Granted Patent B2

US 12,648,781 · App. 18/268,347 · Granted Jun 9, 2026

Inventors: Shai Nachmias (Nahariya, IL); Dror Biton (Karmiel, IL); Uri Gabel (Massad, IL); Hagay Botansky (Haifa, IL)

Assignee: T.A.G. Medical Devices—Agriculture Cooperative Ltd.

A61B17/1767A61B17/158A61B17/8866A61B2017/0046A61B2017/00738A61B17/1677A61B2090/3962

Abstract

Claims (45)

1 . A bone drill guiding device, comprising:

a drill entry portion including a first contact point for engaging a first side of a bone, wherein said drill entry portion includes at least one bore sized to receive a bone drill therethrough;

a bone securing portion including a second contact point for engaging a second side of the bone, the second side of the bone opposite the first side of the bone;

wherein said device includes a third contact point on said bone securing portion;

a coupling to selectably rigidly connect said drill entry portion and said bone securing portion for positioning said drill entry portion and said bone securing portion on opposite sides of the bone; and

an adjustable fixation element, wherein said second contact point is defined by a proximal point of the adjustable fixation element, said fixation element movable axially and proximally relative to said bone securing portion to engage the second side of the bone, said fixation element movable axially and distally relative to said bone securing portion to release the second side of the bone from the bone securing portion;

wherein said adjustable fixation element includes:

a screw thread rotatable in a first direction to move said fixation element proximally relative to said bone securing portion and rotatable in a second direction opposite to said first direction to move said fixation element distally relative to said bone securing portion; and

a lock configured to engage said screw thread for retaining said adjustable fixation element at an extended or retracted position.

2 . The bone drill guiding device according to claim 1 , wherein at least one of:

said drill entry portion includes said first contact point for engaging the first side of the bone through intermediate tissue; and

said bone securing portion includes said second contact point for engaging the second side of the bone through intermediate tissue.

3 . The bone drill guiding device according to claim 1 , wherein said device has a longitudinal axis and wherein said drill entry portion comprises a plurality of channels, each said channel sized to receive the bone drill therethrough and each said channel having a longitudinal axis at a preselected orientation relative to said device longitudinal axis.

4 . The bone drill guiding device according to claim 3 , wherein said longitudinal axes of said channels are spaced apart by about 5 mm.

5 . The bone drill guiding device according to claim 3 , wherein said drill entry portion includes first and second channels;

wherein said drill entry portion includes first and second distally extending contact portions adjacent said first and second channels, respectively, said first and second distally extending contact portions defining said first and third contact points, respectively;

said bone drill guiding device further including a third distally extending contact portion that extends out of said drill entry portion, wherein said first, second, and third distally extending contact portions define an isosceles triangle with a base at said first and second distal contact portions.

6 . The bone drill guiding device according to claim 5 , wherein said third distal contact portion is configured to contact a third side of the bone, said third side of the bone between the first and second sides.

7 . The bone drill guiding device according to claim 1 , wherein said coupling includes a stabilizing portion configured to contact skin adjacent an upper surface of the bone between said drill entry portion and said bone securing portion.

8 . The bone drill guiding device according to claim 7 , wherein said stabilizing portion is configured to be extendible from said coupling to contact the skin adjacent the upper surface of the bone.

9 . The bone drill guiding device according to claim 1 , wherein at least one of:

(a) said bone securing portion includes an open ended portion directed proximally, said open ended portion of said bone securing portion including a plurality of contact points for contacting the second side of the bone; and

(b) said drill entry portion includes an open-ended portion positioned around said at least one bore, said open-ended portion of said drill entry portion having an open end directed distally, said open end including a plurality of contact points for contacting the first side of the bone;

wherein first and second ones of said plurality of contact points include said first contact point and said third contact point; and

wherein said first and second ones of said plurality of contact points are farther apart than twice the diameter of said at least one bore.

10 . The bone drill guiding device according to claim 1 , wherein said drill entry portion includes a gripping portion, said gripping portion including said first and third contact points, and wherein said gripping portion includes a concave surface including said first and third contact points.

11 . The bone drill guiding device according to claim 1 , wherein said bone securing portion has a proximal end, said bone securing portion proximal end including said third contact point;

wherein said bone securing portion proximal end includes two fixation tips, wherein said second and third contact point are at the most proximal portions of said fixation tips; and

wherein said drill entry portion includes a fourth contact point to engage the first side of the bone.

12 . The bone drill guiding device according to claim 11 , wherein said first, second, third, and fourth contact points are disposed in a single plane and define a quadrilateral with at least one pair of parallel sides, between said first and fourth contact points, and between said second and third contact points, respectively.

13 . The bone drill guiding device according to claim 1 , wherein said drill entry portion includes a distally-extending marker configured to provide alignment between said device and said bone.

14 . The bone drill guiding device according to claim 13 , wherein said marker is configured to provide a tactile marking in the bone.

15 . The bone drill guiding device according to claim 13 , wherein said marker is configured as one of a dot, a circle, a cross, and an X, said marker configured to provide said tactile marking as the said one of a dot, a circle, a cross, and an X.

16 . The bone drill guiding device according to claim 1 , further including a handle connectable to said drill entry portion at a selected one of a plurality of sides of said drill entry portion.

17 . A method of drilling a bore in bone comprising:

positioning a drill entry portion of a bone drill guiding device on a first side of a bone, wherein said drill entry portion includes at least one bore sized to receive a bone drill therethrough;

positioning a bone securing portion on a second side of the bone, the second side of the bone opposite the first side of the bone;

moving the drill entry portion and the bone securing portion toward each other until at least a first contact point of the drill entry portion engages the first side of the bone and at least a second contact point and a third contact point of the bone securing portion engage the second side of the bone, wherein the drill entry portion and the bone securing portion collectively contact the bone at least three points including said first, second, and third contact points;

wherein said moving includes rotating a screw of an adjustable fixation element in a first direction to move the adjustable fixation element axially and proximally relative to the bone securing portion, said adjustable fixation element including a lock which engages a thread of the screw to retain the adjustable fixation element at an extended or retracted position;

inserting a drill into a proximal end portion of the drill entry portion until it contacts the bone; and

drilling a bore a preselected distance in the bone with the drill.

18 . The method according to claim 17 , wherein said engaging includes said drill entry portion contacting the bone at at least one point on the first side of the bone and said bone securing portion contacting the bone at at least two points on the second side of the bone.

19 . The method according to claim 17 , wherein said drill entry portion includes a handle that is selectively connectable to said drill entry portion at one of multiple locations radially spaced around said bore, said method further including, before said drilling:

selecting one of said multiple locations at which to connect the handle; and

connecting the handle to the drill entry portion at the selected location.

Assignments (1)

Continuity (2)

References Cited (50)