Retrievable endoscopic orbital floor splint

• US 6,596,009 B1
• Filed: 07/27/2000
• Issued: 07/22/2003
• Est. Priority Date: 07/28/1999
• Status: Expired due to Fees

• Current Assignee: Jeffrey Jelic
• Original Assignee: Jeffrey Jelic
• Inventors: Jelic, Jeffrey
• Primary Examiner(s): Woo, Julian W.
• Application Number:
  US09/627,087
• Time in Patent Office: 1,090 Days
• Field of Search: 606/60, 606/191, 606/196, 606/197, 606/199, 606/151, 623/17.18, 623/17.19, 623/10
• US Class Current: 606/191
• CPC Class Codes: A61B 17/6433 specially adapted for use on body parts other than limbs, e.g. trunk or head

Abstract

A endoscopic orbital floor splint for placement in a maxillary sinus for supporting an orbital floor having a pedicle portion with an upper surface and lower surface, and a support portion extending below the lower surface of the pedicle portion which is adapted to force pedicle portion upwardly to support the orbital floor. The pedicle portion can be generally triangular shaped with rounded corners and an inferior optical nerve notch formed on one side thereof, and the support portion can be generally ring-shaped or be an elongate leg shape. Optionally, a neck can be provided between the pedicle portion and the support portion. The endoscopic orbital floor splint is formed of biocompatible flexible and resilient material, such as silicone rubber.

Claims

1. An endoscopic orbital floor splint for placement in a maxillary sinus for supporting an orbital floor, coprising:

a pedicle portion with a flexible supporting surface adapted to substantially cover an upper orbital floor supporting surface and a lower surface; and

a resilient support portion extending below the lower surface of the pedicle portion which is adapted to force the pedicle portion upwardly to support the orbital floor.

2. The endoscopic orbital floor splint of claim 1, wherein the pedicle portion has a generally triangular shape.

3. The endoscopic orbital floor splint of claim 1, wherein the pedicle portion has a generally triangular shape with rounded corners and an inferior optical nerve notch formed on one side thereof.

4. The endoscopic orbital floor splint of claim 1, wherein the pedicle portion is generally concave facing upwardly.

5. The endoscopic orbital floor splint of claim 1, wherein the support portion is generally ring-shaped.

6. The endoscopic orbital floor splint of claim 1, wherein the support portion has a generally ring-shape with a neck portion connecting between an upper region of the ring-shape and a bottom of the pedicle portion.

7. The endoscopic orbital floor splint of claim 6, wherein the neck portion extends outwardly from a plane of the ring-shaped support portion.

8. The endoscopic orbital floor splint of claim 6, wherein the neck portion extends outwardly from a plane of the ring-shaped support portion at an angle of at least 60 degrees.

9. The endoscopic orbital floor splint of claim 1, wherein the support portion has a generally ring-shape with two upper ends merged with two ends of a V-shaped neck portion, and an apex of the V being connected to a bottom of the pedicle portion, the V-shaped neck portion extending outwardly from a plane of the support portion.

10. The endoscopic orbital floor splint of claim 1, wherein the endoscopic orbital floor splint is constructed from bio-compatible material which is flexible and resilient.

11. The endoscopic orbital floor splint of claim 1, wherein the endoscopic orbital floor splint is constructed as a unitary structure.

12. The endoscopic orbital floor splint of claim 1, wherein the support portion has a plurality of protrusions formed thereon.

13. The endoscopic orbital floor splint of claim 1, wherein the support portion comprises a leg which extends from a bottom of the pedicle portion.

14. The endoscopic orbital floor splint of claim 1, wherein the pedicle portion has a generally triangular shape with a top surface and a bottom surface and the support portion comprises a leg which extends laterally from a bottom surface of the pedicle portion.

15. The endoscopic orbital floor splint of claim 14, wherein the leg extends laterally from the bottom surface of the pedicle portion at an angle of between 0°

and 90°

.

16. An endoscopic orbital floor splint for placement in a maxillary sinus for supporting an orbital floor, comprising:

a pedicle portion with an upper surface and lower, the upper surface being generally concave facing upwardly and having a generally triangular shape; and

a generally ring-shape support portion extending below the lower surface of the pedicle portion which is adapted to force pedicle portion upwardly to support the orbital floor, wherein the endoscopic orbital floor splint is constructed from bio-compatible material which is flexible and resilient.

17. The endoscopic orbital floor splint of claim 16, wherein the generally triangular shaped pedicle portion has rounded corners and an inferior optical nerve notch formed on one side thereof.

18. The endoscopic orbital floor splint of claim 16, wherein the endoscopic orbital floor splint is constructed as a unitary structure.

19. The endoscopic orbital floor splint of claim 16, wherein the support portion has a plurality of protrusions formed thereon.

20. An endoscopic orbital floor splint for placement in a maxillary sinus for supporting an orbital floor, comprising:

a pedicle portion with an upper surface and lower, the upper surface being generally concave facing upwardly and having a generally triangular shape; and

a generally ring-shape support portion with a neck portion connecting between an upper region of the ring-shape and a bottom of the pedicle portion which is adapted to force pedicle portion upwardly to support the orbital floor, the neck portion extending outwardly from a plane of the ring-shaped support portion.

21. The endoscopic orbital floor splint of claim 20, wherein the generally triangular shaped pedicle portion has rounded corners and an inferior optical nerve notch formed on one side thereof.

22. The endoscopic orbital floor splint of claim 20, wherein the endoscopic orbital floor splint is constructed as a unitary structure.

23. The endoscopic orbital floor splint of claim 20, wherein the support portion has a plurality of protrusions formed thereon.

24. An endoscopic orbital floor splint for placement in a maxillary sinus for supporting an orbital floor, comprising:

a pedicle portion with an upper surface and lower, the upper surface being generally concave facing upwardly and having a generally triangular shape; and

a support portion comprises a leg which extends laterally from a bottom surface of the pedicle portion which is adapted to force pedicle portion upwardly to support the orbital floor, wherein the endoscopic orbital floor splint is constructed from bio-compatible material which is flexible and resilient.

25. The endoscopic orbital floor splint of claim 24, wherein the generally triangular shaped pedicle portion has rounded corners and an inferior optical nerve notch formed on one side thereof.

26. The endoscopic orbital floor splint of claim 24, wherein the leg extends laterally from the bottom surface of the pedicle portion at an angle of between 0°

and 90°

.

27. The endoscopic orbital floor splint of claim 24, wherein the endoscopic orbital floor splint is constructed as a unitary structure.

28. The endoscopic orbital floor splint of claim 24, wherein the support portion has a plurality of protrusions formed thereon.

29. An endoscopic orbital floor splint for placement in a maxillary sinus for supporting an orbital floor, comprising:

a generally triangular shaped pedicle portion with an upper surface and lower surface; and

a support portion extending below the lower surface of the pedicle portion which is adapted to force pedicle portion upwardly to support the orbital floor.

30. An endoscopic orbital floor splint for placement in a maxillary sinus for supporting an orbital floor, comprising:

a flexible pedicle portion with a supporting surface adapted to substantially cover the surface of an orbital floor and conform to the shape of the orbital floor and a lower surface; and

a resilient support portion extending below the lower surface of the pedicle portion which is adapted to resiliently force the pedicle portion upwardly to support the orbital floor.