Vein Illuminator

?Human eyes can only detect visible light that occupies a very narrow band (400 - 700nm) of the spectrum. ?However, in other bands of the electromagnetic spectrum there is much more information contained rejected by the objects of interest. ?The visibility under normal visible light

Project Title

Vein Illuminator

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

•Human eyes can only detect visible light that occupies a very narrow band (400 - 700nm) of the spectrum.

•However, in other bands of the electromagnetic spectrum there is much more information contained rejected by the objects of interest.

•The visibility under normal visible light conditions is very low for human vein patterns on the periphery.

•Accessing veins in cases of elderly or obese as well as dark toned & adult patients becomes very difficult sometimes for drug delivery physicians.

• This can be resolved by Near-Infrared (NIR) imaging techniques.

• The stand-alone, portable NIR vein detection system can visualize and detect vessels from anterior forearm. Taking sample images from people of different skin complexities and muscle built, the desired image output can be successfully obtain.As we are making portable IR imaging due to that we can encounter motion artifacts issues. Therefore, our main goal is to make a portable efficient vein imaging system at a very low cost that works on basic principles of NIR.

• compete details of step by step process is given below.

Project Objectives

•Accessing veins in cases of elderly or obese as well as dark toned & adult patients becomes very difficult sometimes for drug delivery physicians.

•Although significant work has been done in this area and many devices have come up, but the major problem lies in their cost and portability.

•A low cost, portable & efficient infrared imaging detection system is the need of the hour.

•Our aim is to develop a low-cost vein finding system, which uses infrared light to capture the images of the veins, processes (enhances and contrasts) these images.

Project Implementation Method

1.Setting up the Raspberry Pi.

2.Constructing a firm structure/frame for the overall product.

3.Designing an IR Flash with IR LEDs.

4.Image Capturing and scanning with Raspbian Pi NoIR Camera.

5.Image Processing by different techniques.

6.Displaying on the screen.

Benefits of the Project

1) viewing viens of elderly and obese patients

2) avoid the pricking process that is very dangerous

3) higly efficient in locating the veins of infants

4) can view the clots.

5) helpful in injection process.

6) low cost device.

7) easy to operate .

8) No need to import the product after this ,,We can use this device of our medical needs 

Technical Details of Final Deliverable

1) hardware and software based product.

2) low cost product in the market as compared to others.

3) Uses Near Infrared Technique.

4)A completely medical Equipment.

5) easy to use and perfecty efficient.

PROCESS IS AS UNDER:

1.Setting up the Raspberry Pi.

2.Constructing a firm structure/frame for the overall product.

3.Designing an IR Flash with IR LEDs.

4.Image Capturing and scanning with Raspbian Pi NoIR Camera.

5.Image Processing by different techniques.

6.Displaying on the screen.

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Medical

Other Industries

Health

Core Technology

Augmented & Virtual Reality

Other Technologies

Artificial Intelligence(AI), Wearables and Implantables

Sustainable Development Goals

Good Health and Well-Being for People

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com