User programmable smart card interface system having an arbitrary mapping

• US 6,871,782 B2
• Filed: 03/09/2001
• Issued: 03/29/2005
• Est. Priority Date: 10/08/1999
• Status: Expired due to Fees

• Current Assignee: Canon Kabushiki Kaisha (Canon Inc.)
• Original Assignee: Canon Kabushiki Kaisha (Canon Inc.)
• Inventors: Keronen, Seppo Reino, Yap, Sue-Ken, Robertson, Philip Keith
• Primary Examiner(s): FUREMAN, JARED
• Application Number:
  US09/801,688
• Publication Number:
  US 20010054647A1
• Time in Patent Office: 1,481 Days
• Field of Search: 345/156, 345/172, 345/173, 345/835, 345/838, 345/639, 345/840, 235/380, 235/487, 235/492, 902/25, 902/26, 902/41, 705/17, 705/25, 705/41, 348/473, 396/312, 707/102, 386/130, 434/317, 715/531, 455/556
• US Class Current: 235/380
• CPC Class Codes: A63F 2300/206 Game information storage, e.g. cartridges, CD ROM's, DVD's, smart cards
• CPC Class Codes: G06F 2203/04809 Textured surface identifying touch areas, e.g. overlay structure for a virtual keyboard
• CPC Class Codes: G06F 3/0238 Programmable keyboards key guide holders G06F3/0224
• CPC Class Codes: G06F 3/04886 by partitioning the display area of the touch-screen or the surface of the digitising tablet into independently controllable areas, e.g. virtual keyboards or menus

Abstract

A customizable user interface system is disclosed, the system comprising: a card (10) comprising a substrate (12), a memory device (19) associated therewith, and indicia (70, 72) formed on said substrate (12) and user interpretable to relate to functions stored within said memory (19); and a reader device (1) for said card (10), the reader (1) comprising a touch sensitive device (8) arranged to overlay said card (10), and through which said indicia (70, 72) are visible, characterized in that said touch sensitive device (8) comprises a membrane via which said indicia (70, 72), arbitrarily arranged on said substrate (12), may be selected.

Claims

1. A customisable user interface system comprising:

a card comprising a substrate, a memory device associated therewith, and indicia formed on said substrate and user interpretable to relate to functions stored within said memory;

wherein mapping data is stored within said memory device, said mapping data defining, in relation to each indicium, a bounding box delineating a mapped position of said indicium on the substrate; and

a reader device for said card comprising a touch sensitive device arranged to overlay an inserted said card and through which said indicia are visible, characterised in that (a) said touch sensitive device comprises a membrane via which said indicia may be selected, the membrane being responsive to a touch applied anywhere on the membrane, said membrane providing, in response to said touch, touch coordinates corresponding to a location of the touch on the membrane, and (b) the indicia are arranged on the card independently of where the touch can be applied to the membrane, wherein generation of touch coordinates falling within said bounding box establishes selection of said indicium.

2. A customisable user interface system according to claim 1, wherein said card stores a command and memory address associated with a user selected one of said indicia in said memory device, said command and memory address being used to down-load specific image data to a user display over a network from an image store that is located remotely from the user.

3. A customizable user interface system according to claim 1, wherein

said card stores a command and memory address associated with a user selected one of said indicia in said memory device, said command and memory address being used to read a specific image data to a user display from an image store that is located in proximity to the user.

4. A customizable user interface system according to claim 1, wherein

said reader device reads a command and memory address associated with a user selected one of said indicia from said card and outputs said command and memory address to an external device having an image store that is located remotely from the user to display a specific image on a display.

5. A customizable user interface system according to claim 1, wherein

said reader device reads a command and memory address associated with a user selected one of said indicia from said card and outputs said command and memory address to an external device having an image store that is located in proximity to the user to display a specific image on a display.

6. A control template for a user interface system, said template being adapted for use with a reader device including a touch sensitive membrane responsive to a touch applied anywhere on the membrane, said membrane providing, in response to said touch, touch coordinates corresponding to a location of the touch on the membrane, the membrane being arranged to overlay the template when the template is coupled to the reader device the template comprising:

an electronic card formed of a substrate having associated therewith a memory device;

a plurality of indicia on said substrate the indicia being arranged on the substrate independently of where the touch can be applied to the membrane; and

mapping data stored within said memory device said mapping data defining, in relation to each indicia, a bounding box delineating the mapped position of each indicium on the substrate, wherein generation of touch coordinates falling within said bounding box establishes selection of said indicium.

