Card and information recording card and method of using the same

• US 5,959,289 A
• Filed: 02/11/1997
• Issued: 09/28/1999
• Est. Priority Date: 02/13/1996
• Status: Expired due to Fees

• Current Assignee: Empire Airport Service Company Limited
• Original Assignee: Empire Airport Service Company Limited
• Inventors: Okada, Minoru, Horiuchi, Mikio
• Primary Examiner(s): Hajec, Donald
• Assistant Examiner(s): Dunn, Drew A.
• Application Number:
  US08/798,927
• Time in Patent Office: 959 Days
• Field of Search: 235/489, 235/487, 235/488, 235/490, 235/492, 235/494, 235/493, 283/82
• US Class Current: 235/487
• CPC Class Codes: G06K 19/14 the marking being sensed by radiation
• CPC Class Codes: G06K 19/18 Constructional details

Abstract

A magnetic card (10) has a base card (11), a magnetic stripe (12) formed on the base card (11), and a plurality of optical fibers (15) extended within the base card (11) substantially perpendicularly to the magnetic stripe (12). The magnetic stripe (12) consists of an arrangement of a plurality of unit magnetic segments (12a) each having a recording capacity of a predetermined number of bits, for example, eleven bits. The optical fibers (15) are assigned to the unit magnetic segments (12a), respectively. A read/write head (23) reads magnetic information from the magnetic stripe (12), an optical read device including a light-emitting device (20) and a light-receiving device (22) read optical information from the optical fibers (15), and a controller (25) examines the magnetic information with reference to the optical information to authenticate the magnetic information.

Claims

1. An information recording card comprising:

a base card;

an information recording unit provided in the base card, the information recording unit having a magnetic stripe with a plurality of unit magnetic segments each having a predetermined storage capacity; and

a plurality of optical waveguides comprising light-transmitting tunnels formed in the base card, the plurality of optical waveguides disposed so as to correspond to the unit magnetic segments, respectively.

2. The information recording card according to claim 1, wherein

the optical waveguides meander.

3. The information recording card according to claim 1, wherein

a through hole is formed at a position on the base card corresponding to a unit magnetic segment of the magnetic stripe so as to pass through the unit magnetic segment and the optical waveguide corresponding to the unit magnetic segment.

4. The information recording card according to claim 1, wherein

a recess is formed at a position on the base card corresponding to a unit magnetic segment of the magnetic stripe so as to deform the unit magnetic segment and the optical waveguide corresponding to the unit magnetic segment by compression.

5. The information recording card according to claim 1, wherein

the optical waveguides are optical fibers.

6. The information recording card according to claim 5, wherein

the base card comprises a pair of base plates, the pair of base plates are put one over the other and joined together by vacuum compression, the respective peripheral portions of the base plates are bonded together to form a peripheral frame, and the opposite end portions of the optical fibers are fastened to the peripheral frame.

7. The information recording card according to claim 1, wherein

the information recording unit comprises an IC module.

8. An information recording card comprising:

a base card having a pair of base plates put one over the other and joined together by vacuum compression, and respective peripheral portions of the base plates bonded together to form a peripheral frame;

an information recording unit provided in the base card; and

,

a plurality of optical waveguides comprising light-transmitting tunnels formed in the base card.

9. A card comprising:

a base card having a pair of base plates put one over the other and joined together by vacuum compression, the respective peripheral portions of the base plates bonded together to form a peripheral frame; and

a plurality of optical waveguides comprising light-transmitting tunnels formed in the base card.

10. A card comprising:

a base card; and

,

a plurality of optical waveguides comprising light-transmitting tunnels formed in the base card, wherein a through hole is formed at a position on the base card so as to pierce the optical waveguide after information is read from light transmitted by said optical waveguide.

11. The card according to claim 10, wherein

the optical waveguides are optical fibers.

12. The card according to claim 11, wherein

the base card comprises a pair of base plates, the pair of base plates are put one over the other and joined together by vacuum compression, the respective peripheral portions of the base plates are bonded together to form a peripheral frame, and the opposite end portions of the optical fibers are fastened to the peripheral frame.

