Granted Patent B2

US 8,945,227 · App. 13/017,622 · Granted Feb 3, 2015

Abstract

Claims (37)

1. A spinal implant co-insertion system comprising:

an inserter having a handle and an inserter fastener;

a cage having at least one coupler adapted to be fastened to said inserter fastener; and

a plate;

said inserter being adapted to simultaneously receive said plate and said cage for simultaneous co-implantation of said plate and cage;

wherein said inserter fastener comprises at least one of threads, a cam, a key, a spread or a clamp, said at least one coupler of said cage being adapted to be fastened or coupled to said inserter fastener;

wherein said plate comprises an internal wall that defines a through-hole to permit said inserter fastener of said inserter to pass therethrough so that said inserter fastener can be fastened to said at least one coupler of said cage;

wherein said plate is not securely coupled or fixed to said cage so that said plate can move, migrate or float with respect to said cage after said plate and said cage are implanted;

wherein said inserter simultaneously receives said plate and cage so that while said plate and cage are simultaneously co-implanted, said plate and cage are coupled together by said inserter and after said plate and cage are implanted and said inserter is removed from said plate and cage, said cage and plate are independent, uncoupled and separate components;

wherein said internal wall of said late defines said through-hole which comprises a shape that is generally the same and complementary as a shape of said inserter fastener.

2. The spinal implant co-insertion system as recited in claim 1 wherein said inserter fastener is at an end of said inserter.

3. The spinal implant co-insertion system as recited in claim 1 wherein said plate comprises a receiving shoulder and said inserter comprises an inserter shoulder integral with said inserter fastener, said inserter shoulder engaging said receiving shoulder when said inserter fastener is coupled to said at least one coupler to facilitate maintaining said plate and said cage in a generally adjacent position during a surgical procedure.

4. The spinal implant co-insertion system as recited in claim 1 wherein said plate comprises said internal wall that is unthreaded and defines said through-hole for receiving said inserter.

5. The spinal implant co-insertion system as recited in claim 1 wherein said internal wall is threaded and said inserter fastener is threaded.

6. The spinal implant co-insertion system as recited in claim 1 wherein the end of said inserter fastener is threaded and said internal wall is threaded and adapted to threadably receive said threaded end of said inserter so that said threaded end may be screwed into both said plate and said cage.

7. The spinal implant co-insertion system as recited in claim 1 wherein said plate comprises a bone-penetrating prong to facilitate stabilizing said plate during or following insertion or when said inserter is removed from said plate and cage.

8. The spinal implant co-insertion system as recited in claim 1 wherein at least one of said cage or plate has an aligner for operatively aligning said cage and said plate together.

9. The spinal implant co-insertion system as recited in claim 8 wherein said aligner is integrally formed in said plate.

10. The spinal implant co-insertion system as recited in claim 9 wherein said aligner comprises at least one projection that causes said plate and cage to become aligned when they are received on said inserter.

11. The spinal implant co-insertion system as recited in claim 8 wherein said aligner comprises a plurality of projections that cause said plate and cage to become aligned when they are received on said inserter.

12. The spinal implant co-insertion system as recited in claim 11 wherein said cage comprises a plurality of aligning apertures for receiving said plurality of projections in order to align said cage relative to said plate.

13. A spinal implant co-insertion system, comprising: a cage having at least one coupler adapted to be fastened to an inserter having an inserter end;

a plate having a body;

said body having an internal wall that defines a through-hole for receiving said inserter having an inserter end that is screwed into said cage so that said inserter can simultaneously receive said cage and said plate so that they can be simultaneously implanted during a surgical procedure;

wherein said inserter end comprises at least one of threads, a cam, a key, a spread or a clamp, said cage being adapted to be fastened or coupled to said inserter end;

wherein said through-hole permits said inserter end of said inserter to pass therethrough so that said inserter end can be fastened to said at least one coupler of said cage;

wherein said plate is not securely coupled or fixed to said cage so that said plate can move, migrate or float with respect to said cage after said plate and said cage are implanted;

wherein said inserter simultaneously receives said plate and cage so that while said plate and cage are simultaneously co-implanted, said plate and cage are coupled together by said inserter and after said plate and cage are implanted and said inserter is removed from said plate and cage, said cage and plate are independent, uncoupled and separate components;

wherein said internal wall of said plate defines said through-hole which comprises a shape that is generally the same and complementary as a shape of said inserter end.

14. The spinal implant co-insertion system as recited in claim 13 wherein said internal wall is threaded.

15. The spinal implant co-insertion system as recited in claim 13 wherein said internal wall is threaded and adapted to threadably receive a threaded end of said inserter so that said threaded end may be screwed into both said plate and said cage.

16. The spinal implant co-insertion system as recited in claim 13 wherein said plate comprises a bone-penetrating prong to facilitate stabilizing said plate during or following insertion or when said inserter is removed from said plate and cage.

17. The spinal implant co-insertion system as recited in claim 13 wherein said plate comprises an aligner for operatively aligning said cage and said plate together.

18. The spinal implant co-insertion system as recited in claim 17 wherein said aligner is integrally formed in said plate.

19. The spinal implant co-insertion system as recited in claim 18 wherein said aligner comprises at least one projection that causes said plate and cage to become aligned when they are received on said inserter.

20. The spinal implant co-insertion system as recited in claim 17 wherein said aligner comprises a plurality of projections that cause said plate and cage to become aligned when they are received on said inserter.

21. The spinal implant co-insertion system as recited in claim 20 wherein said plurality of projections cooperate to define a receiving area for receiving and aligning said cage relative to said plate.

Assignments (9)