CN2814819Y - Apparatus for swicthing communication session from one communication interface to another interface - Google Patents
Apparatus for swicthing communication session from one communication interface to another interface Download PDFInfo
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- CN2814819Y CN2814819Y CNU2004201166468U CN200420116646U CN2814819Y CN 2814819 Y CN2814819 Y CN 2814819Y CN U2004201166468 U CNU2004201166468 U CN U2004201166468U CN 200420116646 U CN200420116646 U CN 200420116646U CN 2814819 Y CN2814819 Y CN 2814819Y
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Abstract
The utility model relates to a device which can transfer communication service on the network through using a service management center (SMC). The SMC causes ongoing communication dialogues to be exchanged among different interfaces of a single device, and the interfaces use different access technology. The SMC can also cause the ongoing communication dialogues to be exchanged to other devices from a device. When a user device contacts the network, the SMC registers the device and establishes user configuration; the ability of the device can be inquired, and the utility model can judge a service group which can be used by the utility model and can manage setting which can conduct the communication service with the device. The SMC also manages the exchange of the communication service among the interfaces which use different access technology on the device or from a device to the other device which uses the same of different access technology. The invention can allow users who join on-site word information dialogues on a computer at a fixed position to leave the computer and continue to conduct the on-site word information dialogues on a moving device. The manner of continuous communication dialogues is useful, and the utility model can be combined and used with maintenance and repairing operation which comprises access functions, such as databases, etc.
Description
Technical field
The utility model is to be relevant to wireless network, and in particular, is to be relevant to a kind of passing service that is used for to method and the device that can support the wireless terminal of many wave points and network foundation device.
Background technology
Present employed wireless system be mainly with voice/service as the basis, and supplementary service, for example, Short Message Service (short message service, SMS), multimedia message service (multimediamessaging service, MMS), real-time message service (instant messaging service, IMS), and similarly, disposed by wireless system, and, be to produce suitable income for the operator, but, allow this fact that becomes complicated but be that those services are the constraints that can closely be subjected to special technique and network infrastructure, and the user may touch those services by other radio access technologies except the radio access technologies of the terminal of supporting this user.
Various WLAN (WLANs), for example, IEEE 802.11, and wireless MAN (wireless metropolitan area networks, WMANs), for example, IEEE 802.16 and 802.20, development to some extent, and when being when having functional difference between WLANs and WMANs, then " WALNs ", as employed in this, be to mean to comprise WALNs, WMANs, and similar wireless network.And to these WLANs, for example, especially IEEE 802.11,802.16, and 802.20, development, allowing so, network enters the wireless network of both having deposited, for example, only indication lists, and GPRS (General Packet Radio Service, GPRS), global system for mobile communications (universal mobile telecommunication system, UMTS), code division multiple access (code division multiple access, CDMA) 2000, integration, and can support so various wireless terminals of technology, it more advantageously provides and will so serve independent delivery to the wireless terminal that can support many wave points and network infrastructure.
When these different services are when typically accessing dividually by this user; then it is that the situation that has usually is; the availability of these services; or the kenel of required service can constantly change; and; the change of the data kenel of being transmitted except a single device; for example; transfer of data in a transition period; it is that the situation that has usually is; though a user wishes to proceed communication; but also wish changing device more during a conversation; and a simple case of this situation is; one user is busy with the live message language dialogue conversation on the computer of fixed position; then; when mobile, also continue this live telecast message language dialogue conversation; continuing of the conversation one to one of this kind is helpful especially; for example; in this conversation is when being used to relevant maintenance and patch work; and it is the function that can also comprise that database for example accesses; but; so install; or the change of communication service is difficult because these be connected come down in their framework inequality.