13. A card comprising:

a base card;

a plurality of optical waveguides comprising light-transmitting tunnels formed in the base card; and

,

a recess formed at a position on the base card so as to deform the optical waveguide after information is read from light transmitted by said optical waveguide.

14. A method of using an information recording card comprising a base card, and an information recording unit provided in the base card;

said method comprising the steps of;

providing a plurality of optical waveguides comprising light-transmitting tunnels formed in the base card;

reading information recorded in the information recording unit by a read device;

reading optical information by projecting a light beam by a light-emitting device on the optical waveguides and receiving the light beam by a light receiving device;

specifying a part of the information recording unit in which the information is recorded on the basis of the optical information; and

,

examining the information read from the part of the information recording unit with reference to the optical information to authenticate the information recording card.

15. The method according to claim 14, further comprising:

a step of writing new information to the information recording unit by a write device to update the information recording card, and breaking the optical waveguide corresponding to the new information.

16. The method according to claim 15, wherein the step of breaking the optical guide is forming a through hole through a portion of the base card and the optical waveguide.

17. The method according to claim 15, wherein the step of breaking the optical guide is deforming corresponding portions of the base card and the optical waveguide by compression.

18. A method of using an information recording card comprising a base card, and an information recording unit provided in the base card, said method comprising the steps of:

providing a plurality of optical waveguides comprising light-transmitting tunnels formed in the base card;

setting a maximum available amount determining region in the plurality of optical waveguides and determining a maximum available amount by breaking the optical waveguide in the maximum available amount determining region;

reading information recorded in the information recording unit by a read device;

reading optical information by projecting a light beam on the optical waveguides by a light-emitting device and receiving the light beam by a light receiving device; and

comparing the information read from the information recording unit with the maximum available amount indicated by the optical information read from the maximum available amount determining region to see if the information read from the information recording unit exceeds the maximum available amount.

19. The method according to claim 18 further comprising:

a step of setting a data region in the plurality of optical waveguides, and examining the information read from the information recording unit with reference to the optical information read from the data region to authenticate the same.

20. A method of using an information recording card comprising a base card, an information recording unit provided in the base card and provided with a magnetic stripe having a plurality of unit magnetic segments each having a recording capacity of a predetermined;

bits, said method comprising the steps of;

providing a plurality of optical waveguides comprising light-transmitting tunnels formed in the base card and disposed at positions corresponding to the unit magnetic segments;

reading information recorded in the unit magnetic segment of the magnetic stripe by a read device and reading optical information by projecting a light beam by a light-emitting device on the optical waveguides and receiving the light beam by a light receiving device; and

specifying the unit magnetic segment in which the information is recorded on the basis of the read optical information and determining the information stored in the specified unit magnetic segment as the latest information.

21. The method according to claim 20, further comprising:

the steps of writing the new information to the unit magnetic segment corresponding to the new information among the plurality of unit magnetic segments by a write device, and breaking the optical waveguide combined with the unit magnetic segment separated by a predetermined number of unit magnetic segments from the unit magnetic segment to which the new information is written.

22. The method according to claim 21, wherein

the step of breaking the optical waveguide is forming a through hole through a portion of the base card and the optical waveguide.

23. The method according to claim 21, wherein

the step of breaking the optical waveguide is deforming a portion of the base card and the optical waveguide by compression.

24. A method of using an information recording card comprising a base card, an information recording unit provided in the base card and provided with a magnetic stripe having a plurality of unit magnetic segments each having a recording capacity of predetermined bits said method comprising steps of:

providing a plurality of optical waveguides comprising light-emitting tunnels in the base card and disposed at positions corresponding to the unit magnetic segments,

setting a maximum available amount determining region in the plurality of optical waveguides and determining a maximum available amount by breaking the optical waveguide in the maximum available amount determining region;

reading information recorded in the unit magnetic segment of the magnetic stripe by a read device, and reading optical information by projecting a light beam on the optical waveguides by a light-emitting device and receiving the light beam by a light receiving device;

comparing the information read by the read device with a maximum available amount indicated by optical information read from the maximum available amount determining region to see if the information read by the read device exceeds the maximum available amount.