7. A control template according to claim 6, wherein said card stores a command and memory address associated with a user selected one of said indicia in said memory device, said command and memory address being used to down-load specific image data to a user display over a network from an image store that is located remotely from the user.

8. A control template according to claim 6, wherein said card stores a

command and memory address associated with a user selected one of said indicia in said memory device, said command and memory address being used to read a specific image data to the user display from an image store that is located in proximity to a user.

9. A read device for a control template interface card having indicia on a surface thereof, said device comprising:

a substantially transparent touch sensitive membrane arranged to overlay said interface card the membrane being responsive to a touch applied anywhere on the membrane, said membrane providing, in response to said touch, touch coordinates corresponding to a location of the touch on the membrane, said touch being directed to a selected one of the indicia; and

means for reading a memory device formed in said interface card in response to said user'"'"'s touch on said membrane,

wherein the indicia are arranged on the card independently of where the touch can be applied to the membrane; and

wherein mapping data is stored within said memory device, said mapping data defining, in relation to each indicium, a bounding box delineating a mapped position of an indicium on the substrate, and wherein generation of touch coordinates falling within said bounding box establishes selection of said indicium.

10. A reader device according to claim 9, wherein said reading means

reads a command and memory address associated with a user selected one of said indicia from said card and outputs said command and memory address to an external device having an image store that is located remotely from the user to display a specific image on a display.

11. A customizable user interface system according to claim 9, wherein

said reading means reads a command and memory address associated with a user selected one of said indicia from said card and outputs said command and memory address to an external device having an image store that is located in proximity to the user to display a specific image on a display.

12. A smart card to be inserted into a card reader that communicates with a computer device, the card reader comprising a touch sensitive membrane arranged to overlay an inserted said smart card and through which indicia on the inserted card are visible, the membrane being responsive to a touch applied anywhere on the membrane, said membrane providing, in response to said touch, touch coordinates corresponding to a location of the touch on the membrane, said smart card comprising:

a memory for storing a command and an address that is pointing to a remote location in a second computer device at which information is stored, wherein the information is accessed via a communication line between the computer device and the second computer device,

wherein one of the indicia on said card is associated with said command, the indicia being arranged on the card independently of where the touch can be applied to the membrane; and

wherein mapping data is stored within said smart card memory, said mapping data defining, in relation to an indicium, a bounding box delineating a mapped position of said indicium on the smart card, and wherein generation of touch coordinates falling within said bounding box establishes selection of said indicium.

13. A smart card according to claim 12, wherein the information is an application that is located on said second computer device.

14. A smart card according to claim 12, wherein the information is accessed via the communication line when a user selects an indicium on the card.

15. A smart card according to claim 12, wherein the access is carried out by sending a command from the card reader to the second computer device via the computer device.

16. A smart card according to claim 15, wherein the command is sent to said second computer by selecting said indicium.

17. A smart card according to claim 12, wherein the information is loaded from said second computer device to said computer device.

18. A computer device for communicating with a card reader comprising a touch sensitive membrane arranged to overlay an inserted smart card and through which indicia on a surface of the inserted smart card are visible, the membrane being responsive to a touch applied anywhere on the membrane, said membrane providing, in response to said touch, touch coordinates corresponding to a location of the touch on the membrane, the indicia being arranged on the card independently of where the touch can be applied to the membrane, said computer device comprising:

a processor for receiving a command from the card reader that receives said card that stores said command and an address that is pointing to a remote location in a second computer device at which information is stored, wherein the information is accessed via a communication line between the computer device and the second computer device,

wherein mapping data is stored within said smart card memory, said mapping data defining, in relation to each indicium, a bounding box delineating a mapped position of said indicium on the smart card, and wherein generation of touch coordinates falling within said bounding box establishes selection of said indicium.

19. A computer device according to claim 18, wherein the information is an application that is located on said second computer device.

20. A computer device according to claim 18, wherein the information is accessed via the communication line when a user selects an indicium on the card.

21. A computer device according to claim 18, wherein the access is carried out by sending a command from the card reader to the second computer device via the computer device.

22. A computer device according to claim 21, wherein the command is associated with an indicium on the card which is selected by a user and stored in a memory of the card.

23. A computer device according to claim 18, wherein the information is loaded from the second computer device to said computer device.

