Apparatus and methods for joining bones

Patent metadata

Field	Value
Publication number	US-12220123-B2
Application number	US-202117407182-A
Country	US
Kind code	B2
Filing date	Aug 19, 2021
Priority date	Aug 19, 2021
Publication date	Feb 11, 2025
Grant date	Feb 11, 2025

Abstract

Apparatus and methods are described for use in securing a first bone relative to a second bone using a pair of surgical staples or, alternatively, a surgical staple and a bone screw. When a pair of staples are used, one of the legs of one of the staples may pass between the legs of the another of the staples. When a staple and a bone screw are used, the bone screw may pass between the legs of the staple. A guide tool can be used during the drilling of the holes for the legs of the staples or the legs of the staple and a bone screw. The guide tool provides guides for drilling guide holes for the staples or for the screw and staple. The guides can be fixed relative to each other during drilling of the guide holes.

First claim

The invention claimed is:

1. A guide tool configured for drilling holes in bones for insertion of a legs of a first surgical staple and legs of a second surgical staple, the tool comprising:
a handle;
a rearward set of drill guides fixed relative to the handle;
an adjustable arm selectively fixable relative to the handle and moveable toward and away from the rearward set of drill guides, the arm having an arcuate segment;
a forward set of drill guides selectively fixable relative to the arcuate segment of the arm, the forward set of drill guides being movable along an arcuate path.

2. The guide tool of claim 1 , wherein:
each of the forward set of drill guides has a longitudinally extending opening with a central axis configured through which a drill bit can be inserted for drilling a hole in an adjacent bone; and
each of the rearward set of drill guides has a longitudinally extending opening with a central axis, through which, in use, a drill bit can be inserted for drilling a hole in an adjacent bone.

3. The guide tool of claim 2 , wherein one of the forward set and rearward set of drill guides includes four drill guides, comprising a first pair of adjacent drill guides and a second pair of adjacent drill guides, and another of the forward set and rearward set of drill guides includes two drill guides, comprising a first drill guide and a second drill guide, and wherein the arm is configured such that the central axis of the first drill guide projects between a projection of the central axes of the first pair of drill guides and the central axis of the second drill guide projects between a projection of the central axes of the second pair of drill guides.

4. The guide tool of claim 2 , wherein the rearward set of drill guides includes four drill guides, comprising a first pair of adjacent drill guides and a second pair of adjacent drill guides, and the forward set of drill guides includes two drill guides, comprising a first drill guide and a second drill guide, and wherein the arm is configured such that the central axis of the first drill guide projects between a projection of the central axes of the first pair of drill guides and the central axis of the second drill guide projects between a projection of the central axes of the second pair of drill guides.

5. The guide tool of claim 1 , wherein the forward set of drill guides are carried by a bracket that is slidable along the arcuate segment of the adjustable arm.

6. The guide tool of claim 5 , further comprising means for selectively fixing the bracket relative to the arcuate segment of the adjustable arm.

7. The guide tool of claim 5 , wherein each of the drill guides includes a sleeve with a through-bore for receiving, in use, a drill bit, the sleeves of the rearward set of drill guides being axially and rotationally fixed relative to the handle and the sleeves of the forward set of drill guides being axially and rotationally fixed relative to the bracket.

8. A method of drilling holes in bones for insertion of a legs of a first surgical staple and legs of a second surgical staple using the guide tool of claim 1 , the method comprising:
positioning the rearward set of drill guides adjacent the bones;
positioning the forward set of drill guides adjacent the bones;
fixing the position of the forward set of drill guides relative to the rearward set of drill guides;
inserting a drill bit progressively through each of the drill guides of the rearward set of drill guides and drilling holes in the bones for receiving the legs of the first surgical staple; and
inserting a drill bit progressively through each of the drill guides of the forward set of drill guides and drilling holes in the bones for receiving the legs of the second surgical staple.

9. The method of claim 8 , further comprising:
temporarily securing at least one of the rearward set of drill guides relative to at least one of the bones prior to drilling holes all of the holes for the legs of the first surgical staple; and/or
temporarily securing at least one of the forward set of drill guides relative to at least one of the bones prior to drilling holes all of the holes for the legs of the second surgical staple.

10. The method of claim 8 , wherein at least one of the holes in the bones for receiving the legs of the first surgical staple passes between an adjacent pair of the holes in the bones for receiving the legs of the second surgical staple; or wherein at least one of the holes in the bones for receiving the legs of the second surgical staple passes between an adjacent pair of the holes in the bones for receiving the legs of the first surgical staple.

11. The method of claim 10 , further comprising inserting the legs of the first surgical staple into the holes drilled in the bones for receiving the legs of the first surgical staple and inserting the legs of the second surgical staple into the holes drilled in the bones for receiving the legs of the second surgical staple.

12. A guide tool configured for drilling holes in bones for insertion of a legs of a first surgical staple and legs of a second surgical staple, the tool comprising:
a handle;
a rearward set of drill guides fixed relative to the handle;
an adjustable arm selectively fixable relative to the handle and moveable toward and away from the rearward set of drill guides, the arm having an arcuate segment; and
a forward set of drill guides selectively fixable relative to the arcuate segment of the arm,
wherein the adjustable arm has a linear segment that slidingly engages with the handle.

13. The guide tool of claim 12 , further comprising means for selectively fixing the linear segment of the adjustable arm relative to the handle.

14. A guide tool configured for drilling holes in bones for insertion of a legs of a surgical staple and a bone screw, the tool comprising:
a handle;
a rearward set of drill guides fixed relative to the handle for use in drilling holes for the legs of the surgical staple;
an adjustable arm selectively fixable relative to the handle and moveable toward and away from the rearward set of drill guides, the arm having an arcuate segment; and
a forward drill guide selectively fixable relative to the arcuate segment of the arm for use in drilling a hole for the bone screw, the forward drill guide being movable along an arcuate path.

15. The guide tool of claim 14 , wherein:
each of the forward set of drill guides has a longitudinally extending opening with a central axis configured through which a drill bit can be inserted for drilling a hole in an adjacent bone; and
the rearward drill guide has a longitudinally extending opening with a central axis, through which, in use, a drill bit can be inserted for drilling a hole through a pair of adjacent bones.

16. The guide tool of claim 15 , wherein the arm is configured such that the central axis of the rearward drill guide projects between a projection of the central axes of the forward set of drill guides.

17. The guide tool of claim 15 , wherein each of the drill guides of the rearward set of drill guides includes a rotatable sleeve axially and rotationally fixed relative to the handle.

18. The guide tool of claim 14 , wherein the forward drill guide is carried by a bracket that is slidable along the arcuate segment of the adjustable arm.

19. The guide tool of claim 18 , further comprising means for selectively fixing the bracket relative to the arcuate segment of the adjustable arm.

20. A method of drilling holes in bones for insertion of a leg

Assignees

• Medline Industries Lp

Inventors

• Niver Ryan
• Ksenich Michael
• Koka Dinesh

Classifications

• A61B17/1775

  for the foot or ankle · CPC title

• A61B17/1739

  specially adapted for particular parts of the body · CPC title

• A61B17/1682

  for the foot or ankle · CPC title

• A61B17/1714

  for applying tendons or ligaments (implements for applying tendons or ligaments A61F2/0805) · CPC title

• A61B2017/0641

  having at least three legs as part of one single body · CPC title