Communication network node, method for providing a communication network node, terminal device, method for operating a terminal device, and method for a communication network
Patent Information
- Authority / Receiving Office
- JP · JP
- Patent Type
- Patents
- Current Assignee / Owner
- SONY GROUP CORP
- Filing Date
- 2022-02-25
- Publication Date
- 2026-06-23
Smart Images
Figure 0007878321000001 
Figure 0007878321000002 
Figure 0007878321000003
Abstract
Claims
1. A communication network node for providing a distributed ledger, It comprises a circuit configured to generate anonymous identification information for providing anonymous identification information of users of a mobility management provider to a mobility service provider, The aforementioned anonymous identification information is generated based on a request to the distributed ledger from a personal data management provider, which is a different entity from the mobility management provider. A communication network node.
2. The aforementioned anonymous identification information is used temporarily. A communication network node according to claim 1.
3. The circuit is further configured to issue a global identifier for permanent use. A communication network node according to claim 1.
4. The circuit is further configured to issue a user's certificate of authenticity based on the anonymous identification information. A communication network node according to claim 1.
5. The circuit is further configured to verify the credibility certificate based on the request of the mobility service provider. A communication network node according to claim 4.
6. The aforementioned requirement is based on at least one of the following: the validity of the ticket and the conditions of the driver's license. A communication network node according to claim 5.
7. The circuit is further configured to revoke the credibility certificate based on a predetermined event. A communication network node according to claim 4.
8. The aforementioned specified event includes at least one of the following: a date and time expiration date, a ticket expiration date, and the termination of the service agreement. A communication network node according to claim 7.
9. A method for providing a communication network node for providing a distributed ledger, The process includes the step of generating anonymous identification information for providing anonymous identification information of users of a mobility management provider to a mobility service provider, The aforementioned anonymous identification information is generated based on a request to the distributed ledger from a personal data management provider, which is a different entity from the mobility management provider. method.
10. The aforementioned anonymous identification information is used temporarily. The method according to claim 9.
11. Further includes issuing a global identifier for permanent use. The method according to claim 9.
12. Further includes issuing a certificate of credit for the user based on the anonymous identification information. The method according to claim 9.
13. Further includes verifying the credit certificate based on the request of the mobility service provider. The method according to claim 12.
14. The aforementioned requirement is based on at least one of the following: the validity of the ticket and the conditions of the driver's license. The method according to claim 13.
15. Further includes revoking the credit certificate based on a predetermined event. The method according to claim 12.
16. The aforementioned specified event includes at least one of the following: a date and time expiration date, a ticket expiration date, and the termination of the service agreement. The method according to claim 15.
17. It comprises a circuit configured to request anonymous identification information for providing anonymous identification information of users of a mobility management provider to a mobility service provider, The aforementioned request is directed from a personal data management provider, which is a different entity from the mobility management provider, to a communication network node for providing a distributed ledger. A communication network node.
18. The circuit is further configured to process the user's mobility service subscription or the mobility management provider's mobility service agreement. A communication network node according to claim 17.
19. The circuit is further configured to authenticate the user in at least one of the mobility service provider and the mobility management provider. A communication network node according to claim 17.
20. The circuit is further configured to authorize the user in at least one of the mobility service provider and the mobility management provider. A communication network node according to claim 17.
21. The circuit is further configured to process the anonymous identification information and global identifier, The aforementioned anonymous identification information is used temporarily, while the aforementioned global identifier is used permanently. A communication network node according to claim 17.
22. The circuit is further configured to store the relationship between the anonymous identification information and the global identifier. A communication network node according to claim 21.
23. The circuit is further configured to store the user's payment information. A communication network node according to claim 17.
24. The circuit is further configured to process settlements between the user and at least one of the mobility service provider and the mobility management provider. A communication network node according to claim 17.
25. The circuit is further configured to store the user's preferences. A communication network node according to claim 17.
26. The aforementioned preference includes at least one of a preferred transport system, class usage, and the user's specific conditions. A communication network node according to claim 25.
27. The circuit is further configured to store historical travel information. A communication network node according to claim 17.
28. The circuit is further configured to update the user's travel history after the user's trip has ended. A communication network node according to claim 27.
29. A method for providing a communication network node, The process includes the step of requesting anonymous identification information to provide the mobility service provider with the anonymous identification information of the user of the mobility management provider, The aforementioned request is directed from a personal data management provider, which is a different entity from the mobility management provider, to a communication network node for providing a distributed ledger. method.
30. Further includes processing the user's mobility service subscription or mobility service agreement with the mobility management provider. The method according to claim 29.
31. The process further includes authenticating the user in at least one of the mobility service provider and the mobility management provider. The method according to claim 29.
32. The process further includes authorizing the user in at least one of the mobility service provider and the mobility management provider. The method according to claim 29.
