Sterile implant tracking device and method
View Patent ↗An assembly and method for tracking implant devices within a sterile field, the assembly comprising a reader, a sterile medical drape and a computer in communication with the reader. The reader comprises a scanner, housing structure and an optional transparent sterile sheath.
1. An assembly for tracking implants comprising
a reader comprising:
a scanner,
a housing structure comprising
a cover comprising
an aperture on a top surface of the cover, and a base, and
a transparent sterile sheath encasing the cover of the housing structure,
wherein the scanner is enclosed in the housing structure;
a medical drape attached to the side walls of the transparent sterile sheath.
2. The assembly of claim 1 wherein the scanner is positioned to form a focal point on a top surface of the transparent sterile sheath above the aperture.
3. The assembly of claim 1 wherein the reader further comprises a scanner mounting structure supporting the scanner wherein the scanner mounting structure is attached to the base.
4. A reader comprising:
a scanner;
a scanner mounting structure supporting the scanner;
a housing structure comprising
a cover comprising
an aperture on a top surface of the cover, and
a base comprising
a top surface to receive the scanner mounting structure,
an inset groove to receive the cover,
an inset channel extending radially from the cover to the edge of the top surface of the base, and
a removable channel cover; and
transparent sterile sheath encasing the cover of the housing structure, wherein the scanner mounting structure is attached to the base, wherein the scanner and scanner mounting structure are enclosed in the housing structure.
5. The reader of claim 4 wherein the inset channel houses a circuit board in communication with the scanner.
6. The reader of claim 5 wherein the circuit board is housed in a circuit board mold and wherein the circuit board mold fits securely in the inset channel.
7. The reader of claim 4 wherein the base further comprises a magnet.
8. The reader of claim 4 wherein the scanner comprises a scanner housing attached to the scanner mounting structure.
9. The reader of claim 4 wherein the scanner is capable of scanning 2×2 mm etched identifiers.
10. The reader of claim 4 comprising the transparent sheath wherein a top surface of the transparent sheath in the area above the aperture of the cover corresponds with the focal point of the scanner.
11. The reader of claim 10 wherein the transparent sterile sheath has magnifying abilities.
12. The reader of claim 10 wherein the transparent sterile sheath is formed of a single piece of transparent plastic.
13. The reader of claim 10 wherein the transparent sterile sheath is disposable.
14. A transparent sheath adapted to fit the reader of claim 1 wherein the sheath has a convex top surface.
15. A method of using a reader comprising the steps of:
providing a reader comprising:
a scanner;
a scanner mounting structure supporting the scanner;
a housing structure comprising
a cover comprising
an aperture on a top surface of the cover, and
a base comprising
a top surface to receive the scanner mounting structure,
an inset groove to receive the cover; and
a transparent sterile sheath encasing the cover of the housing structure;
wherein the scanner mounting structure is attached to the base,
wherein the scanner is positioned to form a focal point on a top surface of the transparent sterile sheath above the aperture,
wherein the scanner and mounting structure are enclosed in the housing structure;
placing an implant having an identifier onto the top surface of the transparent sterile sheath above the aperture; and
scanning the identifier of the implant to electronically record the stored data.
16. The method of claim 15 wherein a medical drape attaches to the sides of the transparent sterile sheath to cover the remaining portions of a reader.
17. The method of claim 15 wherein the identifier on the implant is an etched 1.4×1.4 mm matrix containing data regarding the implant.
18. The method of claim 15 wherein upon placing an implant having an identifier onto the top surface of the transparent sterile sheath above the aperture, the scanner automatically takes a scan.