Illuminated nock assembly

• US 8,540,594 B2
• Filed: 06/22/2011
• Issued: 09/24/2013
• Est. Priority Date: 06/22/2010
• Status: Expired due to Fees

• Current Assignee: Allen Company Incorporated (AmerisourceBergen Corporation)
• Original Assignee: Allen Company Incorporated (AmerisourceBergen Corporation)
• Inventors: Chu, Allen
• Primary Examiner(s): RICCI, JOHN A
• Application Number:
  US13/135,005
• Publication Number:
  US 20110312453A1
• Time in Patent Office: 825 Days
• Field of Search: 473/570, 473/578, 473/585, 473/586
• US Class Current: 473/586
• CPC Class Codes: F42B 12/42 of illuminating type, e.g. carrying flares
• CPC Class Codes: F42B 6/06 Tail ends, e.g. nocks, fletching

Abstract

The illuminated nock assembly of the present invention attaches to the shaft of an arrow to assist in tracking the trajectory of the arrow in flight and in locating the arrow after flight. The illuminated nock assembly includes a housing having two separate parts, lighting components and a power source. The lighting components are illuminated when arrow shaft is placed on the housing.

Claims

1. An illuminated nock assembly for engaging the shaft of an arrow that is adapted for use with an archery bow having a bowstring, the illuminated nock assembly comprises:

a housing;

lighting components for illuminating the nock assembly; and

a power source;

said housing includes first and second nock portions;

said first nock portion has proximal and distal ends;

said first nock portion further comprises a groove for receiving the bowstring and a first bore;

wherein said first bore is disposed on said proximal end and said groove is disposed on said distal end of said first nock portion;

said first bore comprises a bore opening having a stepped surface which includes an abutment wall;

wherein said first bore receives said second nock portion therein, at least a portion of said stepped surface frictionally secures said second nock portion, and said abutment wall limits insertion of the second nock portion into said first bore of the first nock portion;

said first nock portion further comprises a first portion wall having a first wall thickness on said proximal end and an end wall extending around the bore opening;

said second nock portion has first and second ends and further comprises a second bore and a second portion wall;

said second bore having first and second openings, wherein said first opening is disposed at said first end of said second nock portion, and said second opening is disposed at said second end of said second nock portion;

said second portion wall having first and second slots and a second wall thickness;

wherein said first and second wall thicknesses are approximately equal in magnitude and said first and second slots are disposed on said first end of said second wall portion;

said lighting components include a light source, a light base and a plurality of electrode contacts;

said light source comprises a body and first and second light leads;

said light base includes a base bore;

said plurality of electrode contacts are comprised of electrically conductive material and further comprise first and second L-shaped connectors;

said first connector comprises a first shaft contact and a connecting leg;

said second connector comprises a coil and a second shaft contact;

said power source includes a body casing having sides and a terminal projection;

wherein said terminal projection extends into said base bore and contacts said light base;

wherein said first connector electrically connects the power source to the arrow shaft and said second connector electrically connects the light source to the arrow shaft;

wherein said first shaft contact of said first connector is disposed in the first slot on said second nock portion and lies adjacent to the end wall of the first nock portion; and

wherein said second shaft contact of the second connector is disposed in the second slot on said second nock portion and lies adjacent to the end wall of the first nock portion;

said connecting leg of the first connector is adjacent to and in electrical contact with the body casing and said coil of said second connector at least partially surrounds the second light lead of the light source;

wherein when said light source is in electrical contact with said power source, the arrow shaft is disposed on said second nock portion and is in contact with said first and second shaft contacts to complete an electrical circuit between said light source and said power source, and said light source is illuminated; and

wherein when said light source is out of electrical contact with said power source, the arrow shaft is out of contact with said first and second shaft, and said light source is not illuminated.

2. The illuminated nock assembly of claim 1, wherein said power source comprises a 3-volt lithium battery and said light source comprises a light-emitting diode.

3. An illuminated nock assembly comprises:

a housing including first and second separable, interfitting nock portions;

lighting components for illuminating the nock assembly; and

a power source;

wherein said lighting components are substantially housed in said first and second nock portions and can be selectively illuminated;

said first nock portion includes proximal and distal ends and a first bore disposed on said proximal end;

said second nock portion includes first and second ends and a second bore; and

said first end of said second nock portion is disposed within said first bore of said first nock portion.

