Token having predetermined optical characteristics and a token validation device therefor

• US 6,021,882 A
• Filed: 03/12/1998
• Issued: 02/08/2000
• Est. Priority Date: 03/12/1998
• Status: Expired due to Term

• Current Assignee: IDX Incorporated
• Original Assignee: IDX Incorporated
• Inventors: Juds, Scott, Dauterman, Dave
• Primary Examiner(s): Olszewski, Robert P.
• Assistant Examiner(s): JAKETIC, BRYAN J
• Application Number:
  US09/041,297
• Time in Patent Office: 698 Days
• Field of Search: 194/212, 194/213, 194/214, 40/27.5
• US Class Current: 194/212
• CPC Class Codes: G07D 5/00 Testing specially adapted to determine the identity or genuineness of coins, e.g. for segregating coins which are unacceptable or alien to a currency
• CPC Class Codes: G07D 5/005 Testing the surface pattern, e.g. relief
• CPC Class Codes: G07F 1/06 Coins specially adapted to operate coin-freed mechanisms

Abstract

A token for use with a token operated device includes a plurality of predetermined optical characteristics. The plurality of predetermined optical characteristics are disposed in a substantially radially symmetrical manner with respect to the token, and each of the optical characteristics have the property of a facet wherein an effective surface normal of said facet is a line along a predetermined vector angle with an elevational angle ranging preferably between 30° and 60°. An azimuthal angle of the facet surface is other than substantially along a radial line of the token or substantially along a line tangent to an annular ring centered on the token such that a token operated device can validate the predetermined optical characteristics substantially independent of token orientation. A token testing apparatus includes a chute defined by a field adjustable pair of spaced token edge guides spaced a predetermined distance from each other such that each token passing through the chute is sensed along its center.

Claims

1. A token for use with a token operated device comprising a plurality of predetermined optical characteristics, said plurality of predetermined optical characteristics being disposed in a substantially radially symmetrical manner with respect to said token, and each of said optical characteristics having the property of a facet wherein an effective surface normal of said facet is aligned along a predetermined vector angle with an elevation angle ranging substantially between 30°

and 60° and

an azimuthal angle other than substantially along a radial line of the token or substantially along a line tangent to an annular ring centered on the token such that said token operated device can validate said predetermined optical characteristics substantially independent of token orientation.

2. The token as defined in claim 1 wherein opposite faces of said token have substantially the same said optical characteristics.

3. The token as defined in claim 1 wherein opposite faces of said token have substantially different said optical characteristics.

4. A token as defined in claim 1 including a plurality of second predetermined optical characteristics, said plurality of second predetermined optical characteristics being disposed in a substantially radially symmetrical manner with respect to said token, and each of said second optical characteristics having the property of a facet wherein an effective surface normal of said last-mentioned facet is aligned along a predetermined vector angle with an elevation angle ranging substantially between 30°

and 60° and

an azimuthal angle other than substantially along a radial line of the token or substantially along a line tangent to an annular ring centered on the token such that said token operated device can validate said second predetermined optical characteristics substantially independent of token orientation.

5. The token as defined in claim 1 wherein each of said plurality of predetermined optical characteristics is curved with respect to an associated chordal line of the token.

16. The token as defined in any of claims 1 through 15 wherein said predetermined optical characteristics include reflective facets.

17. The token as defined in any of claims 1 through 15 wherein said predetermined optical characteristics include refractive facets.

18. The token as defined in any of claims 1 through 15 wherein said predetermined optical characteristics include holographic or diffraction gratings.

6. A token for use with a token operated device comprising a plurality of predetermined optical characteristics, said plurality of predetermined optical characteristics being disposed in a substantially radially symmetrical manner with respect to said token, and each of said optical characteristics having the property of a curved facet wherein the effective surface normal at a point on said curved facet is aligned along a predetermined vector angle with an elevation angle ranging substantially between 30°

and 60° and

an azimuthal angle other than substantially along a radial line of the token or substantially along a line tangent to an annular ring centered on the token such that said token operated device can validate said predetermined optical characteristics substantially independent of token orientation.

