Identifiable ammunition and related methods

• US 8,607,707 B1
• Filed: 01/30/2012
• Issued: 12/17/2013
• Est. Priority Date: 01/31/2011
• Status: Active Grant

• Current Assignee: Hernon Manufacturing, Inc.
• Original Assignee: Harry Arnon, Josef Arnon, Neil Murray
• Inventors: Arnon, Harry, Arnon, Josef, Murray, Neil
• Primary Examiner(s): BERGIN, JAMES S
• Application Number:
  US13/360,859
• Time in Patent Office: 687 Days
• Field of Search: 102/439, 102/444, 102/501, 102/502, 102/509, 102/510, 102/513, 102/516, 102/517, 102/529, 102/293
• US Class Current: 102/439
• CPC Class Codes: F42B 12/36 for dispensing materials; for producing chemical or physical reaction; for signalling ; for transmitting information
• CPC Class Codes: F42B 30/02 Bullets

Abstract

The invention relates to an identifiable bullet and methods for making an identifiable bullet. In one embodiment, the bullet has a generally circumferential body that tapers from a rearward end toward a forward end. A generally circumferential bore extends from an orifice on the forward end into the body at least part of the way between the forward end and the rearward end. The end of the bore opposite the orifice includes a polymeric material support surface. A polymeric material is placed between the polymeric material support surface and the forward end. The polymeric material may include a user identifiable marker for allowing a user to identify the bullet when viewing the forward end. Alternatively, the polymeric material may cover a user identifiable marker and seal the user identifiable marker in the bore. A user may identify the bullet by viewing the marker from the forward end of the bullet.

Claims

1. A round of ammunition comprising:

a projectile portion having a generally circumferential body tapering from a rearward end toward a forward end;

a generally circumferential bore extending from an orifice at the forward end into the body at least part of the way between the forward end and the rearward end;

a marker support surface at an end of the bore opposite the orifice;

a marker adjacent to the marker support surface for allowing a user to identify the bullet and;

a substantially transparent sealant material between the marker and the forward end for securing the marker in the bore and allowing a user to view the marker through the sealant material from the forward end.

2. The round of ammunition of claim 1, further comprising a bullet case surrounding the rearward end and stopping short of the forward end and a propellant within the bullet case for propelling the projectile portion when the round of ammunition is fired.

3. The round of ammunition of claim 1, wherein the generally circumferential body is located about a circumferential axis and a center of the generally circumferential bore is on the axis.

4. The round of ammunition of claim 1, wherein the marker support surface is parallel to the surface surrounding the orifice.

5. The round of ammunition of claim 1, wherein the marker is generally disk shaped.

6. The round of ammunition of claim 1, wherein the marker includes a top surface facing the orifice and a user identifiable mark is on the top surface.

7. The round of ammunition of claim 1, wherein the substantially transparent sealant material is a flowable liquid that may be hardened by curing.

8. The round of ammunition of claim 1, wherein the substantially transparent sealant material extends outside of the orifice to form a rounded tip on the forward end.

9. A round of ammunition comprising:

a projectile portion having a generally circumferential body tapering from a rearward end toward a forward end;

a generally circumferential bore extending from an orifice at the forward end into the body at least part of the way between the forward end and the rearward end;

a polymeric material support surface at the end of the bore opposite the orifice;

a polymeric material between the polymeric material support surface and the forward end, the polymeric material including a user identifiable marker for allowing a user to identify the projectile portion when viewing the forward end.

10. The round of ammunition of claim 9, further comprising a bullet case surrounding the rearward end and stopping short of the forward end and a propellant within the bullet case for propelling the projectile portion when the round of ammunition is fired.

11. The round of ammunition of claim 9, wherein the generally circumferential body is located about a circumferential axis and a center of the generally circumferential bore is on the axis.

12. The round of ammunition of claim 9, wherein the polymeric material support surface is generally parallel to the surface surrounding the orifice.

13. The round of ammunition of claim 9, wherein the user identifiable marker is a disk located in the bore and covered with the polymeric material.

14. The round of ammunition of claim 13, wherein the user identifiable marker includes a top surface facing the orifice and a user identifiable mark is on the top surface.

15. The round of ammunition of claim 9, wherein the polymeric material is a flowable liquid that may be hardened by curing.

16. The round of ammunition of claim 9, wherein the polymeric material extends outside of the orifice to form a rounded tip on the forward end.

17. A method of making an identifiable round of ammunition, the method comprising:

obtaining a projectile portion having a generally circumferential body tapering from a rearward end toward a forward end;

forming a generally circumferential bore in the projectile portion, the generally circumferential bore extending from the forward end into the body at least part of the way between the forward end and the rearward end;

placing a marker for allowing a user to identify the round of ammunition in the bore;

inserting a flowable polymeric material into the bore; and

hardening the flowable polymeric material to provide a substantially transparent window through which the marker can be viewed by a user from the forward end.

18. The method of claim 17, wherein hardening comprises exposing the polymeric material to ultraviolet radiation.

19. The method of claim 17, wherein the hardened polymeric material extends out of the bore and forms a rounded tip on the forward end.