Symmetical initiation distributor for use in explosive detonation trains with an offset orientation

Patent metadata

Field	Value
Publication number	US-9303966-B1
Application number	US-201514544797-A
Country	US
Kind code	B1
Filing date	Jan 29, 2015
Priority date	Jan 29, 2015
Publication date	Apr 5, 2016
Grant date	Apr 5, 2016

Abstract

An initiation distributor includes two plates coupled in a spaced-apart fashion. Each plate includes detonation transfer holes. A face of one plate has a depression and defined channels leading from the depression to the plate's detonation transfer holes, and has a detonation transfer port located in line with a plate's channels. The second plate has a detonation transfer port, and channels defined in its face that lead from the plate's detonation transfer port to its detonation transfer holes. Each of one plate's detonation transfer holes can be aligned with one of the second plate's detonation holes. A conduit couples the detonation transfer ports in the two plates with a pathway defined between the depression and each of the plates' detonation transfer holes. Explosive material fills the depression, all channels, all detonation transfer holes, all detonation transfer ports, and the conduit.

First claim

What is claimed as new and desired to be secured by Letters Patent of the United States is:

1. An initiation distributor, comprising:
a first plate including a central hole and a plurality of first detonation transfer holes extending therethrough, said first detonation transfer holes distributed about said central hole of said first plate, said first plate includes a first face with a depression and channels defined therein that lead from said depression to said first detonation transfer holes, and said first plate further includes a detonation transfer port passing therethrough and located in line with one of said channels in said first plate;
a second plate including a central hole and a plurality of second detonation transfer holes extending therethrough, said second detonation transfer holes distributed about said central hole of said second plate, said second plate includes a detonation transfer port passing therethrough, and said second plate includes a first face with channels defined therein that lead from said detonation transfer port in said second plate to said second detonation transfer holes;
a coupler coupling said central hole of said first plate to said central hole of said second plate,
wherein each of said first detonation transfer holes is aligned with a corresponding one of said second detonation transfer holes;
a conduit coupling said detonation transfer port in said first plate to said detonation port in said second plate, wherein a pathway is defined between said depression and each of said first detonation transfer holes and each of said second detonation transfer holes;
explosive material filling said depression, said channels in said first plate, said first detonation transfer holes, said detonation transfer port in said first plate, said conduit, said detonation transfer port in said second plate, said channels in said second plate, and said second detonation transfer holes;
a first covering on said first face of said first plate; and
a second covering on said first face of said second plate.

2. The initiation distributor as in claim 1 , wherein each said pathway is approximately the same length.

3. The initiation distributor as in claim 1 , wherein said first detonation transfer holes are evenly distributed about said central hole in said first plate.

4. The initiation distributor as in claim 1 , wherein said conduit is parallel to said coupler.

5. The initiation distributor as in claim 1 , wherein said first face of said first plate and said first face of said second plate face away from one another.

6. The initiation distributor as in claim 1 , wherein said first plate and said second plate are circular and are equal in diameter.

7. The initiation distributor as in claim 1 , wherein said coupler is cylindrical.

8. An initiation distributor, comprising:
a first plate including a central hole and a plurality of first detonation transfer holes extending therethrough, said first detonation transfer holes distributed evenly about said central hole of said first plate, said first plate includes a first face with a depression and channels defined therein that lead from said depression to said first detonation transfer holes, and said first plate further includes a detonation transfer port passing therethrough and located in line with one of said channels in said first plate;
a second plate including a central hole and a plurality of second detonation transfer holes extending therethrough, said second detonation transfer holes distributed evenly about said central hole of said second plate, said second plate includes a detonation transfer port passing therethrough, and said second plate includes a first face with channels defined therein that lead from said detonation transfer port in said second plate to said second detonation transfer holes;
a first conduit coupling said central hole of said first plate to said central hole of said second plate, wherein each of said first detonation transfer holes is aligned in mirror-image fashion with a corresponding one of said second detonation transfer holes;
a second conduit coupling said detonation transfer port in said first plate to said detonation port in said second plate, wherein an equal-length pathway is defined between said depression and each of said first detonation transfer holes and each of said second detonation transfer holes;
explosive material filling said depression, said channels in said first plate, said first detonation transfer holes, said detonation transfer port in said first plate, said second conduit, said detonation transfer port in said second plate, said channels in said second plate, and said second detonation transfer holes;
a first covering being situated on said first face of said first plate; and
a second covering being situated on said first face of said second plate.

9. The initiation distributor as in claim 8 , wherein said second conduit is parallel to said first conduit.

10. The initiation distributor as in claim 8 , wherein said first face of said first plate and said first face of said second plate face away from one another.

11. The initiation distributor as in claim 8 , wherein said first plate and said second plate are circular and are equal in diameter.

12. The initiation distributor as in claim 8 , wherein said first conduit is cylindrical.

13. An initiation distributor, comprising:
a bobbin including a first flange and second flange being coupled in a spaced-apart relationship by a hollow spool,
wherein said first flange includes a plurality of first detonation transfer holes extending therethrough, said first flange includes a first face with a depression and channels defined therein that lead from said depression to said first detonation transfer holes, said first flange further includes a detonation transfer port passing therethrough and located in line with one of said channels in said first flange,
wherein said second flange includes a plurality of second detonation transfer holes extending therethrough, said second flange includes a detonation transfer port passing therethrough, and said second flange includes a first face with channels defined therein that lead from said detonation transfer port in said second flange to said second detonation transfer holes, and
wherein each of said first detonation transfer holes aligned in mirror-image fashion with a corresponding one of said second detonation transfer holes;
a conduit coupling said detonation transfer port in said first flange to said detonation transfer port in said second flange, wherein a pathway is defined between said depression and each of said first detonation transfer holes and each of said second detonation transfer holes;
explosive material filling said depression, said channels in said first flange, said first detonation transfer holes, said detonation transfer port in said first flange, said second conduit, said detonation transfer port in said second flange, said channels in said second flange, and said second detonation transfer holes;
a first covering being situated on said first face of said first flange; and
a second covering being situated on said first face of said second flange.

14. The initiation distributor as in claim 13 , wherein each said pathway is approximately the same length.

15. The initiation distributor as in claim 13 , wherein said first detonation transfer holes are evenly distributed about said first flange.

16. The initiation distributor as in claim 13 , wherein said conduit is parallel to said hollow spool.

17. The initiation distributor as in claim 13 ,

Assignees

• Lanterman Daniel
• Sherlock Mary
• Rolfe George Shane
• Young Taylor
• Us Navy

Inventors

• Lanterman Daniel
• Sherlock Mary
• Rolfe George Shane
• Young Taylor

Classifications

• F42C19/0838 Primary

  Primers or igniters for the initiation or the explosive charge in a warhead (F42C19/095 takes precedence) · CPC title

• F42C19/0807

  characterised by the particular configuration of the transmission channels from the priming energy source to the charge to be ignited, e.g. multiple channels, nozzles, diaphragms or filters · CPC title