초록 ▼

An online communication system (10) includes a plurality of remote session clients (12) and one or more online servers (14). The online communication system (10) provides continuity of an online session (80) between a server (14) and one of the remote session clients (12). A first session client (18

An online communication system (10) includes a plurality of remote session clients (12) and one or more online servers (14). The online communication system (10) provides continuity of an online session (80) between a server (14) and one of the remote session clients (12). A first session client (18) participates in the online session (80), including receiving and accumulating a plurality of session information (182) for the online session (80). The first session client (18) initiates a transfer of the session information (182) to a second session client (20) to enable the second session client (20) to seamlessly continue the online session (80) in place of the first session client (18) after the transfer of the session information (182).

대표청구항 ▼

What is claimed is: 1. A method for providing continuity of at least one online session between a server and at least one remote session client, the method comprising: participating in the at least one online session by a first session client, wherein participation by the first session client inclu

What is claimed is: 1. A method for providing continuity of at least one online session between a server and at least one remote session client, the method comprising: participating in the at least one online session by a first session client, wherein participation by the first session client includes receiving and accumulating a plurality of session information for the at least one online session from the server; initiating, by the first session client, a transfer of the plurality of session information for the at least one online session to a second session client operating within a session device so as to enable the second session client to seamlessly continue the at least one online session in place of the first session client after the transfer of the session information; determining, by the second session client, whether a user is in close proximity to the session device without interaction with the session device by the user; and retrieving, by the second session client, latest information associated with the at least one online session when the user is determined to be in close proximity to the session device, wherein at least one of the first session client and the second session client operates within a mobile wireless device. 2. The method of claim 1, further comprising: storing at least one transfer client profile associated with at least one of a plurality of session clients, wherein the initiating a transfer step includes choosing die second session client from the at least one stored transfer client profile. 3. The method of claim 1, wherein the at least one online session is an online gambling event, and further wherein the plurality of session information comprises one or a combination of information selected from a group consisting of: an event name, an event number, an event description, a navigational path, a gambling house, a start time, an end time, a number of gamblers, a current status, an event monitoring, a URL where results reside, a last URL visited, a type of event, a score, prior history of related events, and event odds. 4. The method of claim 1, wherein the at least one online session is an online auction session, and further wherein the plurality of session information comprises one or a combination of information selected from a group consisting of: an item name, an item number, an item description, an item identification, a navigational path, an auction type, an auction house, an end time, a number of bidders, a reserve price, a current status, a URL where results reside, and a store front URL for a seller. 5. The method of claim 1, wherein the initiating a transfer step further comprises: sending a session transfer notification from the first session client. 6. The method of claim 5, wherein the session transfer notification is sent from the first session client to the server informing the server to pass the plurality of session information to the second session client. 7. The method of claim 5, wherein the session transfer notification is sent from the first session client directly to the second session client. 8. The method of claim 5, wherein the first session client operates within a first session device, wherein the second session client operates within a second session device, wherein at least one of the first session device and the second session device is the mobile wireless device, and wherein the session transfer notification is sent from the first session device to the second session device. 9. A method for providing continuity of at least one online session between a server and at least one remote session client the method comprising: receiving, by a second session client operating within a session device, session information associated with at least one ongoing online session between a first session client and a server, the session information having originated from the first session client and the transfer of session information having been initiated by the first session client; participating in the at least one online session by the second session client in place of the first session client to seamlessly continue the at least one online session after receipt of the session information from the first session client; determining, by the second session client, whether a user is in close proximity to the session device without interaction with the session device by the user; and retrieving, by the second session client, latest information associated with the at least one online session when the user is determined to be in close proximity to the session device, wherein at least one of the first session client and the second session client operates within a mobile wireless device. 10. A method for providing continuity of at least one online session between a server and at least one remote session client the method comprising: receiving, by a second session client operating within a session device, session information associated with at least one ongoing online session between a first session client and a server, the session information having originated from the first session client and the transfer of session information having been initiated by the first session client; participating in the at least one online session by the second session client in place of the first session client to seamlessly continue the at least one online session after receipt of the session information from the first session client; receiving, by the second session client, an asynchronous event notification from the server instructing the second session client to connect to an event site on the server associated with the at least one online session; determining whether an online account user is in close proximity to the session device; storing the asynchronous event notification when the online account user is determined not to be in close proximity to the session device; periodically checking whether the online account user is in close proximity to the session device; retrieving, by the second session client, latest information from the event site using the session information when the online account user is determined to be in close proximity to the session device; and storing the latest information retrieved from the event site, wherein at least one of the first session client and to second session client operates within a mobile wireless device. 11. The method of claim 9, further comprising: retrieving, by the second session client, latest information from an event site on the server associated with the at least one online session using the session information after expiration of an event parameter of the session information; and storing the latest information retrieved from the event site. 12. The method of claim 9, further comprising: comparing a current time to a range surrounding an event time; retrieving, by the second session client, latest information from an event site on the server associated with the at least one online session using the session information when the current time is within the range surrounding the event time; and storing the latest information retrieved from the event site. 13. The method of claim 9, wherein the step of receiving the session information comprises: receiving the session information directly from the first session client. 14. The method of claim 9, further comprising: receiving, by the second session client an asynchronous event notification from the server instructing the second session client to connect to an event site on the server associated with the at least one online session; retrieving, by the second session client, latest information from the event site using the session information; and storing the latest information retrieved from the event site. 15. The method of claim 9, wherein the session device includes a motion sensor, and wherein the step of determining whether a user is in close proximity to the session device comprises: determining whether an output of the motion sensor is greater than a tilt sensor threshold; when the output of the motion sensor is greater than the tilt sensor threshold, determining that the user is in close proximity to the session device; and when the output of the motion sensor is not greater than the tilt sensor threshold and a predetermined time has expired, determining that the user is pot in close proximity to the session device. 16. An online communication system for providing continuity of at least one online session comprising: at least one online server operable to host the at least one online session, wherein the at least one online session includes a plurality of session information; a first session client operable to participate in the at least one online session, store the plurality of session information, and initiate a transfer of the plurality of session information therefrom; and a second session client operable within a session device to receive the plurality of session information from the first session client and to participate in the at least one online session in place of the first session client so as to seamlessly continue the at least one online session after the transfer of the session information, the second session client being further operable to determine whether a user is in close proximity to the session device without interaction with the session device by the user and retrieve latest information associated with the at least one online session when the user is determined to be in close proximity to the session device, wherein at least one of the first session client and the second session client operates within a mobile wireless device. 17. The online communication system of claim 16, wherein, the first session client operates within a first session device, wherein the second session client operates within a second session device, and wherein at least one of the first session device and the second session device is the mobile wireless device. 18. The online communication system of claim 17, wherein the first session device further comprises a memory for storing at least a transfer client profile associated with the second session device, and further wherein the first session client is operable to transfer the plurality of session information to the second session client using the transfer client profile. 19. The online communication system of claim 16, wherein the second session client is further operable to receive the plurality of session information directly from the first session client.