25. A method of using an information recording card comprising a base card, an information recording unit provided in the base card and provided with a magnetic stripe having a plurality of unit magnetic segments each having a recording capacity of a predetermined bits, said method comprising steps of:

a plurality of optical waveguides comprising light-emitting tunnels in the base card and disposed at positions corresponding to the unit magnetic segments,

dividing the plurality of optical waveguides into those included in a maximum available amount determining region and those included in a data region, and determining a maximum available amount by breaking the optical waveguide in the maximum available amount determining region;

reading information recorded in the unit magnetic segment of the magnetic stripe by a read device, and reading optical information by projecting a light beam on the optical waveguides by a light-emitting device and receiving the light beam by a light receiving device;

specifying the unit magnetic segment in which the information is recorded on the basis of optical information obtained from the data region and determining the information recorded in the specified unit magnetic segment as the latest information; and

comparing the latest information with the maximum available amount indicated by optical information read from the maximum available amount determining region to see if the latest information exceeds the maximum available amount.

26. The method according to claim 25 further comprising the steps of writing the new information to the unit magnetic segment corresponding to the new information among the plurality of unit magnetic segments by a write device, and breaking the optical waveguide combined with the unit magnetic segment separated by a predetermined number of unit magnetic segments from the unit magnetic segment to which the new information is written.

27. A method of using a card comprising a base card, said method comprising the steps of:

providing a plurality of optical waveguides comprising light-transmitting tunnels formed in the base card;

reading optical information from the card by projecting a light beam on the optical waveguides by a light-emitting device; and

breaking a desired optical waveguide after the step of reading optical information from the card.

28. The method according to claim 27, wherein

the step of breaking the optical waveguide is forming a through hole through a portion of the base card and the optical waveguide.

29. The method according to claim 27, wherein

the step of breaking the optical waveguide is deforming a portion of the base card and the optical waveguide by compression.

30. An information read system for reading information from an information recording card comprising a base card, an information recording unit provided in the base card, said information read system comprising:

a plurality of optical waveguides comprising light-transmitting tunnels provided in the base card and including at least those in a maximum available amount determining region,

a light-emitting device for projecting a light beam on the optical waveguides included in the maximum available amount determining region;

a light receiving device for receiving the light beam to read optical information from the maximum available amount determining region;

a read device for reading information recorded in the information recording unit; and

a controller connected to the light-emitting device, the light receiving device and the read device;

wherein the controller comprises a ROM storing a unit maximum available amount, a maximum available amount calculating unit which determines a maximum available amount on the basis of the optical information provided by the light receiving device and the unit maximum available amount read from the ROM, and a comparing unit which compares the maximum available amount calculated by the maximum available amount calculating unit and the information read by the read device.

31. A magnetic card comprising:

a rectangular base card,

a magnetic stripe provided in the base card, the magnetic stripe having a plurality of unit magnetic segments each having a recording capacity of a predetermined number of bits, and

a plurality of conductive rubber lines extended within the base card substantially perpendicularly to the magnetic stripe, the conductive rubber lines disposed to correspond to the unit magnetic segments, respectively.

32. The magnetic card according to claim 31, wherein

a through hole is formed in the base card at a position in the unit magnetic segment of the magnetic stripe so as to pierce the unit magnetic segment and the conductive rubber line corresponding to the unit magnetic segment.

33. A magnetic card comprising:

a rectangular base card, the base card having a pair of base plates put one over the other and joined together by vacuum compression, and respective peripheral portions of the base plates bonded together to form a peripheral frame;

a magnetic stripe provided in the base card; and

a plurality of conductive rubber lines extended within the base card substantially perpendicularly to the magnetic stripe.

34. The magnetic card according to claim 33, wherein opposite end portions of the conductive rubber lines are fastened to the peripheral frame.

35. The magnetic card according to claim 34, wherein

extremities of the opposite end portions of each conductive rubber line project from opposite side edges of one of the base plates and lie on opposite side portions of the other base plate, respectively.

36. A card comprising:

a rectangular base card having a pair of base plates put one over the other and joined together by vacuum compression, and respective peripheral portions of the base plates bonded together to form a peripheral frame; and

a plurality of conductive rubber lines extended within the base card.

37. The card according to claim 36, wherein

opposite end portions of the conductive rubber lines are fastened to the peripheral frame.