The utility model content
According to one side of the present utility model, a kind of device that is used for from one first communication interface of wireless transmitter/receiver unit communication session being switched to a second communication interface of described wireless transmitter/receiver unit is provided, first communication interface is used one first radio access technologies, the second communication interface uses one second wireless radio access technology, use a Service Management center, this device comprises: first network, can use described first radio access technologies to be inserted by described wireless transmitter/receiver unit, it comprises that configuration is used for setting up and the communicating to connect of described wireless transmitter/receiver unit by described first interface; Second network can use described second radio access technologies to be inserted by described wireless transmitter/receiver unit; Service-user/server, configuration is used at least one communication service is offered described wireless transmitter/receiver unit; And the Service Management center, it comprises: circuit, and configuration is used to set up with a telecommunication management of described wireless transmitter/receiver unit and is connected; Register device, configuration is used for connecting by described telecommunication management inquires described wireless transmitter/receiver unit, to judge the ability of described wireless transmitter/receiver unit, set up the user configuration of described wireless transmitter/receiver unit based on described ability, receive the renewal of described wireless transmitter/receiver unit ability and upgrade described user's configuration, and, be configured to communication service and register described wireless transmitter/receiver unit based on described; Service request is confirmed device, and configuration is used to receive the communication services request with described wireless transmitter/receiver unit, and the user who checks described wireless transmitter/receiver unit is configured to the communication service of confirming that described wireless transmitter/receiver unit support is asked; One active device, configuration is used to activate one service-user/server, and described service-user/server configuration is used to provide by described wireless transmitter/receiver unit is confirmed the communication service of being asked supported; And all replace tubes reason devices, configuration is used to receive the notice from described wireless transmitter/receiver unit, described notice is for should switch to described communication service described second communication interface, upgrade the wireless transmitter/receiver unit configuration and with the described service-user/server of described update notification, make described service-user/server adjust the communication service parameter, described communication service is delivered to described wireless transmitter/receiver unit by described second communication interface.
According on the other hand of the present utility model, a kind of device that communication session is switched to one second wireless transmitter/receiver unit that is used for from one first wireless transmitter/receiver unit is provided, use a Service Management center, this device comprises: first network, can use one first radio access technologies to be inserted by described first wireless transmitter/receiver unit, it comprises that configuration is used to set up and the communicating to connect of described first wireless transmitter/receiver unit; Second network can use one second radio access technologies to be inserted by described second wireless transmitter/receiver unit, and it comprises that configuration is used to set up and the communicating to connect of described second wireless transmitter/receiver unit; Service-user/server, configuration is used at least one communication service is offered described first and second wireless transmitter/receiver unit; And the Service Management center, it comprises: Service Circuit, configuration are used to set up and are connected with one first telecommunication management of described first wireless transmitter/receiver unit and are connected with the second communication management of described second wireless transmitter/receiver unit; Register device, configuration is used for connecting by described first telecommunication management inquires described first wireless transmitter/receiver unit, to judge the ability of described first wireless transmitter/receiver unit, set up one first configuration of described first wireless transmitter/receiver unit based on the ability of described first wireless transmitter/receiver unit, and be configured to communication service based on described first and register described first wireless transmitter/receiver unit; Described register device also disposes and is used for inquiring described second wireless transmitter/receiver unit by described second communication management connection, to judge the ability of described second wireless transmitter/receiver unit, set up one second configuration of described second wireless transmitter/receiver unit based on the ability of described second wireless transmitter/receiver unit, and be configured to communication service based on described second and register described second wireless transmitter/receiver unit; Service request is confirmed device, configuration is used to receive the communication services request with described first wireless transmitter/receiver unit, and, check that first of described first wireless transmitter/receiver unit is configured to the communication service of confirming that the described first wireless transmitter/receiver unit support is asked; Active device, configuration is used to activate service-user/server, is confirmed the communication service of being asked supported to provide by described first wireless transmitter/receiver unit; And handover management device, configuration is used to receive described communication service switches to described second wireless transmitter/receiver unit from described first wireless transmitter/receiver unit notice, check that second of described second wireless transmitter/receiver unit is configured to confirm that described second wireless transmitter/receiver unit supports described communication service, upgrade configuration of described first wireless transmitter/receiver unit and the configuration of described second wireless transmitter/receiver unit and with the described service-user/server of described update notification, make described service-user/server adjust the communication service parameter, described communication service is delivered to described second wireless transmitter/receiver unit.
Description of drawings
The utility model will consider to obtain understanding under the appended graphic situation, and wherein, identical assembly is to indicate with identical numeral, and wherein:
Fig. 1: its be for the network of a simplified schematic of the basic network framework that shows concrete enforcement principle of the present utility model graphic; And
Fig. 2 and Fig. 3: it is for showing in order to set up the graphic of the employed service registry order of suitable service, exemplary routine.
Embodiment
After this, a wireless transmitter/receiver unit (WTRU) comprises, but is not subject to, one subscriber equipment, mobile platform, fixing or moving user unit, calling set, or the device that can in a wireless environment, operate of any other form, and after when mentioning, one base station then comprises, but is not subject to an access point (AP), for example, IEEE 802.11 access point, a Node B, positioner, or the interface arrangement in a wireless environment of any other form.
