Card reader with carriage powered by movement of inserted card

• US 5,912,446 A
• Filed: 09/12/1996
• Issued: 06/15/1999
• Est. Priority Date: 03/27/1995
• Status: Expired due to Term

• Current Assignee: International Verifact, Inc.
• Original Assignee: International Verifact, Inc.
• Inventors: Hemy, Martin Frederick, Wong, Yiu Kong, Groves, David Henry
• Primary Examiner(s): Hajec, Donald
• Assistant Examiner(s): TREMBLAY, MARK STEPHEN
• Application Number:
  US08/713,235
• Time in Patent Office: 1,006 Days
• Field of Search: 235/380, 235/449, 235/475, 235/479, 235/482, 360/2, 360/101, 369/31, 369/63, 369/68, 369/177
• US Class Current: 235/449
• CPC Class Codes: G06K 13/08 Feeding or discharging cards
• CPC Class Codes: G06K 13/0831 the ejection arrangement comprising a slide, carriage or drawer

Abstract

The transaction terminal receives and reads information maintained on the card in a magnetic stripe or in an integrated circuit. A carriage is moved by an inserted card and moves from an initial position to a read position. The carriage is powered by the inserted card, and when the card is in the read position, the carriage is released and a magnetic head scans a magnetic stripe provided on the card. The terminal also causes an electrical connector to engage a card in the read position and form an electrical circuit with an integrated circuit if the card is a Smart Card. If a card is partially inserted, the carriage is held and does not automatically return to the initial position. Preferrably, a series of carriage hold positions are provided between the initial position and the read position. The terminal works in the same manner regardless of what type of card is used. In this way, the user merely fully inserts the card in the appropriate manner.

Claims

1. A transaction terminal for cooperating with transaction cards including magnetic stripe cards and cards having an integrated circuit for storing data, said transaction terminal having a card entry slot for receiving an oriented transaction card and guiding said card to a read position, a manually movable carriage biased towards said card entry slot and movable with a transaction card away from an initial position at said entry slot to a carriage release position when a card is inserted in said slot and moved by a user to said read position and said transaction card remains at said read position, said carriage including a read head positioned for reading said magnetic stripe on said transaction card when said carriage moves under said bias form said carriage release position to said initial position, said transaction terminal including electrical connectors positioned to engage and form an electrical circuit with an integrated circuit of a transaction card when the transaction card moves to said read position, said transaction terminal cooperating with transaction cards having magnetic stripes and cooperating with transaction cards having integrated circuits such that each transaction card inserted to the read position has said carriage and magnetic head moved from said release position to said initial position and said electrical connectors contact said transaction card and form an electrical circuit with an integrated circuit, if present on the transaction card;

and

wherein said transaction terminal, between said initial position and said release position, includes at least one hold position stopping said carriage from returning to said initial position before being released at said release position.

2. A transaction terminal as claimed in claim 1 wherein said carriage slides over a base and the base receives the transaction cards, said base further includes ratchet teeth with each ratchet tooth forming one of said hold positions, said carriage including a free arm which cams over the ratchet teeth when said carriage is moved from said initial position to said release position, said free arm at said release position cooperating with said card and a cam on said base to move to a position clear of said ratchet teeth allowing said carriage to move from said release position to said initial position when a card is in said read position.

3. A transaction terminal as claimed in claim 1 wherein said terminal includes a plurality of hold positions and said base includes a series of cams with each cam having an associated stop face defining one of such hold positions, each cam and stop face cooperating with a spring arm of said carriage, said spring arm being forced upwardly by said cams and locking with one of said stop faces if the carriage stops during movement from said initial position to said carriage release position;

said spring arm at said carriage release position being located clear of said stop faces and cams and maintained clear thereof during movement of said carriage from said carriage release position to said initial position.

4. A transaction terminal for cooperating with transaction cards having a magnetic stripe from which encoded data can be read, said transaction terminal having a card entry slot for receiving an orientated transaction card and guiding said card to a read position where said card is stationary, a manually movable carriage biased towards said card entry slot and movable with a transaction card away from an initial position at said entry slot to a carriage release position when a card is inserted in said slot and moved by a user to said read position and said transaction card remains at said read position, said carriage including a read head positioned for reading said magnetic stripe on said transaction card when said carriage moves under said bias from said carriage release position to said initial position, and wherein said transaction terminal, between said initial position and said release position, includes at least one hold position stopping said carriage from returning to said initial position before being released at said release position.

5. A transaction terminal as claimed in claim 4 wherein said carriage is attached to and guided by side rails located either side of a base member and said carriage traverses said base.

6. A transaction terminal as claimed in claim 5 wherein said base includes a fixed rack member adjacent one of said side rails which cooperates with a drive gear rotatably supported by said carriage, said carriage further including a power storage arrangement which stores power as said carriage is moved from said initial position to said carriage release position and said power storage arrangement powers said drive gear to cause said drive to move said carriage rapidly from said carriage release position to said initial position.

7. A transaction terminal as claimed in claim 6 wherein said side rails, said fixed rack member and said drive gear are all of a self-lubricating plastic material.

8. A transaction terminal as claimed in claim 6 wherein said side rails and said rack are snap fitted onto said base.

9. A transaction terminal as claimed in claim 6 wherein said power storage arrangement uses the rotation of said drive gear as said carriage is moved from said initial position to said carriage release position for providing power to be stored by said power storage arrangement.

10. A transaction terminal as claimed in claim 9 wherein said carriage includes a spring arm with a stop foot which engages the leading edge of a transaction card inserted in said transaction terminal, said stop foot at said carriage release position engaging a fixed cam on said base which reuses said stop foot against a bias force provided by said spring to a position to allow said stop foot to move past said leading edge and release said carriage.

11. A transaction terminal as claimed in claim 10 wherein said stop foot rides over said card as said carriage moves from said read position to said initial position.

12. A transaction terminal as claimed in claim 11 wherein said stop foot has a shoe of a low friction material in contact with said transaction card to reduce friction therebetween.

13. A transaction terminal as claimed in claim 10 wherein said spring arm cams past stop faces during movement from said initial position to said carriage release position and engages a stop face, restricting movement back to said initial position before reaching said carriage release position, said spring arm at said carriage release position being moved to a position clear of said stop faces, allowing said carriage to move rapidly to said initial position.