38. The card according to claim 37, wherein

extremities of the opposite end portions of each conductive rubber line project from opposite side edges of one of the base plates and lie on opposite side portions of the other base plate, respectively.

39. A card comprising:

a rectangular base card;

a plurality of conductive rubber lines extended within the base card; and

a through hole formed in the base card so as to pierce the conductive rubber line after information is read from light transmitted by said conductive rubber line.

40. A method of using a magnetic card comprising:

a rectangular base card, a magnetic stripe provided in the base card, and a plurality of conductive rubber lines extended within the base card substantially perpendicularly to the magnetic stripe;

said method comprising steps of;

reading magnetic information recorded in the magnetic stripe by a read head and supplying a current to the conductive rubber lines by a pair of contact units to read electrical information, wherein the pair of contact units are brought into electrical contact with extremities of opposite end portions of a desired one of the conductive rubber lines, when reading electrical information by supplying a current to the same conductive rubber line by means of the pair of contact units, to confirm the continuity of the same conductive rubber line and, at the same time, one of the pair of contact units finds whether or not one of the extremities of the desired conductive rubber line and one of the extremities of the adjacent conductive rubber line on one of the opposite sides of the base card are electrically connected, and the other contact unit finds whether or not the other extremity of the desired conductive rubber line and the other extremity of the adjacent conductive rubber line on the other side of the base card are electrically connected;

examining the read magnetic information with reference to the electrical information to authenticate the same; and

writing new magnetic information to the magnetic stripe by a write head and forming a through hole through corresponding portions of the base card and the conductive rubber line combined with the new magnetic information.

41. A method of using a magnetic card comprising a rectangular base card, a magnetic stripe provided in the base card and having a plurality of unit magnetic segments each having a recording capacity of a predetermined number of bits, and a plurality of conductive rubber lines extended within the base card substantially perpendicularly to the magnetic stripe and disposed so as to correspond to the unit magnetic segments, respectively, said method comprising steps of:

reading magnetic information recorded in the unit magnetic segment of the magnetic stripe by a read head and supplying a current to the conductive rubber lines by a pair of contact units to read electrical information, wherein the pair of contact units are brought into electrical contact with extremities of opposite end portions of a desired one of the conductive rubber lines, when reading electrical information by supplying a current to the same conductive rubber line by means of the pair of contact units, to confirm the continuity of the same conductive rubber line and, at the same time, one of the pair of contact units finds whether or not one of the extremities of the desired conductive rubber line and one of the extremities of the adjacent conductive rubber line on one of the opposite sides of the base card are electrically connected, and the other contact unit finds whether or not the other extremity of the desired conductive rubber line and the other extremity of the adjacent conductive rubber line on the other side of the base card are electrically connected;

specifying the unit magnetic segment in which the magnetic information is recorded on the basis of the read electrical information, and determining the magnetic information recorded in the specified unit magnetic segment as new magnetic information; and

writing the new magnetic information to the unit magnetic segment corresponding to the latest magnetic information among those of the magnetic stripe by a write head, and forming a through hole through corresponding portions of the base card and the conductive rubber line of the unit magnetic segment separated by a predetermined number of unit magnetic segments from the unit magnetic segment to which the new electrical information is written.

42. A method of using a card comprising a rectangular base card, and a plurality of conductive rubber lines extended within the base card, said method comprising steps of:

reading electrical information by supplying a current to the conductive rubber lines by a pair of contact units, the pair of contact units are brought into electrical contact with extremities of opposite end portions of a desired one of the conductive rubber lines, when reading electrical information by supplying a current to the same conductive rubber line by means of the pair of contact units, to confirm the continuity of the same conductive rubber line and, at the same time, one of the pair of contact units finds whether or not one of the extremities of the desired conductive rubber line and one of the extremities of the adjacent conductive rubber line on one of the opposite sides of the base card are electrically connected, and the other contact unit finds whether or not the other extremity of the desired conductive rubber line and the other extremity of the adjacent conductive rubber line on the other side of the base card are electrically connected; and

writing new electrical information to the card by forming a through hole through corresponding portions of the base card and the desired one of the conductive rubber line.