Data carrier system having a compact footprint and methods of manufacturing the same

• US 8,573,500 B2
• Filed: 01/29/2010
• Issued: 11/05/2013
• Est. Priority Date: 01/30/2009
• Status: Active Grant

• Current Assignee: ATEK Products LLC
• Original Assignee: ATEK Products LLC
• Inventors: Jennings, Glen Eric, Stifle, William
• Primary Examiner(s): WALSH, DANIEL I
• Application Number:
  US13/145,581
• Publication Number:
  US 20110272463A1
• Time in Patent Office: 1,376 Days
• Field of Search: 235/486, 235/487, 235/492, 235/493, 235/435, 235/441, 235/453, 235/468
• US Class Current: 235/486
• CPC Class Codes: G07C 9/00944 Details of construction or manufacture

Abstract

An electronic token system including a token receptacle and a portable token. The token receptacle includes a receptacle body with an outer surface having a first, generally planar array of electrical contacts, which are arranged in a dense-packed configuration that minimizes the surface area occupied by the planar array, consistent with sufficient electrical separation between adjacent contacts. The token receptacle also includes a first alignment feature and a first retention feature. The portable token includes an enclosure for enclosing at least a portion of the receptacle body, the enclosure having a second alignment feature for mating engagement with the first alignment feature and a second retention feature for holding the portable token in removable connection with the first retention feature. The token also includes a second, generally planar array of electrical contacts for electrical communication with the corresponding electrical contacts of the first planar array mounted in the token receptacle.

Claims

1. An electronic token system for interfacing to a host device comprising:

a token receptacle operable to couple with the host device, said token receptacle comprising;

a receptacle body with a volume and an outer surface, said outer surface having a first, generally planar array of electrical contacts mounted thereon, said contacts arranged in a dense-packed configuration that minimizes the surface area occupied by the planar array, consistent with sufficient electrical separation between adjacent contacts; and

a first alignment feature and a first retention feature within the volume of the receptacle body; and

a portable token comprising;

an enclosure for enclosing at least a portion of the receptacle body, said enclosure having a second alignment feature operable to mate in engagement with the first alignment feature and a second retention feature operable to hold the portable token in removable connection with the first retention feature of the token receptacle;

a second, generally planar array of electrical contacts mounted in the portable token operable to electronically communicate with the corresponding electrical contacts of the first planar array mounted in the token receptacle when the first and second alignment features and the first and second arrays are in respective mating engagement; and

an electrical component activated by the engagement of the token with the token receptacle, with conductors operable to electrically connect the electrical component to the second, generally planar array of electrical contacts mounted in the portable token, the electrical component being mounted within the enclosure and displaced either laterally or vertically or both from the second planar array.

2. The electronic token system of claim 1, wherein at least one of the first alignment feature and the first retention feature is concave with respect to the volume of the receptacle body for receiving and mating with a corresponding one of the second alignment feature or second retention feature of the portable token.

3. The electronic token system of claim 1, wherein at least one of the first alignment feature and the first retention feature is a magnet within the volume of the receptacle body for interacting with a corresponding second alignment feature or second retention feature of the portable token, being a magnet pole with opposite polarity to a corresponding one of the first alignment or retention feature.

4. The electronic token system of claim 3, wherein the magnet within the volume of the receptacle body comprises a moldable material impregnated with magnetic particles to form at least one domain of a first magnetic polarity and the magnet within the portable token comprises a moldable material impregnated with magnetic particles to form at least one domain of a second magnetic polarity.

5. The electronic token system of claim 1, wherein the electrical contacts are configured in a shape selected from the group consisting of rectangles, circles, hexagons, and higher order polygons.

6. The electronic token system of claim 1, wherein the token receptacle extends from the host device with a generally rectangular body and the token has a receiver enclosure that matingly fits over the generally rectangular body.

7. The electronic token system of claim 1, wherein the token receptacle extends from the device with a generally cylindrical body and the token has a receiver enclosure that matingly fits over the generally cylindrical body.

8. The electronic token system of claim 1, wherein the electrical component comprises a data exchange circuit.

9. The electronic token system of claim 1, wherein the first alignment feature and the first retention feature comprise the same physical component.

10. The electronic token system of claim 1, wherein the second alignment feature and the second retention feature comprise the same physical component.

11. The electronic token system of claim 1, wherein the second, generally planar array of electrical contacts and the electrical component of the portable token are provided on a printed circuit board having vented blind vias.

