Vein scanner with user interface for controlling imaging parameters
A portable handheld vein-image-enhancing device broadly includes: a first laser emitting a beam of light at a first wavelength; a second laser emitting a beam of light at a second wavelength; a scanner to scan the beams of light onto the target surface; a photo detector to receive the reflected vein image and convert the image into a signal, for use by the second laser and scanner to project the image onto the target surface; and a user interface and electronic circuitry to permit adjustments to one or more of the following imaging parameters: a vein size parameter to set a vein size to be imaged by the device; a field of view size; a size for a field of high resolution for the projected image; a brightness of the projected image; and a laser output intensity parameter setting a depth of penetration by the first wavelength for the imaging.
1. A portable handheld vein-image-enhancing device, for use in selective imaging of subcutaneous veins of a target surface, said device comprising:
a first laser configured to emit a beam of light at a first wavelength;
a second laser configured to emit a beam of light at a second wavelength being different than said first wavelength;
a scanner configured to scan said beams of said first and second wavelengths, of light onto the target surface;
a photo detector configured to receive said first wavelength of light reflected from the target surface as a contrasted vein image formed by differential absorption and reflection by subcutaneous veins and, surrounding tissue therein; said photo detector configured to convert said contrasted image into a signal; said second laser configured to receive said signal, and said second laser and said scanner thereby configured to project said contrasted vein image onto the target surface using said, second wavelength of light, tor the veins of said contrasted vein image to be projected onto the target surface directly over the imaged subcutaneous veins;
a user interface and electronic circuitry configured to permit adjustment of one or more imaging parameters for said selective imaging by said device;
wherein said one or more imaging parameters comprises a vein size parameter to set a vein size segment to be imaged by said device.
2. The portable handheld vein-image-enhancing device according to claim 1 , further comprising a memory, and wherein said user interface and electronic circuitry is further configured to permit said adjusted one or more imaging parameters to be stored in said memory.
3. The portable handheld vein-image-enhancing device according to claim 1 , wherein one or more imaging parameters further comprises a field of view parameter to set a size of the field of view to be imaged by said device.
4. The portable handheld vein-image-enhancing device according to claim 1 , wherein one or more imaging parameters further comprises a resolution parameter to set a size of a field of high, resolution for said projected image.
5. The portable handheld vein-image-enhancing device according to claim 1 , wherein one or more imaging parameters further comprises a brightness projection parameter to set a brightness of said projected image by said second laser.
6. The portable handheld vein-image-enhancing device according to claim 1 , wherein one or more imaging parameters further comprises a laser output intensity parameter to set a depth to be penetrated by said first laser for Said imaging by said device.
7. The portable handheld vein-image-enhancing device according to claim 1 , wherein said scanner comprises one or more mirrors configured to oscillate in two orthogonal directions.
8. The portable handheld vein-image-enhancing device according to claim 1 , wherein said first wavelength of light comprises an infrared wavelength of light, and said second wavelength of light comprises a visible red wavelength of light.
9. A portable handheld vein-image-enhancing device, for use in selective imaging of subcutaneous veins of a target surface, said device comprising:
a first laser configured to emit a beam of light at a first wavelength;
a second laser configured to emit a beam of light at a second wavelength being different than said first wavelength;
means for scanning said beams of said first and second wavelengths of light onto the target surface;
a photo detector configured to receive said first wavelength of light reflected from the target surface as a contrasted vein image formed by differential absorption and reflection by subcutaneous veins and surrounding tissue therein; said photo detector configured to convert said contrasted image into a signal; said second laser configured to receive said signal, and said second laser and said means for scanning thereby configured to project said contrasted vein image onto the target surface using said second wavelength of light, for the veins of said contrasted vein image to be projected onto the target surface directly over the imaged subcutaneous veins;
a user input control means and electronic circuitry configured to permit adjustment of one or more imaging parameters for said selective imaging by said device; and
wherein said one or more imaging parameters comprises a vein size parameter to set a vein size segment to be imaged by said device.
10. The portable handheld vein-image-enhancing device according to claim 9 , further comprising a memory, and wherein said user input control means and electronic circuitry is further configured to permit said adjusted one or more imaging parameters to be stored in said memory.
11. The portable handheld vein-image-enhancing device according to claim 10 , wherein said one or more imaging parameters further comprises a parameter from the group of parameters consisting of:
a field of view parameter to set a size of the field of view to be imaged by said device;
a resolution parameter to set a size of a field of high resolution tor said projected image;
a brightness projection parameter to set a brightness of said projected image by said second laser; and
a laser output intensity parameter to set a depth to be penetrated by said first laser for said imaging by said device.
12. The portable handheld vein-image-enhancing device according to claim 11 , wherein said first wavelength of light comprises an infrared wavelength, and said second wavelength of light comprises a visible red wavelength.
13. A portable handheld vein-image-enhancing device, for use in selective imaging of subcutaneous veins of a target surface, said device comprising:
means for imaging the subcutaneous veins of the target using a first wavelength of light and for projecting said vein imaging onto the target surface using a second wavelength of light, for the veins of said vein imaging to be projected onto the target surface directly over the subcutaneous veins; and
user input control means and electronic circuitry configured to permit adjustment of one or more imaging parameters tor said selective imaging by said device; and
wherein said one or more imaging parameters comprises a vein size parameter to set a vein size segment to be imaged by said device.
14. The portable handheld vein-image-enhancing device according to claim 13 , further comprising a memory, and wherein said user input control means and electronic circuitry is further configured to permit said adjusted one or more imaging parameters to be stored in said memory.
15. The portable handheld vein-image-enhancing device according to claim 14 , wherein said one or more imaging parameters further comprises a parameter from the group of parameters consisting of:
a field of view parameter to set a size of the field of view to be imaged by said device;
a resolution parameter to set a size of a field of high resolution for said projected image;
a brightness projection parameter to set a brightness of said projected image by said second laser; and
a laser output intensity parameter to set a depth to be penetrated by said first laser for said imaging by said device.
16. The portable handheld vein-image-enhancing device according claim 15 , wherein said first wavelength of light comprises an infrared wavelength, and said second wavelength of light comprises a visible red wavelength.