24. A computer device that communicates with a second computer device via a communication line, and the second computer device communicates with a card reader comprising a touch sensitive membrane arranged to overlay an inserted smart card and through which indicia on a surface of the inserted smart card are visible, the membrane being responsive to a touch applied anywhere on the membrane, said membrane providing, in response to said touch, touch coordinates corresponding to a location of the touch on the membrane, the indicia being arranged on the card independently of where the touch can be applied to the membrane, said computer device comprising:

a processor for receiving a command from the card reader that receives the card that stores said command and an address that is pointing to a remote location at which information is stored, wherein the information is accessed via the communication line between the computer device and the second computer device,

wherein mapping data is stored within the card memory, said mapping data defining, in relation to each indicium, a bounding box delineating a mapped position of said indicium on the card, and wherein generation of touch coordinates falling within said bounding box establishes selection of said indicium.

25. A computer device according to claim 24, wherein the information is an application that is located on the second computer device.

26. A computer device according to claim 24, wherein the information is accessed via the communication line when a user selects an indicium on the card.

27. A computer device according to claim 24, wherein the access is carried out by sending the command from said card reader to said computer device via the second computer device.

28. A computer device according to claim 27, wherein the command is associated with an indicium on the card that is selected by a user and stored in a memory of the card.

29. A smart card according to claim 24, wherein the information is loaded from said computer device to the second computer device.

30. A card reader for a card, the card being configured for insertion into said card reader, said card reader comprising:

a touch sensitive membrane arranged to overlay an inserted said card and through which indicia on a surface of the inserted card are visible, the membrane being responsive to a touch applied anywhere on the membrane, said membrane providing, in response to said touch, touch coordinates corresponding to a location of the touch on the membrane, the indicia being arranged on the card independently of where the touch can be applied to the membrane; and

a processor for retrieving from a memory of the card an address that is pointing to a remote location in a second computer device at which information is stored and sending a command that is stored in the memory to the second computer device via a first computer device, wherein the information is accessed via a communication line between the first computer device and the second computer device,

wherein mapping data is stored within said smart card memory, said mapping data defining, in relation to each indicium, a bounding box delineating a mapped position of said indicium on the smart card, and wherein generation of touch coordinates falling within said bounding box establishes selection of said indicium.

31. A card reader according to claim 30, wherein the information is an application that is located on the second computer device.

32. A card reader according to claim 30, wherein the information is accessed via the communication line when a user selects an indicium on the card.

33. A card reader according to claim 30, wherein the access is carried out by sending a command from the card reader to the second computer device via the computer device.

34. A card reader according to claim 33, wherein the command is associated with an indicium on the card which is selected by a user and stored in the memory of the card, and is read by said card reader.

35. A card reader according to claim 30, wherein the information is loaded from the second computer device to the first computer device.

36. A computer program to be executed in a computer device for communicating with a card reader comprising a touch sensitive membrane arranged to overlay an inserted card and through which indicia on a surface of the inserted card are visible, the membrane being responsive to a touch applied anywhere on the membrane, said membrane providing, in response to said touch, touch coordinates corresponding to a location of the touch on the membrane, the indicia being arranged on the card independently of where the touch can be applied to the membrane to select the indicia, said computer program comprising:

code to receive a command from said card reader that receives said card that stores said command and an address that is pointing to a remote location in another computer device at which information is stored, wherein the information is accessed via a communication line between the computer device and the other computer device,

wherein mapping data is stored within said smart card memory, said mapping data defining, in relation to each indicium, a bounding box delineating a mapped position of said indicium on the smart card, and wherein generation of touch coordinates falling within said bounding box establishes selection of said indicium.

37. A computer program to be executed in a computer device that communicates for a second computer device via a communication line, the second computer device communicates with a card reader comprising a touch sensitive membrane arranged to overlay an inserted card and through which indicia on a surface of the inserted card are visible, the membrane being responsive to a touch applied anywhere on the membrane, said membrane providing, in response to said touch, touch coordinates corresponding to a location of the touch on the membrane, the indicia being arranged on the card independently of where the touch can be applied to the membrane to select the indicia, said computer program comprising;

code to receive a command from the card reader that receives said card that stores said command and an address that is pointing to a remote location in the computer device at which information is stored, wherein the information is accessed via the communication line between the computer device and the second computer device,

wherein mapping data is stored within said smart card memory, said mapping data defining, in relation to each indicium, an a bounding box delineating a mapped position of said indicium on the smart card, and wherein generation of touch coordinates falling within said bounding box establishes selection of said indicium.