We are geard up to design a device that is capable of detecting the Human blood group. It will facilitate the medical facility as it would be totally a new approach apart from conventional manual methods that were much hard to be delt with. After this methodology will be implemented it would allow t
Blood Group detection device
We are geard up to design a device that is capable of detecting the Human blood group. It will facilitate the medical facility as it would be totally a new approach apart from conventional manual methods that were much hard to be delt with. After this methodology will be implemented it would allow to take sample of blood by the person and his/her blood group will be displayed on the screen
Our priliminary objectives are:
1. Handy and mobile device for blood group detection at hospitals
2. Introduce a new facility for the blood group detection
3. Give fast and accurate results
4. Inexpensive and reliable
5. Easy to use
Following are the steps in which we have decided to implement the detection system:
1. Design coagulation detecton system and achieve its highest accuracy
2. Devolping the blood group identification system and achieve its highest accuracy
3. Designing a mechanism comprising of a mechanical system for blood and Antigen-Serum fusion
4. Designing a Casing in all above stuff could be incorporated so that it remains a simple hanheld device
5. Final stability and accuracy testing
These given points show the basic requirements for the purpose of blood group identification the way in which we are going to automate the whole procedure is of keen interest that is still under practical and observatory state and lisiting all that steps is not possible at this time because much changes will be made in even specified tasks
Presence of automated technology in medical field is of great importance because the conventional methods are not been at so perfection level that they could be run with our present medical needs and requirements.
Although our objectives show the benifits but these are also elaborated below:
1. This device would be a very first of its nature and will bring a change in entire procedure of blood group testing conventional methods
2. It would be handy and easy to be used as compared to conventiional manual method that was not very easy and handy procedure
3. It would increase the efficiency of testing the blood group because the currently used method is highly risky as is performed in open air and no special equipment involved
4. It would be reather cheap as a single device would be able to carry out hundred of testing so making it more effective
5. One of the biggest advantage is speed of the process as the previous method took lot of time to be accomplished but here it will not involve manual operation thus speedy!
As the name clearly defines the scope of the system proposed by us i.e. the blood group detection device which is clearly a biomedical instrument and it is proposed in order to facilitate medical field i.e. the hospitals, diagnostics center and even clinics or dispanceries are dealing with the blood and its transfusions that require the blood group to be monitored and compatibility should be checked that arises the scope of theis device because f lack of such devices much lack in progress is created and slows the processes in medical proceedings moreover our device is also meant to be simple and handy thus not much of technology would be required as some of them are listed:
1. Coagulation detection system is based on biomedical sensors being widely available and known to manyones
2. Blood group monitoring will also be done by sensor
3. Microprocessor would be used in order to make intelligent system
4. Hardware casing and other requirements that at this time i am not able to elaborate
So, this shows the simpleness and also the importance and scope for the Blood group detection system that will be deliverd in compact and evice like form as propossed
| Item Name | Type | No. of Units | Per Unit Cost (in Rs) | Total (in Rs) |
|---|---|---|---|---|
| Sensor for coagulation detection | Equipment | 1 | 5000 | 5000 |
| Sensor for Blood Monitoring | Equipment | 1 | 5000 | 5000 |
| Power Source | Equipment | 1 | 1000 | 1000 |
| Microprocessor | Equipment | 1 | 6000 | 6000 |
| Blood Antigens and Antibodies | Miscellaneous | 3 | 3000 | 9000 |
| Hard outer cover of instrument | Equipment | 1 | 2000 | 2000 |
| Total in (Rs) | 28000 |
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