The utility model provides by using a Service Management center (service managementcenter, SMC) 53, and be used for will be so the independent delivery like this of service method and the device that gives the wireless terminal that can support many wave points is provided, and this Service Management center 53 is as the basis and decision is served and the combination (set) of parameter with the ability of this wireless terminal and service configuration (capability and service profile).
Fig. 1 shows the concrete network architecture 10 implementing principle of the present utility model and comprise several air interfaces 31-36, moreover, it is also to show several WTRUs, wherein, these air interfaces 31-36 comprises WLANs 31-33, and the wireless network 34-36 of other pattern, and when each kenel wherein one be when being shown, then generally speaking, it is that a plurality of air interfaces of supposing each kenel will also can occur.
These wireless networks are to comprise GPRS (General Packet Radio Service, GPRS) 34, one third generation partner (third generation partnership, 3GPP) network 35, an and 3GPP 2 networks 36, and, be can be by its this wireless network of being correlated with, and via various transportation communications protocol, for example, Internet Protocol (IP), or X.25, and be connected to this IP, or other communications protocol network 51, and by these wireless networks, it is the usefulness that proposes as an example that these networks are carried out, so it is to understand, the network of other kenel is carried out and can also be used by the utility model.
These WALNs 31-33 are the 802WALNs for plural number kind kenel, or WMANs, for example, 802.11,802.16, and 802.20, but, it is to use the WLAN of other kenel to connect, wherein, each of those WLANs 31-33, for example, be can be as wireless terminal, then illustrated at Fig. 1, a laptop computer 41 that is equipped with one 802.11 compatible WLAN cards is to connect via the air interface of WLAN 31, two (2) PDA(Personal Digital Assistant)s 42 and 43 of planting kenel are to connect via the air interface of WLANs 32 and 43, one mobile phone 45 with data capability (data capabilities) is to connect via GPRS network 34, one cell-phone PDA coupling apparatus 44 is to connect via 3GPP network 35, and one to be equipped with a mobile phone 46 that is used for the display video image be to connect via 3GPP2 network 36, certainly, be noted that, it is can use one in the same manner, or many air interfaces of multiple kenel, and a plurality of WTRUs 41-46 will similarly can combine with each air interface.
Various air interface 31-36 can be connected to and can be that the network that an IP network or other suitable networks connect connects 51, this connect then be can merge this world-wide web or to these air interfaces 31-36 one of them or mostly be available any other network.
One Service Management center (SMC) the 53rd can be directly, or connect 51 and communicate with these air interfaces 31-36 by this network, this SMC 51 is can the combination of decision service and parameter with the ability of these WTRUs 41-44 and service configuration (profile) (user disposes 56), moreover, services client, or server (SC/S) the 55th, connect 51 for various by this network, or directly by these air interfaces 31-36, for example, arrive WLANs 31,32 connection is shown, and be available communication function, it is also might connect 51 by this network by meeting to provide this SMC53 of connection that this SC/S function 55 is provided, in addition, this SC/S can provide various supplementary service, for example, comprise SMS, MMS, and the message service of IMS, voice delivery (voice overIP by IP, VoIP) information, and data retrieval service and entertainment service, and the extra-service that SC/S function 55 is provided is can be for outside the main ISP who is independent of the user, and be independent of the special information that is provided outside this SMC 53, data, or entertainment service, in some instances, ideal connection for this special SC/S 55 is can be independent of outside this SMC 53, and simultaneously in other example, 53 of this SMC be can than the tool advantage be used to this user is connected to this SC/S 55, or a network that is used to supervise between this SC/55 and this user connects.
Special example among these WTRUs 41-46 is to pass through its this wireless network of being correlated with, and via various transportation communications protocol, for example, Internet Protocol (IP), or X.25, and with the available data network in a whole world, for example, this GPRS (GPRS), one third generation partner (3GPP) network, or a 3GPP 2 networks communicate, wherein, this communications protocol of the latter is that low speed packet swap data service (low speed packet switched data service) can be provided, perhaps, alternatively, communication is can be via special service communications protocol, for example, the simple and easy mail transmission communication of SMS agreement (simple mail transfer protocol, SMTP), or one similarly the service, for example, this laptop computer 41 of Fig. 1 promptly can be via this 802.11 WLAN 31 and an IP network that provides this Service Management center (SMC) 53 of an interface that arrives various services client/servers (SC/S) to communicate via participant, and communicates with this GPRS network 34.
