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US 2024/0197379 A1Published application
In situ rod cutters
AssigneeKabushiki Kaisha SG
InventorsPaul Glazer, Michael J. Milella, JR.
Life of this patent
Estimating the term…
Abstract
In accordance with at least one aspect of this disclosure, a surgical rod cutter assembly includes a first blade member including a first open notch in a first end thereof. The first open notch spans across a first ingress axis, along which a rod is inserted for cutting. A first rotation bore is defined through the first blade member, a linkage of the first blade member extends away from the rotation bore on a first linkage axis, and the first rotation bore intersects the first linkage axis.
Claims23
A surgical rod cutter assembly comprising:
- a first blade member including a first open notch in a first end thereof, wherein the first open notch spans across a first ingress axis, wherein there is a first rotation bore defined through the first blade member, wherein a linkage of the first blade member extends away from the rotation bore on a first linkage axis, and wherein the first rotation bore intersects the first linkage axis;
- a second blade member including a second open notch in a first end thereof, wherein the second open notch spans across a second ingress axis, wherein there is a second rotation bore defined through the second blade member, wherein a linkage of the second blade member extends away from the rotation bore on a second linkage axis, and wherein the second rotation bore intersects the second linkage axis;
- and
- a fulcrum pin engaged through the first and second rotation bores to rotationally engage the first and second blade members together wherein:
- in an open position, the first and second ingress axes are aligned with one another to admit a rod therealong into the first and second open notches for cutting, and the first and second linkage axes are angled to a narrow position relative to one another and wherein:
- in a closed position, the first and second ingress axes are angled relative to one another, and, the first and second linkage axes are angled at a widened position relative to the narrow position.
3 more elements
The assembly as recited in claim 14, further comprising:
- a first outside washer engaged to the fulcrum pin and an outer surface of the first blade member;
- and
- a second outside washer engaged to the fulcrum pin and an outer surface of the second blade member.
A kit comprising:
- a package having a sterile interior enclosing:
- a first blade member including a first open notch in a first end thereof, wherein the first open notch spans across a first ingress axis, wherein there is a first rotation bore defined through the first blade member, wherein a linkage of the first blade member extends away from the rotation bore on a first linkage axis, and wherein the first rotation bore intersects the first linkage axis;
- a second blade member including a second open notch in a first end thereof, wherein the second open notch spans across a second ingress axis, wherein there is a second rotation bore defined through the second blade member, wherein a linkage of the second blade member extends away from the rotation bore on a second linkage axis, and wherein the second rotation bore intersects the second linkage axis;
- and
- a fulcrum pin configured to be engaged through the first and second rotation bores to rotationally engage the first and second blade members together wherein:
- in an open position, the first and second ingress axes are aligned with one another to admit a rod therealong into the first and second open notches for cutting, wherein the first and second linkage axes are angled to a narrow position relative to one another in the open position, and wherein:
- in a closed position, the first and second ingress axes are angled relative to one another, and wherein in the closed position, the first and second linkage axes are angled at a widened position relative to the narrow position.
4 more elements
Dependencies are inferred from the claim text.