Impact marking target blank and method for manufacturing, marketing and using same

• US 8,596,643 B1
• Filed: 12/21/2012
• Issued: 12/03/2013
• Est. Priority Date: 07/02/2010
• Status: Active Grant

• Current Assignee: A. W. Edwards
• Original Assignee: A. W. Edwards
• Inventors: Edwards, A. W.
• Primary Examiner(s): GRAHAM, MARK S
• Application Number:
  US13/724,577
• Time in Patent Office: 347 Days
• Field of Search: 273/378, 273/380, 273403-410, 101/401.1
• US Class Current: 273/378
• CPC Class Codes: F41J 5/00 Target indicating systems; Target-hit or score detecting systems for shooting or hurling games A63F9/0204; devices for measuring projectile velocity using optical means G01P3/685

Abstract

An impact marking ballistic target blank includes a substrate having a photoreflective colored ink applied thereto. The photoreflective colored ink is covered by a thin transparent film. An opaque monochromatic base print coat is coated onto the outer film surface to obscure the photoreflective colored ink. The blank is manufactured and sold to an end user who prints various custom target images in one or more colors or color combinations contrasting with the photoreflective colored ink on the forward surface of the target blank base print coat, either by hand or by means of a computer and related laser, ink jet or dot matrix printer, or by other suitable printing technology medium. The substrate of the impact making blank target blank may include pressure sensitive label stock, with labels that are removably attached to a backing sheet to facilitate removal of labels, after an image has been printed onto them. After the printed label is detached from the backing paper, it is ready to be applied to a target mounting assembly and used as a target.

Claims

1. An impact marking ballistic target blank comprising:

a substrate having forwardly and rearwardly facing surfaces, said forwardly facing surface carrying a high visibility photoreflective colored ink thereon;

a transparent film layer superposed on said forwardly facing surface of said substrate such that said photoreflective colored ink is interposed between said substrate and said film layer, said film layer having an upper surface facing forwardly of said substrate; and

a monochromatic opaque print coat layer that contrasts in color with and is visually distinguishable from said photoreflective colored ink and that extends in a continuous, uninterrupted manner across the entire upper surface of said film layer, said print coat layer covering and obscuring the entire film layer and all of the photoreflective colored ink interposed between said substrate and said film layer such that said print coat defines across and in front of the entire forwardly facing surface of said substrate a monochromatic blank surface devoid of an image, said print coat layer having an S.I.D. of at least 1.5 and being receptive of ink jet and dot matrix inks and laser toners to form printed images thereon without accompanying image degradation including bleeding, misting, tailing or scumming.

2. The blank of claim 1 further including a release agent interposed between said film layer and said print coat layer to facilitate removal of portions of said print coat layer upon impact from a ballistic projectile.

3. The blank of claim 1 in which said substrate carries an adhesively attached backing sheet.

4. The blank of claim 3 in which said substrate, said photoreflective colored ink, said transparent film layer and said print coat layer are die cut to define multiple target labels that are adhesively attached to said backing sheet.

5. The blank of claim 1 in which said photoreflective colored ink extends across less than the entire forward-facing surface of said substrate to provide, upon impact from a ballistic projectile, for an impact marking halo effect only within a selected region of said blank that is smaller than said forwardly facing surface of said substrate.

6. The blank of claim 1 further including a placement calibration guide printed on an upper surface of said base print coat for visually dividing said monochromatic blank surface into multiple blank sections wherein an underlying photoreflective segment is obscured by a respective monochromatic portion of said base print coat layer.

7. The blank of claim 1 in which said print coat layer has an S.I.D. of not greater than 3.0.

8. An impact marking ballistic film blank comprising:

a transparent film layer having upper and lower surfaces; and

an opaque monochromatic print coat layer that extends in an uninterrupted manner across said upper surface of said film layer to completely cover and obscure the entire film layer and defining a monochromatic film blank devoid of an image, said print coat layer being releasably attached to said film such that when a ballistic projectile impacts said film blank, a section of said print coat layer adjacent to a point of impact of the projectile is dislodged from said upper surface of said film layer, said print coat layer having an S.I.D. of at least 1.5 and being receptive of ink let and dot matrix inks and laser toners to form printed images thereon without accompanying degradation including image bleeding, misting, tailing or scumming.

9. The film blank of claim 8 in which said film layer is bounded by a peripheral edge and said print coat layer covers the entire upper surface of said film layer inside of said peripheral edge.

10. The blank of claim 8 further including an adhesive for securing said lower surface of said film layer to an underlying supportive surface that includes a color contrasting with the color of said print coat layer, said print coat layer being releasably attached to said film such that when a ballistic projectile impacts said film blank, a section of said print coat layer adjacent to a point of impact of the projectile is dislodged from said upper surface of said film layer to reveal the supportive surface underlying said film layer.

11. The blank of claim 8 in which said print coat layer has an S.I.D. of not greater than 3.0.

12. The film blank of claim 10 further including a film blank backing sheet adhesively and removably attached to said lower surface of said film layer by said adhesive, said film blank backing sheet being removed from said film layer for attaching said film blank to the supportive surface.

13. A method of manufacturing and marketing an impact marking ballistic target blank, said method comprising:

providing a substrate having forwardly and rearwardly facing surfaces;

applying a high visibility photoreflective colored ink layer to said forwardly facing surface of said substrate;

superimposing a transparent film layer over said photoreflective colored ink layer such that said photoreflective colored ink layer is interposed between said substrate and said film layer;

applying an opaque monochromatic, print medium absorbent print coat layer that contrasts in color with and is visually distinguishable from said photoreflective colored ink layer in a continuous uninterrupted manner across the entire upper surface of said film layer to completely cover and obscure said film layer and said photoreflective color ink layer in their entireties to provide an impact marking ballistic target blank wherein said print coat defines across and in front of the entire forwardly facing surface of said substrate an uninterrupted, monochromatic blank surface devoid of an image, said print coat layer having an S.I.D. of at least 1.5 and being receptive of ink jet and dot matrix inks and laser toners to form printed images thereon without accompanying degradation including image bleeding, misting, tailing or scumming; and

marketing said blank to customers for forming a selected target design image on said blank.

14. The method of claim 13 further including the step of interposing a release agent between said film layer and said print coat layer to facilitate removal of portions of said print coat layer and said target design image formed thereon upon impact from a ballistic projectile.

15. The method of claim 13 in which a target design print medium comprises one of a computer printer ink and toner that is applied to said print coat layer by a computer operated printer.

16. The method of claim 15 further including the step of using a graphics generating computer program to direct said printer to apply said selected target design image to said print coat layer.

17. The method of claim 16 in which said blank is introduced into said printer and processed in accordance with said graphics generating computer program to print said selected target design image thereon.

18. The method of claim 13 in which a target design print medium has a color that contrasts with and is visually distinguishable from the color of said print coat.

19. The film blank of claim 13 further including providing said film layer with a peripheral edge that borders said film layer and applying said print coat layer to said film layer to cover the entire film layer inside of said peripheral edge.

20. The method of claim 13 further including the step of applying onto and covering an upper surface of said print coat layer a target design print medium that is separate and distinct from said print coat layer and in accordance with the selected target design image for support of said target design print medium by said print coat layer, said target design print medium having a color that contrasts with and is visually distinguishable from the color of said photoreflective colored ink layer.