This system architecture be for, this WTRUs 41-46 is the existence that can learn this SMC 53, and, this SMC 53 can also be supported this wireless network of this WTRUs, for example, and this 802.11 network of supportive device 12, institute's identification, similarly, the wherein arbitrary of these WTRUs 41-46 is to use with wherein arbitrary exchange of these WLANs 31-33 or wireless WAN (wide area network) (WWAN) 34-36, when they are provided to suitable wireless communication interface.
This SMC 53 be can keep this WTRU 41-46 these abilities one upgraded configuration, it is to comprise: radio access technologies (RAT) ability, for example, one Global Systems for Mobile communications/GPRS (GSM/GPRS), bluetooth
(Bluetooth
), and 802.11, and if those basic abilities when changing, then this SMC 53 can be notified, for example, when a user removed 802.11 cards of communicating by letter of this this device of meeting activation and this 802.11 WLAN, this SMC 53 can be notified, and was to upgrade this configuration 56, in addition, the unavailability of this WTRU and be can also dispose in 56 at this to be safeguarded to the connection of these networks, for example, GSM-connects, GPRS-can be with, bluetooth
-available recently and 802.11 the unknowns.
In addition, the information that is relevant to various services can also be kept in this configuration, those the service factors then comprise, the cost of these services and the service quality of these services (quality ofservice, QoS).
This wireless device, for example, device 12 is to comprise for a moment the logic entity that communicates in network terminal with this SMC 53, this entity then be can be embedded among the device 12 or be included in a Universal Integrated Circuit Card (universalintegrated circuit card, UICC) among.
Originally, this WTRU 41-46 can utilize one of them of these wireless networks 31-36 and connects, this user can require to be compatible with his/her service configuration, terminal capability, for example, processing power, the internal memory availability, screen size and kenel (that is, colored, black and white), or the like, and the access technology of this device, for example, for example, frequency range, bit rate, QoS is with similar, one group of service, then, when this SMC by this WTRU41-46, or an external entity of trying to access this WTRU41-46 when contacting, it is to determine the best approach that RAT is used, for example, if when one 802.11 wlan networks 31 are also for getting, and when meeting this service criterion, access and reached via a GPRS network 34, then this WTRU 41-46 can require to set up one 802.11 connections, then, this GPRS can be terminated, or still keep, perhaps, alternatively, this WTRU41-46 accesses when can have via a plurality of RATs, and, this SMC 53 can be between those a plurality of RATs sensing/switching flow, in some instances, this SMC 53 can require this WTRU 4146 to set up some RAT and connect when situation be the unknown based on the stand-by period demand.
If a user selects to move to a different technology overlay area, then this user can upgrade the current state of this WTRU 41-46, then, this user then can be sent to this renewal this SMC 53, so this SMC 53 promptly can upgrade this service configuration, and, this requirement can be delivered to this SC/S 55, enough adapt to this new environment and terminal capability potentially these medium/service parameter is adjusted activation.
When if this service is adjusted, then this SC/S 55 is the changes that can learn this SMC 53, in view of the above, this SMC 53 promptly also can learn these changes, and, can send one and receive report to this WTRU41-46, so according to environment and call source, this SMC 53 can determine to switch RAT 56 (switching (hand off) between RATs), this SMC 53 can indicate this WTRU 41-46 to switch to special connection or this current connection of middle finger, and expects a new establishment of connection.
Similarly, this user who is busy with in the conversation may wish this conversation is transferred to a different WTRU (WTRU 41-46), in this example, this conversation is to be based upon one first device, for example, WTRU 41, then, this user can determine practically it to be removed from WTRU 41 easily, but still utilize a different WTRU, for example, PDA 43, and continue this conversation, so, this conversation is to be transferred to this PDA 43, words if necessary, this SMC 53 can transfer to this service 55 another network and connect 51, or transmit by connecting via one of this SMC 53, similarly, this conversation can also stem from the communication by this SMC 53, and, by this SMC 53, or continue by another network 51, in addition, in this connection that arrives a SC/S 55 is in the example of directly being set up by this network connection 51, this SMC 53 still can be used to control this transmission, and this is different from the switching that a single WTRU 41-46 arrives a different service 31-36, because this switching is from a WTRU 43 that WTRU to is different, in this example, from WTRU 41 to WTRU 43, so, be to separate owing to should connect 52 services that provided 55 with this SMF 53 by network, therefore, this user uses the ability of the service in covering and the network can obtain to strengthen.
