Design of SMS Based Automated Blood Bank using Embedded System

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 04 Issue: 07 | July -2017 www.irjet.net p-ISSN: 2395-0072
© 2017, IRJET | Impact Factor value: 5.181 | ISO 9001:2008 Certified Journal | Page 2461
Design of SMS based automated blood bank using embedded system
Pavitra h v1,Dr. G.F. ALI AHAMMED 2
1Student, DECS dept, VTU PG CENTRE MYSURU, Karnataka, India
2Assistant professor, DECS dept, VTU PG CENTRE MYSURU, Karnataka, India
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Abstract- - Now a days demand for the healthy blood is
increasing very rapidly as the hospitals are increasing and
the peoples are getting affected to the deceases frequently,
fortunately the mood of the people are also changing,
compared to the older days we are able to many number of
donors, Many peoples are coming forward to donate the
blood and we are able to see the lot of blood donation camps
are conducting across the globe, many number of blood
banks are opened, few of them are associated with the
hospitals, few of them are charity based also many multi-
national companies are entered in to the blood bank
business. In this project we are presenting on SMS based
automated blood bank, which connects donors and
patients through SMS, Donors need to register with the
bank via SMS and his/her blood will be check by nearest
hospital, all the verified donors details are shared the
people who requesting the particular group of blood, we
are using ARM7 HDMI LPC2148 controller along with SIM
800 GSM network, EEPROM is working as a Database and
system yields all the expected results with 99% Accuracy.
Keywords-GSM,LCD, Microcontroller
1. INTRODUCTION
Platelet of thirty millions blood quantities zone units
transfused yearly. One million fresh recruits gift focus is a
center where blood collected therefore of blood blessing is
secured and ensured blood transferred for later use . The
expression "blood gift focus" usually insinuates a division
of a recuperating office where the limit of blood thing
happens and where true blue testing is done (to lessen the
transfusion related negative occasions).Notwithstanding, it
now and again suggests an aggregation center, and without
a doubt a couple mending focuses moreover perform
gathering.
Entire blood or blood with RBC is transfused to
understanding with pallor/press inadequacy.it
additionally enhances the oxygen immersion in blood. It
can be put away at 1.0°c-6.0°c for 35-45 days [platelet
transfusion] it is transfused to the persons who experience
the ill effects of low platelet .this can be place away at
room hotness for 5-7 days .[plasma transfusion] This is
shown to the patients with liver disappointment, extreme
diseases or genuine consumes a new solidified plasma can
be put away at a low temperature of -25°C for a 12 months.
Regularly the country needs around the 4 crore units of
blood, out of which just a lesser 40 lakh units of blood are
available. There are some altered blood donation centers
the creation over, however some of them offer the ability
for an direct contact between the contributor and
beneficiary. This is regularly a genuine inconvenience
quite in cases wherever there is relate degree squeezing
might want of blood . This venture intends to beat this
correspondence obstruction by giving a quick connection
between the benefactors and hence the beneficiary by
exploitation low cost and low power Raspberry Pi B+ unit.
It requires Micro USB of 5V and 2A control supply as it
existed. All correspondence happens by means of SMS
which is perfect with every particular portable sort.
“Automated Blood Bank” proposes to bring considered
blood benefactors and those needing blood on to a typical
stage.
Objectives
This is the SMS based highly proceeded automated blood
donation center framework, Here we are outlining on
inserted framework to help some patients who are in the
need of blood to the volunteer benefactors over the globe,
our aim is not limited to creating on automated blood
donation center but rather likewise to enable them to use
effectively compared with existed blood bank frameworks.
II. LITERATURE SURVEY
1]In this paper Data Mining to enhance wellbeing of blood
donation prepare gives the accumulation and investigation
of data identified with responses related with the
procedure of blood gift. It utilizes Donor Hart instrument
and Data Mining strategies to enhance contributor’s
wellbeing. The confinements of this framework are it
neglects to apply early prevention methods to the
benefactor.
2]In this paper presented by Blood Bank Management
System using Cloud Computing for Rural Area gives a

