest data of 2013, India stands at 67th rank amongst around 133 developing countries with regard to the number of doctors. Since patients are in large number but doctors are very few. So for making ease control many patient can grouped and monitored with our project.
For moving ability of patient.
BENFIT OF WIRLESS SYSTEM IN HEALTH CARE
Unlimited freedom of movement
Increasing the efficiency of treatments at hospitals.
Reduced risk of infection
Enhance mobility and low cost of care delivery
Ease of use
INTRODUCTION OF PROJECT
•There is a critical need for more cost efficient solutions for supervision/monitoring patients during and after surgery, as well as when the patient is at home.
• Advanced sensors combined with wireless communication will give reduced costs, improved monitoring, and better life quality for the patient.
•The main objective of this work and the proposed application is to present a better health service for the patient especially for the critical cases.
.
WORKING
TRANSMITTER PART: Initially all sensors measures patient’s
parameter. Now these parameter are changed into
digital form by ADC. Now these signals are fed to
microcontroller. Signals are transmitted through RF-
transmitter. Also displayed in LCD display.
RECEIVER PART:•In this part RF receiver receive signals and fed to microcontroller.•Decoder decodes the signals.•Decoded signal goes in microcontroller and microcontroller send data into computer.•All parameters of patient are shows on computer screen.•Visual basic software is installed in PC.
COMPONENT LIST S. No. Name Of Component Quantity
1 AT89C52 microcontroller 2
2 RF transmitter 1
3 RF receiver 1
4 Temperature sensor 1
5 IR sensor 1
6 Humidity sensor 1
7 LCD display 1
8 ADC 0808 1
9 HT12D 1
10 ECG module 1
Features:-• Compatible with MCS-51™ Products• 8K Bytes of In-System Reprogrammable Flash
Memory• Fully Static Operation: 0 Hz to 24 MHz• 256 x 8-bit Internal RAM• 32 Programmable I/O Lines• Three 16-bit Timer/Counters• Eight Interrupt Sources• Programmable Serial Channel
• Easy interface to all microprocessors• adjusted voltage reference• 8-channel multiplexer with address logic• 0V to 5V input range with single 5V power supply
2. ADC 0808:-
3. HT12D DECODER:-•Operating voltage: 2.4V~12V•Low power and high noise immunity CMOS technology•Low stand-by current•Capable of decoding 12 bits of information
FUTURE SCOPE
More parameters of body can be measured.
Connect to the GSM technology.
Specialist available anywhere. The BWSN needs to be further developed in
order to cover security handling, improved signal integration and visualization, achieve extended mobility outside the surgery room, monitoring of several patients/persons at the same time.
ESTIMATED COST
S. No Component’s Name Cost
1 AT89C52 microcontroller 120
2 RF transmitter 800
3 RF receiver 800
4 Temperature sensor 80
5 IR sensor 10
6 Humidity sensor 60
7 LCD display 150
8 ADC 0808 40
9 HT12D 40
10 ECG process 900
11 Others 700
Total 2200
DISTRIBUTION OF WORK
Deepak Gurjar- Idea of project,help in PCB
Designing
Jitendra kumar- PCB layout Designing
Krishan Sharma- Synopsis, PPT, Report
Murari lal swami-Component purchasing&
coding part
Narendra prajapat-Soldering & PCB Process
REFERENCE
IOSR Journal of Engineering e-ISSN: 2250-3021, p-ISSN:
2278-8719 Vol. 2, Issue 12 (Dec. 2012), PP 08-14
Journal of Engineering Research and Studies, E-ISSN0976-
7916, Swati Y.Gaikwad, Prof. Ms. Revati Shriram “Blood
pressure and ECG monitoring system based on internet “
Cummins college of Engg. Pune, Maharshtra, India
International Journal of Emerging Science and Engineering
(IJESE) ISSN: 2319–6378, Volume-01, Issue-09, July 2013
http://www.8051projects.info/proj.asp?ID=56