Granted Patent B2

US 12,502,169 · App. 18/471,089 · Granted Dec 23, 2025

Inventors: Kevin T. Stone (Winona Lake, IN); Ryan A. Kaiser (Leesburg, IN); Nathan M. Sautter (North Manchester, IN); Andrew Holst (Warsaw, IN)

Assignee: Biomet Sports Medicine, LLC

A61B17/0401A61B2017/0409A61B2017/0414A61B2017/0445

Abstract

Claims (31)

1 . A tissue repair assembly, comprising:

a suture;

a first deformable tube anchor received on the suture such that the suture extends a first time longitudinally through a first longitudinal bore in the first deformable tube anchor and a second time longitudinally through the first longitudinal bore in the first deformable tube anchor with a second free end of the suture remaining outside the first deformable tube anchor and extending away from a second end portion of the first deformable tube anchor, wherein the suture extending said first time and said second time longitudinally through the first longitudinal bore in the first deformable tube anchor has the suture extending longitudinally past itself in the first longitudinal bore and leaves an adjustable loop portion of the suture positioned outside the first deformable tube anchor, wherein the second free end of the suture is pullable to reduce a size of the adjustable loop portion;

a second deformable tube anchor received on the adjustable loop portion of the suture;

an inserter from which the first deformable tube anchor and the second deformable tube anchor are deployable, the second deformable tube anchor located proximal of the first deformable tube anchor along the inserter; and

a deploying member slidably received in the inserter, wherein, the deploying member extends to the first deformable tube anchor distally past the second deformable tube anchor along the inserter.

2 . The tissue repair assembly of claim 1 , wherein the inserter includes a distal portion with an inclined sharp edge for piercing through tissue.

3 . The tissue repair assembly of claim 1 , wherein the deploying member includes a proximal shaft portion and a projection that projects from a side of the deploying member at a distal end of the deploying member.

4 . The tissue repair assembly of claim 3 , wherein the inserter includes an open longitudinal channel that opens into a side exterior of the inserter.

5 . The tissue repair assembly of claim 1 , wherein the first deformable tube anchor and the second deformable tube anchor are configured for deployment from the inserter along an outer surface of a meniscus in a knee joint.

6 . The tissue repair assembly of claim 1 , wherein a first free end of the suture remains outside the first deformable tube anchor and extends away from a first end portion of the first deformable tube anchor.

7 . The tissue repair assembly of claim 1 , wherein the adjustable loop portion includes a length of suture extending longitudinally through a second longitudinal bore in the second deformable tube anchor.

8 . The tissue repair assembly of claim 1 , wherein a retaining device is located along the suture proximate a first free end of the suture.

9 . The tissue repair assembly of claim 2 , wherein the retaining device comprises a knot formed in the suture.

10 . The tissue repair assembly of claim 1 , wherein a first free end of the suture passes longitudinally through a longitudinal passage in the suture to form a self-locking adjustable loop that comprises the adjustable loop portion.

11 . The tissue repair assembly of claim 10 , wherein the longitudinal passage in the suture is at least partially received in the first longitudinal bore in the first deformable tube anchor.

12 . The tissue repair assembly of claim 1 , wherein the suture passes at least a first time through a side wall of the first deformable tube anchor.

13 . The tissue repair assembly of claim 1 , wherein the first deformable tube anchor includes a tube end through which the suture does not pass.

14 . A tissue repair assembly, comprising:

a suture;

a first deformable tube anchor and a second deformable tube anchor positioned on the suture such that the suture extends longitudinally through a first longitudinal bore in the first deformable tube anchor and longitudinally through a second longitudinal bore in the second deformable tube anchor with a second free end of the suture extending away from a first end portion of the second deformable tube anchor, wherein the first deformable tube anchor being so positioned includes a second end portion of the first deformable tube anchor located along the suture between a first end portion of the first deformable tube anchor and the second deformable tube anchor, and wherein the second deformable tube anchor being so positioned includes a second end portion of the second deformable tube anchor located along the suture between the first deformable tube anchor and the first end portion of the second deformable tube anchor, wherein the second free end of the suture additionally passes through the first longitudinal bore in the first deformable tube anchor so that the suture extends a second time longitudinally through the first longitudinal bore in the first deformable tube anchor and so that the second free end of the suture is positioned outside the first deformable tube anchor extending away from the second end portion of the first deformable tube anchor with an adjustable loop portion of the suture left outside the first deformable tube anchor, the suture additionally extending through an aperture in a side wall of at least one of the first deformable tube anchor and the second deformable tube anchor;

an inserter from which the first deformable tube anchor and the second deformable tube anchor are deployable, wherein the second deformable tube anchor is located proximal of the first deformable tube anchor along the inserter; and

a deploying member slidably received in the inserter, wherein the deploying member extends to the first deformable tube anchor distally past the second deformable tube anchor along the inserter.

15 . The tissue repair assembly of claim 14 , wherein the deploying member includes a proximal shaft portion and a projection that projects from a side of the deploying member at a distal end of the deploying member.

16 . The tissue repair assembly of claim 15 , wherein the inserter includes an open longitudinal channel that opens into a side exterior of the inserter.

17 . The tissue repair assembly of claim 14 , wherein a first free end of the suture is positioned outside the first deformable tube anchor.

18 . The tissue repair assembly of claim 17 , wherein said aperture is a first aperture in a first side wall of the first deformable tube anchor, and wherein the first free end of the suture protrudes from the first aperture, the first aperture proximate the first end portion of the first deformable tube anchor.

19 . The tissue repair assembly of claim 18 , wherein the second free end of the suture protrudes from a second aperture in the first side wall of the first deformable tube anchor, the second aperture proximate the second end portion of the first deformable tube anchor.

20 . The tissue repair assembly of claim 17 , wherein a retaining device is located along the suture proximate the first free end of the suture.

21 . The tissue repair assembly of claim 14 , wherein at least one of the first deformable tube anchor and the second deformable tube anchor includes a tube end through which the suture does not pass.

22 . The tissue repair assembly of claim 14 , wherein a first free end of the suture passes longitudinally through a longitudinal passage in the suture to form a self-locking adjustable loop that comprises the adjustable loop portion.

Continuity (10)

References Cited (400)