Granted Patent B2

US 12,491,078 · App. 18/337,388 · Granted Dec 9, 2025

Inventors: Randal R. Betz (Bradenton, FL); Dale E. Whipple (Nashua, NH)

Assignee: FOUNDATION SURGICAL GROUP, INC.

A61F2/44A61B17/0642A61B17/7059A61B17/8009A61B17/8014A61B17/8019A61B17/8052A61F2/30771A61F2/4455A61B2017/00407A61B2017/00411A61B2017/00867A61F2002/30507A61F2002/30593

Abstract

Claims (57)

1 . A vertebral implant system comprising:

an upper staple;

a lower staple;

a vertical member configured to be coupled to the upper staple and the lower staple;

the vertical member comprises a plate;

wherein the plate further comprises an offset guide protruding from an inner surface of the plate;

the offset guide defines an offset guide offset dimension;

the upper staple comprises one or more upper staple fine extending from an upper staple plate;

the upper staple plate comprises a planar element having an upper staple plate bottom edge at an upper staple plate offset dimension from the one or more upper staple tine;

the lower staple comprises one or more lower staple fine extending from a lower staple plate;

the lower staple plate comprising a planar element having a lower staple plate top edge at a lower staple plate offset dimension from the one or more lower staple tine; and

the offset guide offset dimension, the upper staple plate offset dimension and the lower staple plate offset dimension define an implant system offset dimension.

2 . The vertebral implant system of claim 1 wherein the vertebral implant system is implanted in a vertebral body after a vertebral body osteotomy on the vertebral body.

3 . The vertebral implant system of claim 1 wherein the plate is configured with a curve to contribute to a correction of a vertebral body after the vertebral implant system is implanted in the vertebral body.

4 . The vertebral implant system of claim 3 wherein the vertebral implant system is implanted in the vertebral body after a vertebral body osteotomy on the vertebral body.

5 . The vertebral implant system of claim 1 wherein:

the one or more upper staple tine is configured to be implanted through a sidewall and below a superior end plate of a vertebral body; and

the one or more lower staple tine is configured to be implanted through the sidewall and above an inferior end plate of the vertebral body.

6 . The vertebral implant system of claim 1 wherein the implant system offset dimension defines an angle of a correction of a vertebral body:

when an orientation of a staple tine plane of the one or more upper staple tine of the upper staple plate is aligned in a plane parallel to a superior end plate plane of the vertebral body; and

when an orientation of a staple tine plane of the one or more lower staple tine of the lower staple plate is aligned in a plane parallel to an inferior end plate plane of the vertebral body.

7 . The vertebral implant system of claim 1 wherein the implant system offset dimension defines an angle of a correction of a vertebral body:

when the one or more upper staple fine is implanted in a plane parallel to a superior end plate plane of the vertebral body; and

when the one or more lower staple tine is implanted in a plane parallel to an inferior end plate plane of the vertebral body.

8 . The vertebral implant system of claim 1 wherein the implant system offset dimension comprises an angle of a sagittal correction of a vertebral body.

9 . The vertebral implant system of claim 1 wherein the plate is configured with a curve to define a second implant system offset dimension.

10 . The vertebral implant system of claim 9 wherein:

the implant system offset dimension comprises an angle of a sagittal correction of a vertebral body; and

the second implant system offset dimension comprises an angle of a coronal correction of the vertebral body.

11 . The vertebral implant system of claim 1 wherein:

the upper staple plate further comprises one or more upper staple post extending from the upper staple plate;

the plate further comprising one or more upper post through hole configured to receive the one or more upper staple post and couple the upper staple with the plate;

the lower staple plate further comprising one or more lower staple post extending from the lower staple plate; and

the plate comprising one or more lower post through hole configured to receive the one or more lower staple post and couple the lower staple with the plate.

12 . The vertebral implant system of claim 1 wherein the vertebral implant system comprises a vertebral implant device configured to be positioned as one of the group consisting of:

an intervertebral implant device positioned between a first vertebral body and a second vertebral body; and

an intravertebral implant device positioned between a first portion and a second portion of a single vertebral body.

13 . The vertebral implant system of claim 1 wherein the vertebral implant system is configured to alter an alignment of a vertebral body defined by the implant system offset dimension.

14 . The vertebral implant system of claim 1 wherein the vertebral implant system is configured to alter an alignment of a vertebral body by an offset gap defined by the implant system offset dimension.

15 . The vertebral implant system of claim 1 wherein the vertebral implant system is configured to alter an alignment of an upper portion of a vertebral body relative to a lower portion of the vertebral body after the vertebral implant system is implanted in the vertebral body.

16 . The vertebral implant system of claim 1 wherein:

the vertebral implant system is configured to alter an alignment of an upper portion of a vertebral body relative to a lower portion of the vertebral body; and

the implant system offset dimension is a dimension of an offset gap between the upper portion of the vertebral body and the lower portion of the vertebral body after the vertebral implant system is implanted in the vertebral body.

17 . The vertebral implant system of claim 1 wherein:

the vertebral implant system is configured to alter an alignment of an upper portion of a vertebral body relative to a lower portion of the vertebral body; and

the implant system offset dimension is a dimensional difference between (i) an orientation and a spacing of the upper portion of the vertebral body and the lower portion of the vertebral body before the vertebral implant system is implanted in the vertebral body and (ii) an orientation and a spacing of the upper portion of the vertebral body and the lower portion of the vertebral body after the vertebral implant system is implanted in the vertebral body.

18 . A method to alter an alignment of a vertebral body, the method comprising:

performing an osteotomy procedure on a vertebral body to define an upper portion of the vertebral body and a lower portion of the vertebral body;

providing an implant system comprising an upper staple, a lower staple and a plate;

implanting the upper staple into a sidewall of the upper portion of the vertebral body;

implanting the lower staple into a sidewall of the lower portion of the vertebral body;

coupling the upper staple to the plate; and

coupling the lower staple to the plate whereby the implant system defines an offset dimension to alter the alignment of the vertebral body.

19 . The method of claim 18 wherein:

the sidewall of the upper portion of the vertebral body is aligned to the vertebral body in one of a lateral alignment or an oblique alignment; and

the sidewall of the lower portion of the vertebral body is aligned to the vertebral body in one of a lateral alignment or an oblique alignment.

20 . The method of claim 18 wherein the offset dimension is a dimension of an offset gap between the upper portion of the vertebral body and the lower portion of the vertebral body.

Assignments (3)

Continuity (3)

References Cited (205)