33. Further includes processing the aforementioned anonymous identification information and global identifiers, The aforementioned anonymous identification information is used temporarily, while the aforementioned global identifier is used permanently. The method according to claim 29.
34. The further includes storing the relationship between the anonymous identification information and the global identifier. The method according to claim 33.
35. Further includes storing the user's payment information. The method according to claim 29.
36. The service further includes processing payments between the user and at least one of the mobility service provider and the mobility management provider. The method according to claim 29.
37. Further includes remembering the user's preferences. The method according to claim 29.
38. The aforementioned preference includes at least one of a preferred transport system, class usage, and the user's specific conditions. The method according to claim 37.
39. This also includes remembering historical travel information. The method according to claim 29.
40. This further includes updating the user's travel history after the user's trip has ended. The method according to claim 39.
41. A communication network node for providing mobility management providers, The system comprises a circuit configured to provide candidate routes to a user based on a user request issued based on anonymous identification information for providing anonymous identification information of the user to a mobility service provider, The aforementioned anonymous identification information is generated based on a request to a distributed ledger from a personal data management provider, which is a different entity from the mobility management provider. A communication network node.
42. The aforementioned candidate routes are further provided based on a preferred transport system. A communication network node according to claim 41.
43. The circuit is further configured to generate support information for the user. A communication network node according to claim 41.
44. The aforementioned support information includes at least one of route guidance and navigation data. A communication network node according to claim 43.
45. The circuit is further configured to track travel events. A communication network node according to claim 41.
46. The aforementioned travel event includes at least one of the following: passing through a station gate, arriving at a destination, arriving in a designated vehicle, and arriving at an intermediate point. A communication network node according to claim 45.
47. The circuit is further configured to calculate revenue sharing with the mobility service provider. A communication network node according to claim 41.
48. A method for providing a communication network node for providing a mobility management provider, The process includes providing a candidate route to a user based on a user request issued based on an anonymous identification information for providing the user's anonymous identification information to a mobility service provider, The aforementioned anonymous identification information is generated based on a request to the distributed ledger from a personal data management provider, which is a different entity from the mobility management provider. method.
49. The aforementioned candidate routes are further provided based on a preferred transport system. The method according to claim 48.
50. Further includes generating support information for the aforementioned user. The method according to claim 48.
51. The aforementioned support information includes at least one of route guidance and navigation data. The method according to claim 50.
52. Further includes tracking travel events. The method according to claim 48.
53. The aforementioned travel event includes at least one of the following: passing through a station gate, arriving at a destination, arriving in a designated vehicle, and arriving at an intermediate point. The method according to claim 52.
54. This further includes calculating revenue sharing with the aforementioned mobility service provider. The method according to claim 48.
55. A communication network node for providing a distributed ledger, The system comprises a circuit configured to store anonymous identification information generated in a distributed ledger for providing anonymous identification information of users of a mobility management provider to a mobility service provider, The aforementioned anonymous identification information is generated based on a request from a personal data management provider, which is a different entity from the mobility management provider. A communication network node.
56. The circuit is further configured to store at least one of the following: a timestamp, the user's mobility service subscription, ticket verification, travel event, the user's location, the mobility service provider, and the cost of transport. A communication network node according to claim 55.
57. A method for providing a communication network node for providing a distributed ledger, The process includes the step of storing anonymous identification information generated in a distributed ledger for providing anonymous identification information of users of a mobility management provider to a mobility service provider, The aforementioned anonymous identification information is generated based on a request from a personal data management provider, which is a different entity from the mobility management provider. method.
58. The system further includes storing at least one of the following: a timestamp, the user's mobility service subscription, ticket verification, travel event, the user's location, the mobility service provider, and the cost of transportation. The method according to claim 57.
59. A communication network node for providing mobility service providers, It comprises a circuit configured to accept anonymous user identification information for booking travel with a mobility service provider, The anonymous identification information is generated to provide the mobility management provider with the anonymous identification information of the user to the mobility service provider, and the anonymous identification information is generated based on a request to a distributed ledger from a personal data management provider, which is an entity different from the mobility management provider. A communication network node.
60. The circuit is further configured to issue travel tickets based on the anonymous identification information. A communication network node according to claim 59.
61. The circuit is further configured to record travel events. A communication network node according to claim 59.
62. The aforementioned travel event includes at least one of the following: passing through a station gate, arriving at a destination, arriving in a designated vehicle, and arriving at an intermediate point. A communication network node according to claim 61.
63. The circuit is further configured to record revenue sharing calculations in a distribution ledger. A communication network node according to claim 59.