4. The illuminated nock assembly of claim 3, wherein said lighting components comprise a light source, a light base and a plurality of electrode contacts, when said light source is in electrical contact with said power source, said light source is illuminated;

and when said light source is out of electrical contact with said power source, said light source is not illuminated.

5. The illuminated nock assembly of claim 4, wherein said housing is translucent.

6. The illuminated nock assembly of claim 3, wherein said first nock portion further comprises a first portion wall having a first wall thickness, and said second nock portion further comprises a second portion wall having a second wall thickness;

and

wherein said first wall thickness and said second wall thickness are approximately equal in magnitude.

7. The illuminated nock assembly of claim 3, wherein said first bore comprises a stepped surface and at least a portion of said stepped surface frictionally secures said second nock portion within said first bore.

8. The illuminated nock assembly of claim 7, wherein said stepped surface includes an abutment wall which limits insertion of the second nock portion into said first bore of the first nock portion.

9. An illuminated nock assembly for engaging the shaft of an arrow that is adapted for use with an archery bow having a bowstring, the illuminated nock assembly comprises:

a housing comprising first and second separable, interfitting nock portions;

lighting components for illuminating the nock assembly; and

a power source;

said lighting components comprising a light source, a light base and first and second electrode contacts;

said light source includes a body having first and second light leads that communicate between the body of the light source and the electrode contacts;

said electrode contacts comprise an electrically conductive material and further comprise first and second connectors that respectively connect with the first and second light leads;

wherein said lighting components are substantially housed in said first and second nock portions and can be selectively illuminated.

10. The illuminated nock assembly of claim 9, wherein said lighting components comprise a light source, and a plurality of electrode contacts;

wherein said light source is in electrical contact with said power source when the arrow shaft is disposed on said second nock portion and in direct contact with said electrode contacts, thereby creating a closed electrical circuit and said light source is illuminated; and

wherein said light source is out of electrical contact with said power source when the arrow shaft is not in contact with the electrode contacts, the electrical circuit is open and said light source is not illuminated.

11. The illuminated nock assembly of claim 9, wherein said power source comprises a battery.

12. The illuminated nock assembly of claim 11, wherein said first connector includes a first shaft contact and a connecting leg, and said second connector includes a coil and a second shaft contact.

13. The illuminated nock assembly of claim 12, wherein when said connecting leg of the first connector contacts the battery and said coil of said second connector at least partially surrounds the second light lead of the light source and said first and second shaft contacts selectively engage the arrow shaft.

14. The illuminated nock assembly of claim 13, wherein said first nock portion comprises a first bore and an end wall, said second nock portion comprises a second bore and first and second slots, and said second nock portion is at least partially disposed within said first bore.

15. The illuminated nock assembly of claim 14, wherein said battery is disposed in said first and second bores, said first shaft contact is disposed in said first slot, said second shaft contact is disposed in said second slot, and said first and second shaft contacts are adjacent to said end wall of the first nock portion.

16. The illuminated nock assembly of claim 12, wherein when said light source is illuminated, the arrow shaft is disposed on said second nock portion and is in contact with said first and second shaft contacts to complete an electrical circuit between said light source and said power source;

and when said light source is not illuminated, the arrow shaft is out of contact with said first and second shaft contacts and the electrical circuit between the light source and the power source is open.

17. The illuminated nock assembly of claim 12, wherein said first and second connectors are generally L-shaped.

18. The illuminated nock assembly of claim 9, wherein said first and second electrode contacts form a closed circuit with the first and second connectors, the arrow shaft, and the battery to illuminate the body of the light source.

19. In combination, an illuminated nock assembly and an arrow shaft, wherein the illuminated nock assembly comprises:

a housing including first and second separable, interfitting nock portions, lighting components for illuminating the nock assembly, and a power source in electrical contact with said lighting components;

said lighting components include a light source and a plurality of electrode contacts, wherein said lighting components are substantially housed in said first and second nock portions and can be selectively illuminated;

said arrow shaft comprises an electrically conductive material and is adapted to fit around at least part of the second nock portion;

wherein when said arrow shaft is in contact with said electrode contacts, a closed electrical circuit is created that illuminates said light source; and

when said arrow shaft is out of contact with said electrode contacts, the electrical circuit is open and said light source is not illuminated.