Magnetic stripe and/or micro chip card motorized reader/encoder mechanism

• US 5,397,886 A
• Filed: 06/10/1993
• Issued: 03/14/1995
• Est. Priority Date: 06/10/1993
• Status: Expired due to Fees

• Current Assignee: Magnetic Products International Corporation
• Original Assignee: MOS Magnetics Corporation
• Inventors: Baus, Rene F. Jr., Mos, Robert J.
• Primary Examiner(s): Willis, Davis L.
• Assistant Examiner(s): RASHID, PETER
• Application Number:
  US08/075,131
• Time in Patent Office: 642 Days
• Field of Search: 235/475, 235/441, 235/479, 235/480, 235/440
• US Class Current: 235/475
• CPC Class Codes: G06K 7/0004 Hybrid readers

Abstract

A motorized card reader/encoder mechanism of novel design utilizes a positionable card handling system to perform card reading and/or encoding operations efficiently and with minimal space requirements. In a preferred configuration, the card mechanism includes a generally rotatable guide assembly having a card path for receiving and transporting a card for read/encode operations, and optionally, a generally fixed throat assembly for directing a card to the card guide assembly. The guide assembly is rotatable between a plurality of positions including a card transfer position wherein the guide assembly is in generally adjacent alignment with the throat assembly, a card read/encode position wherein the guide assembly is in a rotated position not in substantial alignment with the throat assembly, and a card retention position wherein the guide assembly card path is oriented generally vertically in order to transfer a card to a card capture bin. A single station drive system is provided for transporting a card without substantial jitter, and for rotating the guide assembly between the transfer position and the read/encode and card retention positions.

Claims

1. A magnetic stripe and/or micro chip card motorized reader/encoder mechanism, comprising:

a support chassis;

a card guide assembly rotatably mounted on said support chassis;

a throat assembly positioned adjacent said card guide assembly for receiving a card and directing it toward said card guide assembly;

a first drive system operatively connected to rotate said card guide assembly relative to said support chassis between a card access position and a card read/encode position;

a second drive system operatively connected to transport a card in said card guide assembly; and

a reader and/or encoder sensor positioned for reading and/or encoding a card in said card guide assembly.

2. The card mechanism of claim 1 wherein said reading and/or encoding sensor includes a magnetic stripe sensor.

3. The card mechanism of claim 1 wherein said reading and/or encoding sensor includes a micro chip sensor.

4. The card mechanism of claim 1 wherein said card guide assembly defines a generally linear guide path having a first end and a second end.

5. The card mechanism of claim 1 wherein said first drive system and said second drive system include motors having drive shafts coupled with respect to a common axis of rotation.

6. The card mechanism of claim 1 wherein said first drive system and said second drive system include motors having drive shafts extending co-linearly with respect to one another.

7. The card mechanism of claim 1 wherein said first drive system includes a stepper motor.

8. The card mechanism of claim 1 wherein said first drive system includes a solenoid.

9. The card mechanism of claim 1 wherein said second drive system includes a servo motor.

10. The card mechanism of claim 1 wherein said second drive system includes a drive roller sized to engage substantially the entire width of a card in said card guide assembly.

11. The card mechanism of claim 1 wherein said second drive system includes a drive roller and an opposing idler wheel biased against said drive roller.

12. The card mechanism of claim 11 wherein said drive roller includes one or more character relief areas.

13. The card mechanism of claim 2 wherein said reading and/or encoding sensor further include a micro chip sensor.

14. The card mechanism of claim 13 wherein said magnetic stripe sensor and said micro chip sensor are positioned at different locations on said card mechanism.

15. A motorized card reader/encoder mechanism, comprising:

a moveable guide assembly having a card guide defining a generally linear card path for receiving and linearly transporting a card in said guide assembly;

said guide assembly being moveable from a card transfer position wherein said guide assembly card guide is positioned to receive a card, to a card read/encode position; and

a drive system for transporting a card in said guide assembly, and for moving said guide assembly between such transfer position and said read/encode position.

16. The card mechanism of claim 15 further including a sensor system for sensing a card in said guide assembly.

17. The card mechanism of claim 15 wherein said drive system includes a first drive for transporting a card in said guide assembly, and a second drive for moving said guide assembly.

18. The card mechanism of claim 17 wherein said first drive and said second drive have mutually aligned drive elements.

19. The card mechanism of claim 15 wherein said guide assembly and said drive system are further configured for movement of said guide assembly to a generally vertically oriented card retention position for directing a card to a card capture area.

20. A magnetic stripe and/or micro chip card motorized reader/encoder mechanism, comprising:

a support chassis;

a card guide assembly rotatably mounted on said support chassis, said card guide assembly defining a generally linear guide path having a first end and a second end;

a throat assembly positioned adjacent said card guide assembly for receiving a card and directing it toward said card guide assembly;

a first drive system operatively connected to rotate said card guide assembly relative to said support chassis between a card access position, a card read/encode position and a card retention position;

a second drive system operatively connected to transport a card in said card guide assembly, said second drive system including a drive roller and an opposing idler wheel biased against said drive roller, said drive roller being substantially as wide as a card in said card guide assembly;

said first drive system and said second drive system including motors having drive shafts coupled with respect to a common axis of rotation;

a reader and/or encoder sensor positioned for reading and/or encoding a card in said card guide assembly;

an access control system positioned adjacent said card guide assembly for limiting access to said card guide assembly;

said access control system including a gate assembly having a slidable shutter configured for engagement with said card guide assembly, and said card guide assembly being configured to open said gate assembly when in said card access position; and

a card sensor positioned adjacent said card guide assembly for sensing the presence of a card approaching said card guide assembly, said card sensor including a sensor head and an opposing idler wheel biased against said sensor.