Coring reamer

Claim 2

A coring reamer comprising: a cylindrical hollow tube having a central longitudinal axis; a series of cutting teeth projecting from a distal end of said tube; a chamber devoid of internal structure within the tube for receiving a solid core therein; and at least one opening through a wall of said tube so that a pushing member may be inserted through said at least one opening to push the core cut by said reamer out from within said hollow tube.

Claim 3

The coring reamer of claim 1 wherein between any two adjacent cutting teeth in said series of cutting teeth one tooth is bent in a direction in toward said longitudinal axis and the other tooth is bent in a direction out away from said longitudinal axis of said hollow tube.

Claim 4

A coring reamer comprising: a cylindrical hollow tube having a central longitudinal axis; a series of cutting teeth projecting from a distal end of said tube such that between any two adjacent teeth, one tooth is bent in a direction in toward said longitudinal axis and the other tooth is bent in a direction out away from said longitudinal axis of said hollow tube; and at least one slot in a wall of said tube so that a fluid may flow into said tube as the core cut by said reamer is taken out from within said hollow tube; wherein between the slot and the series of cutting teeth the hollow tube is devoid of internal structure for receiving a solid core therein.

Claim 5

A coring reamer comprising: a cylindrical hollow tube having a central longitudinal axis; a series of cutting teeth projecting from a distal end of said tube such that between any two adjacent teeth, one tooth is bent in a direction in toward said longitudinal axis and the other tooth is bent in a direction out away from said longitudinal axis of said hollow tube; and at least one slot in a wall of said tube so that a fluid may flow into said tube as the core cut by said reamer is taken out from within said hollow tube; wherein between the slot and the series of cutting teeth the hollow tube is devoid of internal structure for receiving a solid core therein.

Claim 8

The method of claim 4 wherein the step of extracting comprises inserting a member through an opening in the coring reamer and pushing the bone core out from the coring reamer.

Claim 9

The method of claim 4 wherein the step of attaching comprises suturing.

Claim 10

The method of claim 4 further comprising fixing the bone core with attached ligament replacement into the bone tunnel.

Claim 11

A coring reamer for cutting a solid bone core, the reamer comprising: a tube having a central longitudinal axis and an outer surface presenting a cylindrical profile that is of uniform diameter along the length of the tube so that the tube may be inserted through an opening in a bone-cutting guide, the opening having a diameter that corresponds substantially with that of the cylindrical profile, the tube defining a chamber for receiving the solid core therein; a series of cutting teeth projecting from one end of the tube, the cutting teeth arranged so as to form a pattern of teeth bent in a direction toward the longitudinal axis and teeth bent in a direction away from the longitudinal axis; and at least one opening through a wall of the tube, so that when inserted in the bone-cutting guide and caused to engage against a bone, the tube may cut the bone to produce the solid core.

Claim 12

A coring reamer for cutting a solid bone core, the reamer comprising: a tube having a central longitudinal axis and an outer surface presenting a cylindrical profile that is of uniform diameter along the length of the tube so that the tube may be inserted through an opening in a bone-cutting guide, the opening having a diameter that corresponds substantially with that of the cylindrical profile, the tube defining a chamber for receiving the solid core therein; a series of cutting teeth projecting from one end of the tube, the cutting teeth arranged so as to form a pattern of teeth bent in a direction toward the longitudinal axis and teeth bent in a direction away from the longitudinal axis; and at least one opening through a wall of the tube, so that when inserted in the bone-cutting guide and caused to engage against a bone, the tube may cut the bone to produce the solid core.

Claim 13

A coring reamer as set forth in claim 8, wherein the at least one opening allows fluid to flow into the chamber as the solid core cut by the reamer is removed from within the chamber.

Claim 14

A coring reamer as set forth in claim 8, wherein the at least one opening allows a pushing member to be inserted through the at least one opening to push from within the tube the solid core cut by the reamer.

Claim 15

A coring reamer for cutting a solid bone core, the reamer comprising: a tube having an interior devoid of structure so as to enable receiving of the solid core and an outer surface presenting a cylindrical profile that is of uniform diameter along the length of the tube so that the tube may be inserted through an opening in a bone-cutting guide, the opening having a diameter that corresponds substantially with that of the cylindrical profile; a series of cutting teeth projecting from a distal end of the tube, the cutting teeth arranged so as to form a pattern of teeth bent in a direction toward the interior of the tube and teeth bent in a direction away from the interior of the tube; and at least one opening through a wall of the tube, so that fluid may flow into the tube as the solid core cut by the reamer is removed from the interior of the tube.

Claim 16

A coring reamer for cutting a solid bone core, the reamer comprising: a tube having an interior devoid of structure so as to enable receiving of the solid core and an outer surface presenting a cylindrical profile that is of uniform diameter along the length of the tube so that the tube may be inserted through an opening in a bone-cutting guide, the opening having a diameter that corresponds substantially with that of the cylindrical profile; a series of cutting teeth projecting from a distal end of the tube, the cutting teeth arranged so as to form a pattern of teeth bent in a direction toward the interior of the tube and teeth bent in a direction away from the interior of the tube; and at least one opening through a wall of the tube, so that fluid may flow into the tube as the solid core cut by the reamer is removed from the interior of the tube.

Claim 17

A coring reamer as set forth in claim 11, wherein the at least one opening allows a pushing member to be inserted through the at least one opening to push from within the tube the solid core cut by the reamer.

Claim 18

A coring reamer for cutting a solid bone core, the reamer comprising: a tube of substantially uniform diameter along its entire outer surface so that the tube may be inserted through an opening in a bone-cutting guide, the opening having a diameter that corresponds substantially with that of the cylindrical profile; a chamber positioned within the tube for receiving the solid core; and a series of cutting teeth projecting from one end of the tube so as to form a pattern of teeth bent in a direction toward the outer surface and teeth bent in a direction away from the outer surface.

Claim 19

A coring reamer for cutting a solid bone core, the reamer comprising: a tube of substantially uniform diameter along its entire outer surface so that the tube may be inserted through an opening in a bone-cutting guide, the opening having a diameter that corresponds substantially with that of the cylindrical profile; a chamber positioned within the tube for receiving the solid core; and a series of cutting teeth projecting from one end of the tube so as to form a pattern of teeth bent in a direction toward the outer surface and teeth bent in a direction away from the outer surface.

Claim 20

A coring reamer as set forth in claim 13 further including at least one opening through a wall of the tube so that a pushing member may be inserted through the at least one opening to push from the chamber the solid core cut by the reamer.

Claim 21

A coring reamer as set forth in claim 14, wherein the at least one opening allows fluid to flow into the chamber as the solid core is removed from within the chamber.