Portable terminal and position information conversion system

• US 20030228873A1
• Filed: 06/06/2003
• Published: 12/11/2003
• Est. Priority Date: 06/10/2002
• Status: Abandoned Application

• Current Assignee: NEC Corporation
• Original Assignee: NEC Corporation
• Inventors: Manzen, Yoshihisa
• Application Number:
  US10/455,418
• Publication Number:
  US 20030228873A1
• Time in Patent Office: Days
• US Class Current: 455/456.3
• CPC Class Codes: H04L 67/04 specially adapted for terminals or networks with limited capabilities; specially adapted for terminal portability
• CPC Class Codes: H04L 67/12 specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
• CPC Class Codes: H04L 67/125 involving control of end-device applications over a network
• CPC Class Codes: H04L 67/52 specially adapted for the location of the user terminal
• CPC Class Codes: H04M 1/72457 according to geographic location

Abstract

The present invention provides a portable terminal that can provide a user with current-position related information without installing a large-capacity memory unit and a high-speed operation unit and a position information conversion system that reduces the load of user'"'"'s information search processing and provides user-desired current-position related information speedily.

Claims

1. A portable terminal converting position information on said terminal to an execution instruction executing a predetermined operation associated with the position information, said portable terminal comprising:

a memory circuit in which conversion rule groups for converting the position information to the execution instruction is stored;

an operation circuit that allows a user to select a conversion rule group to be applied to the conversion from the position information to the execution instruction;

a position calculation function circuit that obtains current position information;

a position information conversion circuit that performs processing of a conversion rule, included in the selected conversion rule group and related to the current position information, to generate the execution instruction; and

a display output function circuit that executes an operation according to the generated execution instruction.

2. The portable terminal according to claim 1,

wherein the conversion rule group is a collection of conversion processing corresponding to each cell of a-matrix based on a position calculation unit of the position information and

wherein said position information conversion circuit performs the processing of a conversion rule of a cell corresponding to the current position information to generate the execution instruction.

3. The portable terminal according to claim 1,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a station of transportation facilities nearest to the user.

4. The portable terminal according to claim 2,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a station of transportation facilities nearest to the user.

5. The portable terminal according to claim 1,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, nearest to the user.

6. The portable terminal according to claim 2,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, nearest to the user.

7. The portable terminal according to claim 3,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, nearest to the user.

8. The portable terminal according to claim 4,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, nearest to the user.

9. The portable terminal according to claim 1,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

10. The portable terminal according to claim 2,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

11. The portable terminal according to claim 3,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

12. The portable terminal according to claim 4,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

13. The portable terminal according to claim 5,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

14. The portable terminal according to claim 6,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

15. The portable terminal according to claim 7,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

16. The portable terminal according to claim 8,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

17. A position information conversion system comprising:

a portable terminal executing a predetermined operation;

a contents server connected to said portable terminal via a mobile communication network; and

a position information conversion server connected to said contents server and having a storage unit in which at least one conversion rule group is stored for use in generating an execution instruction executing the predetermined operation based on position information on said portable terminal,

wherein said portable terminal comprises;

a sending/receiving circuit that sends or receive information via the mobile communication network, that sends selection information indicating a conversion rule group selected by a user to said contents server, and that sends current position information to said contents server;

an operation circuit which allows the user to select one of said conversion rule groups;

a position calculation function circuit that obtains the current position information; and

a display output function circuit that executes an operation in response to the execution instruction received from said contents server,

wherein said contents server comprises a sending/receiving unit that obtains the current position information from said portable terminal and sends said execution instruction back to said portable terminal, and

wherein said position information conversion server comprises a position information conversion circuit that reads one of conversion rule groups from said storage unit based on the selection information and, from the conversion rule groups that were set, reads a conversion rule related to the current position information from said storage unit for generating the execution instruction.

18. The position information conversion system according to claim 17,

wherein the conversion rule group is a collection of conversion processing corresponding to each cell of a matrix based on a position calculation unit of the position information and

wherein said position information conversion circuit performs the processing of a conversion rule of a cell corresponding to the current position information to generate the execution instruction.

19. The position information conversion system according to claim 17,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a station of transportation facilities nearest to the user.

20. The position information conversion system according to claim 18,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a station of transportation facilities nearest to the user.

21. The position information conversion system according to claim 17,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, to the user.

22. The position information conversion system according to claim 18,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, to the user.

23. The position information conversion system according to claim 19,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, to the user.

24. The position information conversion system according to claim 20,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, to the user.

25. The position information conversion system according to claim 17,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting of said portable terminal based on the current position information.

26. The position information conversion system according to claim 18,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting of said portable terminal based on the current position information.

27. The position information conversion system according to claim 19,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting of said portable terminal based on the current position information.

28. The-position information conversion system according to claim 20,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting of said portable terminal based on the current position information.

29. The position information conversion system according to claim 21,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting of said portable terminal based on the current position information.

30. The position information conversion system according to claim 22,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting of said portable terminal based on the current position information.

31. The position information conversion system according to claim 23,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting of said portable terminal based on the current position information.

32. The position information conversion system according to claim 24,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting of said portable terminal based on the current position information.

33. A position information conversion system comprising:

a position information conversion server connected to a network;

a contents server connected to said position information conversion server; and

a portable terminal connected to said contents server over a mobile communication network and having means for storing at least one of conversion rule groups each of which converts position information to a predetermined-operation execution instruction,

wherein said portable terminal comprises;

a sending/receiving circuit that sends and receives information over the mobile communication network;

an operation circuit that allows a user to select one of the conversion rule groups;

a memory circuit that stores the conversion rule group obtained from said contents server;

a position calculation function circuit that obtains current position information;

a position information conversion circuit that performs processing of a conversion rule, included in the selected conversion rule groups and related to the current position information of the selected conversion rule group, for generating the execution instruction; and

a display/output function circuit that executes an operation according to the generated execution instruction,

wherein said position information conversion server comprises a memory unit in which at least one of the conversion rule groups is stored, and

wherein said contents server comprises a sending/receiving unit that reads the conversion rule group, requested by said portable terminal, from said position information conversion server and sends the conversion rule group to said portable terminal.

34. The position information conversion system according to claim 33,

wherein the conversion rule group is a collection of conversion processing corresponding to each cell of a matrix based on a position calculation unit of the position information and

wherein said position information conversion circuit performs the processing of a conversion rule of a cell corresponding to the current position information to generate the execution instruction.

35. The position information conversion system according to claim 33,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a station of transportation facilities nearest to the user.

36. The position information conversion system according to claim 34,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a station of transportation facilities nearest to the user.

37. The position information conversion system according to claim 33,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, to the user.

38. The position information conversion system according to claim 34,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, to the user.

39. The position information conversion system according to claim 35,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, to the user.

40. The position information conversion system according to claim 36,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that presents information on a landmark, including an intersection, an interchange, and a parking area, to the user.

41. The position information conversion system according to claim 33,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

42. The position information conversion system according to claim 34,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

43. The position information conversion system according to claim 35,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

44. The position information conversion system according to claim 36,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

45. The position information conversion system according to claim 37,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

46. The position information conversion system according to claim 38,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

47. The position information conversion system according to claim 39,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.

48. The position information conversion system according to claim 40,

wherein one of the conversion rule groups causes said position information conversion circuit to generate an execution instruction that changes a terminal setting based on the current position information.