blood to at whatever point and any condition to searcher
isolated from that searcher is furthermore prepared to call
the suppliers in emergency. The limitations of this system
are it just maintains Blood Bank data and does not focus on
donor reactions while donating blood.
3]This paper presented by focuses on the reaction types
and various parameters of blood using different
techniques like Donor Hart using Donor Hem vigilance
Method and Data Mining methods.
4]In this paper presented by the Android Blood Donor is
saving application in cloud computing with a purpose of
develop a computer system that will link all donors to help
them and control a blood transfusion service and create a
database to hold data for blood in each area of city as data
on donors using supply the chain networks and RVD
Algorithms but meets to one of its limitations as supply
chain networks are more complex than other systems.
5]In this paper presented by the A framework for a smart
social Blood donation system based on mobile cloud
computing , which helps to communication between blood
donors and blood donation centres so that the appropriate
donor can be reached just on time using Mobile Cloud
Computing but a wide range of applications are difficult to
run in the mobile devices.
III. METHODOLOGY
ARM7 based LPC2148 microcontroller will be externally
connected with the GSM 900A,16*2 LCD display and 4*4
matrix keypad. GSM 900A pin no GND is connected to the
microcontroller. Rx pin is connected to pin no p0.0Tx,Tx
pin is connected to the pin no p0.1 Rx ,2 ground pins is
connected to the ground pin of microcontroller. Power
supply is connected for 12v.LCD display is connected to
the microcontroller, GND pin is connected to the GND pin
of controller, VCC is connected to 5V,Rs pin is connected to
pin no p0.15,R/w pin is connected to p0.16, D4,D5,D6,D7 is
connected to the pin no p1.16 to the p1.19 respectively.
4*4 keypad is connected to the microcontroller C1 to C4
pin is connected p1.24 to p1.27, R1 and R2 is connected to
p1.20 ,p1.21, R3,R4 is connected to the p1.22 to p1.23.
Figure1. Proposed block diagram
This System will be similar to the architecture, which is
made up of Microcontroller, GSM, Display and Memory, but
with the several capacities, in the overview one mobile is
interactive with the lot of other mobiles over the SMS, this
master mobile is usually referred as the automated blood
bank as shown in the figure.
1Registration UNIT
2 Service Desk
1. Registration Unit: Whenever a person want to become
the donor, then he need a send a SMS to the ABB master
number as NAME <Blood Group>, Upon accepting the
Messages, system automatically replies with a welcome
message with the contact details of the hospital to undergo
for blood check up to identify the quality of the blood, also
one notification message will go to hospital to conduct the
test, once test is done positively then hospital need to send
the message to ABB, upon receiving the message ABB will
confirm the Donor as Healthy person to donate the blood,
all these activities will be handled by the Registration Unit
2. Service Desk: When Somebody need the blood of
particular kind of blood group, the person need to send a
SMS like <Blood Group>, Immediately ABB will send the
list of Donors with contact numbers to the requested
Person.
RESULT
RS232 Cable connected to the system . power is on go to
flash magic, select lpc2148,then go to my computer to
click the right click select manage then go to ports com18
is selected ,next select tools go to terminal again select

com18 click ok flash magic window is open hellow from
uart in this window display ok, then GSM is sink with
controller. GSM is working is on.
Figure 2 : Donor send the message to the hospital and
request received by the hospital
Once the donor will send message is IAB+ blood group to
nearby hospital. Once receive the message. request for
received blood type AB+ it will send near hospital address
to the donor, because check for the donor blood .donor
give the blood in hospital it will be check, again message is
go to doctor please verify the donor. if it is ok send the
message to the donor for YES+.so donor will be eligible to
donate the blood. the message is your successfully
registered.
In this proto to send some messages to the donors and
doctors. for good morning, blood bank closed for today,
blood donation at vijaynagar today. some message send
the donors and doctors
VI. CONCLUSION
Blood is the primary necessity of life and demand
for the healthy blood increasing day by day but finding
donators at right time is not a easy job, There are different
methods available for searching blood donors but many of
them are not user friendly, hectic and yields less or no
results many times, This proposed framework will be one
stage forward from the other blood favoring structures.
Blood beneficiary can contact the blood supporter
especially by utilizing this structure .When there is
crushing essential for blood, it may not be feasible for
individuals to interface with the web to inspect the online
blood database frameworks that are beginning at now in
closeness. In the event that individuals get a handle on this
model, the guest is in a brief moment associated with the
support. Consider a SMS based database structure is in
which at whatever point a SMS is send to expected
senders, in context of the request. The rule horrible check
with the structure is there will be a huge suspension in the
beneficiary side in review the SMS and after that reacting
to it.
REFERENCES
[1].Erraguntla,Madhav,PeterTomasulo,Kevinland,Hany
Kamel,Barbee whitaker,”Data Mining to Improve Safety of
Blood Donation Process.in System Sciiences(HICSS),2014
47th Hawali International Conference on(pp.789-
795).IEEE,2014.
[2].Khan, Javed Akhtar,and M.R Alony .”A New Concept of
Blood Bank Management System Using Cloud Computing
for Rural Area(INDIA).”International Journal of Electrical
,Electronics and Computer Enginnering,4(1),p.20
[3].Jenipha,T.Hilda,andR. Bachiyalakshmi.”Android Blood
Donar Life Ssving Application in cloud
computing.”Biometrics and Bioinformatics6.1(2014):34-
36.

Design of SMS Based Automated Blood Bank using Embedded System

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