64. A method for providing a communication network node for providing mobility service providers, This includes a step of accepting anonymous user identification information for booking travel with mobility service providers, The anonymous identification information is generated to provide the mobility management provider with the anonymous identification information of the user to the mobility service provider, and the anonymous identification information is generated based on a request to a distributed ledger from a personal data management provider, which is an entity different from the mobility management provider. method.
65. Further includes issuing travel tickets based on the aforementioned anonymous identification information. The method according to claim 64.
66. This also includes recording travel events. The method according to claim 64.
67. The aforementioned travel event includes at least one of the following: passing through a station gate, arriving at a destination, arriving in a designated vehicle, and arriving at an intermediate point. The method according to claim 66.
68. This further includes recording revenue sharing calculations in the distribution ledger. The method according to claim 64.
69. A method for communication networks, The process includes the step of generating anonymous identification information for providing anonymous identification information of users of a mobility management provider to a mobility service provider, The aforementioned anonymous identification information is generated based on a request to the distributed ledger from a personal data management provider, which is a different entity from the mobility management provider. method.
70. To request the aforementioned anonymous identification information, further includes authenticating the user to the personal data management provider based on a global identifier. The method according to claim 69.
71. The personal data management provider further includes receiving the anonymous identification information. The method according to claim 69.
72. The further includes storing the anonymous identification information on the user's terminal device. The method according to claim 69.
73. A method for communication networks, This includes the step of the user selecting a travel route to reach their destination, The user uses the anonymous identification information to provide the mobility management provider with the mobility service provider, and the anonymous identification information is generated on a distributed ledger based on a request from a personal data management provider, which is a different entity from the mobility management provider. method.
74. This further includes requiring the mobility management provider to request approval from the personal data management provider. The method according to claim 73.
75. Further includes transmitting at least one of the user's preferences and the user's travel history from the personal data management provider to the mobility management provider. The method according to claim 73.
76. The mobility service provider further includes providing the mobility management provider with a plurality of candidate routes. The method according to claim 73.
77. A method for communication networks, This includes the step of issuing travel tickets based on the user's creditworthiness, The aforementioned credit verification is based on anonymous identification information for providing the mobility management provider with the anonymous identification information of the user to the mobility service provider. The aforementioned anonymous identification information is generated based on a request to the distributed ledger from a personal data management provider, which is a different entity from the mobility management provider. method.
78. Further includes authorizing the selected travel for the mobility management provider by the aforementioned personal data management provider. The method according to claim 77.
79. The mobility management provider further includes requesting mobility services from the mobility service provider. The method according to claim 77.
80. The mobility service provider further includes requesting the credit certificate in the distributed ledger and issuing the travel ticket based on the credit certificate. The method according to claim 77.
81. The mobility management provider further includes sending the travel ticket to the user. The method according to claim 77.
82. A method for communication networks, This includes a step to verify travel tickets based on the user's creditworthiness, The aforementioned credibility is based on anonymous identification information for the mobility management provider to provide the mobility service provider with the anonymous identification information of the user, and the anonymous identification information is generated based on a request from a personal data management provider, which is a different entity from the mobility management provider, to a distributed ledger. method.
83. Further includes transmitting the credit certificate from the user's terminal device to the mobility service provider. The method according to claim 82.
84. The mobility service provider further includes verifying the credit certificate in the distributed ledger. The method according to claim 83.
85. Further includes generating a travel event based on the verification of the aforementioned credit certificate, The distributed ledger is used to record the aforementioned travel events. The method according to claim 84.
86. The aforementioned distributed ledger is a blockchain. The method according to claim 85.
87. A method for communication networks, The process includes a step of ending the user's journey based on the detection of the user's terminal device, The terminal device stores anonymous identification information for providing anonymous identification information of users of the mobility management provider to the mobility service provider, and the anonymous identification information is generated based on a request from a personal data management provider, which is an entity different from the mobility management provider, to a distributed ledger. method.
88. This includes closing the travel tickets in the distributed ledger at the request of the mobility service provider. The method according to claim 87.
89. Further including recording the trip in the distributed ledger at the request of the mobility service provider. The method according to claim 87.
90. The aforementioned distributed ledger is a blockchain. The method according to claim 89.
91. A method for communication networks, The process includes the step of sharing the user's travel earnings using a travel ticket based on anonymized identification information to provide the mobility service provider with the user's anonymized identification information, The aforementioned anonymous identification information is generated based on a request to the distributed ledger from a personal data management provider, which is a different entity from the mobility management provider. method.
92. The mobility service provider further includes requesting a record of the trip, including the anonymous identification information, in the distributed ledger. The method according to claim 91.
93. The aforementioned distributed ledger is a blockchain. The method according to claim 92.
94. The further includes determining the amount of revenue to be shared with the mobility management provider based on the anonymous identification information. The method according to claim 91.
95. This further includes identifying the user in the personal data management provider based on the anonymous identification information. The method according to claim 94.