12. The electronic token system of claim 1, wherein the second, generally planar array of electrical contacts and the electrical component of the portable token are provided on a printed circuit board having un-vented blind vias, which after a soldering operation for coupling at least one of the second, generally planar array of electrical contacts to the printed circuit board using the blind vias, create a vacuum that would suck the at least one contacts down into position as the printed circuit board cools off.

13. A portable electronic token for use with a control system for interfacing to a host device, the token comprising:

an enclosure operable to enclose at least a portion of a token receptacle of the control system operable to couple the portable token with the host device, said token receptacle comprising;

a receptacle body with a volume and an outer surface, said outer surface having a first, generally planar array of electrical contacts mounted thereon, said contacts arranged in a dense-packed configuration that minimizes the surface area occupied by the planar array, consistent with sufficient electrical separation between adjacent contacts; and

a first alignment feature and a first retention feature within the volume of the receptacle body;

wherein said enclosure comprises a second alignment feature operable to mate in engagement with the first alignment feature and a second retention feature operable to hold the portable token in removable connection with the first retention feature of the token receptacle;

a second, generally planar array of electrical contacts mounted in the portable token operable to electronically communicate with the corresponding electrical contacts of the first planar array mounted in the token receptacle when the first and second alignment features and the first and second arrays are in respective mating engagement; and

an electrical component activated by the engagement of the token with the token receptacle, with conductors operable to electronically connect the electrical component to the second, generally planar array of electrical contacts mounted in the portable token, the electrical component being mounted within the enclosure and displaced either laterally or vertically or both from the second planar array.

14. The portable electronic token of claim 13, wherein the electrical contacts are configured in a shape selected from the group consisting of rectangles, circles, hexagons, and higher order polygons.

15. The portable electronic token of claim 13, wherein the token receptacle extends from the host device with a generally rectangular body and the token has a receiver enclosure that matingly fits over the generally rectangular body.

16. The portable electronic token of claim 13, wherein the token receptacle extends from the device with a generally cylindrical body and the token has a receiver enclosure that matingly fits over the generally cylindrical body.

17. The portable electronic token of claim 13, wherein the second alignment feature and the second retention feature comprise the same physical component.

18. The portable electronic token of claim 13, wherein the second, generally planar array of electrical contacts and the electrical component of the portable token are provided on a printed circuit board having vented blind vias.

19. The portable electronic token of claim 13, wherein the second, generally planar array of electrical contacts and the electrical component of the portable token are provided on a printed circuit board having un-vented blind vias, which after a soldering operation for coupling at least one of the second, generally planar array of electrical contacts to the printed circuit board using the blind vias, create a vacuum that would suck the at least one contacts down into position as the printed circuit board cools off.

20. The portable electronic token of claim 13, wherein the second, generally planar array of electrical contacts and the electrical component of the portable token are provided separate printed circuit boards that are stacked.

21. The portable electronic token of claim 13, wherein the second, generally planar array of electrical contacts and the electrical component of the portable token are provided on a flex circuit.

22. A method of interfacing to a host device through using an electronic token system comprising:

operably coupling a portable electronic token comprising;

an enclosure having a first alignment feature and a first retention feature;

a first, generally planar array of electrical contacts mounted within the enclosure of the portable token and exposed inside the enclosure; and

an electrical component with conductors for electrically connecting the electrical component to the first, generally planar array of electrical contacts mounted in the portable token, the electrical component being mounted within the enclosure and displaced either laterally or vertically or both from the first planar array;

with a token receptacle operably coupled with the host device comprising;

a receptacle body with a volume and an outer surface, said outer surface having a second, generally planar array of electrical contacts mounted thereon, said contacts arranged in a dense-packed configuration that minimizes the surface area occupied by the planar array, consistent with sufficient electrical separation between adjacent contacts; and

a second alignment feature and a second retention feature within the volume of the receptacle body;

such that;

the enclosure of the portable token encloses at least a portion of the receptacle body, with the first alignment feature matingly engaging with the second alignment feature and the first retention feature holding the portable token in removable connection with the second retention feature of the token receptacle;

the first, generally planar array of electrical contacts mounted within are in mating electrical engagement with the corresponding electrical contacts of the second, generally planar array of electrical contacts mounted in the token receptacle; and

the electrical component is activated by engagement of the token with the token receptacle.