7. The token as defined in claim 6 wherein said plurality of predetermined optical characteristics are disposed along a substantially annular band.

8. The token as defined in claim 6 including a second plurality of predetermined optical characteristics, said second plurality of predetermined optical characteristics being disposed in a substantially radially symmetrical manner with respect to said token, each of said second optical characteristics having the property of a curved facet wherein an effective surface normal at a point on said last-mentioned facet is aligned along a predetermined vector angle with an elevation angle ranging preferably between 30°

and 60° and

an azimuthal angle other than substantially along a radial line of the token or substantially along a line tangent to an annular ring centered on the token, and said first-mentioned and second plurality of predetermined optical characteristics are on the same face of the token such that said token operated device can validate said second predetermined optical characteristics substantially independent of token orientation.

9. The token as defined in claim 6 including a second plurality of predetermined optical characteristics, said second plurality of predetermined optical characteristics being disposed in a substantially radially symmetrical manner with respect to said token, each of said second optical characteristics having the property of a curved facet wherein an effective surface normal at a point on said facet is aligned along a predetermined vector angle with an elevation angle ranging preferably between 30°

and 60° and

an azimuthal angle other than substantially along a radial line of the token or substantially along a line tangent to an annular ring centered on the token, and said first-mentioned and second plurality of predetermined optical characteristics are on different face of the token such that said token operated device can validate said second predetermined optical characteristics substantially independent of token orientation.

10. The token as defined in claim 6 including a second plurality of predetermined optical characteristics, said second plurality of predetermined optical characteristics being disposed in a substantially radially symmetrical manner with respect to said token, each of said second optical characteristics having the property of a curved facet wherein an effective surface normal at a point on said curved facet is aligned along a predetermined vector angle with an elevation angle ranging preferably between 30°

and 60° and

an azimuthal angle other than substantially along a radial line of the token or substantially along a line tangent to an annular ring centered on the token, and said vector angle of said first-mentioned and second plurality of predetermined optical characteristics are substantially the same such that said token operated device can validate said second predetermined optical characteristics substantially independent of token orientation.

11. The token as defined in claim 6 including a second plurality of predetermined optical characteristics, said second plurality of predetermined optical characteristics being disposed in a substantially radially symmetrical manner with respect to said token, each of said second optical characteristics having the property of a curved facet wherein an effective surface normal at a point on said facet is aligned along a predetermined vector angle with an elevation angle preferably between 30°

and 60° and

an azimuthal angle other than substantially along a radial line of the token or substantially along a line tangent to an annular ring centered on the token, and said vector angle of said first-mentioned and second plurality of predetermined optical characteristics are substantially different such that said token operated device can validate said second predetermined optical characteristics substantially independent of token orientation.

12. The token as defined in claim 8 wherein said first-mentioned and second plurality of predetermined optical characteristics are each disposed along a substantially annular band.

13. The token as defined in claim 9 wherein said first-mentioned and second plurality of predetermined optical characteristics are each disposed along a substantially annular band.

14. The token as defined in claim 10 wherein said first-mentioned and second plurality of predetermined optical characteristics are each disposed along a substantially annular band.

15. The token as defined in claim 11 wherein said first-mentioned and second plurality of predetermined optical characteristics are each disposed along a substantially annular band.

19. A token comprising a face having a plurality of predetermined optical characteristics disposed between circular lines defining therebetween a substantially annular band relative to a center A with each optical characteristic being curved relative to a chord line passing through a reference point X in said annular band through which also passes a radius of the token, the chord line and radius defining an included angle θ

, and successive optical characteristics are formed in the face by rotating the token about its center A by a rotation angle RT defined by the equation ##EQU2## where d is the perpendicular distance between said predetermined optical characteristics and AX is the length of the radial line between the center A and the reference point X.

20. The token as defined in claim 19 wherein each optical characteristic is a facet between said circular lines.

21. The token as defined in claim 19 wherein each optical characteristic is a groove having opposite peaks located one at each of said circular lines.