Fig. 2 is an exemplary service registration order graphic that utilizes a GPRS network 34 for demonstration.In Fig. 2, one user has a WTRU that can support by the communication of 802..11 and GPRS, for example, one laptop computer 41, or mobile phone 44, wherein, act on this WTRU 41 of a GPRS WTRU45,44 are attached to this GPRS network 34 (step 71), this GPRS network 34 can obtain the address (step 72) of this WTRU 45,45 of this WTRU can register (step 73) with this SMC 53 in order to receive service, and, can be connected with this SMC 53 by this world-wide web 46, and this is this registration can be transported to this SMC 53 (step 74), then, this user's configuration that is stored in this SMC can be retrieved (step 75), and this SMC 53 can inquire the terminal capability of this user-dependent this WTRU 45, for example, comprise technology terminal kenel, screen size, service to be activated, and fellow, then, directed this world-wide web of this inquiry (step 76) meeting, and, be transported (step 77) to this WTRU 45, at last, this user can react on this place this ability and service configuration (step 78) are provided, and this is to transmit by this world-wide web, to be transported to this SMC 53 (step 79).
This SMC 53 can determine the combination (step 81) of service, and, can activate this SC/S 55 (step 85), and this can send a notice to this SMC 53 (step 86), and this notice (ACK) is to transmit by this SMC through this SMC 53 (step 87), and, arrive this user's set (step 88), in view of the above, service promptly can be established (step 91).Support or this WTRU 45 that this service of setting up can be subjected to this GPRS network 40 can be switched to another network, for example, and one 802.11 networks 31.
Fig. 3 is an exemplary service registration order one graphic that utilizes an IEEE 802.11 networks 31 for demonstration, wherein, this WTRU 45 is connected (step 101) with this 802.11 network 31, this 802.11 network 31 can obtain this IP address (step 102) of this WTRU 45, then, in order to upgrade the purpose of these services, this WTRU 45 can again register (step 103) with this SMC53, this SMC 53 can receive this communication (step 104) via this world-wide web 46, and, inquire this user-dependent terminal capability (step 105-106), for example, for example, technology, the terminal kenel, internal memory, screen size, service to be activated, and fellow, then, this WTRU 45 can respond these aforesaid inquiries and an ability and service configuration (step 107) are provided, and it can be transported to this SMC 53 (step 108) via this world-wide web, and, this SMC 53 can upgrade this service/parameter combinations (step 109), and activate this SC/S 55 (step 111), moreover, this SC/55 can transfer to this SMC 53 (step 115) with a notice (ACK), at last, it can be in turn by this world-wide web (step 116), and be transported to this wireless device 41 by this network (step 117), by this, (step 121) set up in service.
As aforementioned, this ability and these required services according to this WTRU 45, this SMC 53 can switch to this wireless device another network, for example, this wireless device is switched to this GPRS or vice versa from this 802.11WLAN, or be retained in the service on both of this WLAN and GPRS network.
Though these embodiment of Fig. 2 and Fig. 3 show a GPRS network 34 and a wlan network 31,, it can be applied to any wireless network, for example, GPRS, 3GPP, following 4G (future 4G) and fellow.
Though these features of the present utility model and assembly are to narrate with special combination in these preferred embodiments, but, each feature or assembly be individually (under the situation of further feature that does not need these preferred embodiments and assembly) or in conjunction with or not in conjunction with further feature of the present utility model and assembly ground, used.
Claims (12)
1. device that is used for communication session being switched to a second communication interface of described wireless transmitter/receiver unit from one first communication interface of wireless transmitter/receiver unit, described first communication interface is used one first radio access technologies, described second communication interface uses one second wireless radio access technology, it is characterized in that, use a Service Management center, described device comprises:
First network can use described first radio access technologies to be inserted by described wireless transmitter/receiver unit, and it comprises that configuration is used for setting up and the communicating to connect of described wireless transmitter/receiver unit by described first interface;
Second network can use described second radio access technologies to be inserted by described wireless transmitter/receiver unit;
Service-user/server, configuration is used at least one communication service is offered described wireless transmitter/receiver unit; And
The Service Management center, it comprises:
Circuit, configuration is used to set up with a telecommunication management of described wireless transmitter/receiver unit and is connected;
Register device, configuration is used for connecting by described telecommunication management inquires described wireless transmitter/receiver unit, to judge the ability of described wireless transmitter/receiver unit, set up the user configuration of described wireless transmitter/receiver unit based on described ability, receive the renewal of described wireless transmitter/receiver unit ability and upgrade described user's configuration, and, be configured to communication service and register described wireless transmitter/receiver unit based on described;
Service request is confirmed device, and configuration is used to receive the communication services request with described wireless transmitter/receiver unit, and the user who checks described wireless transmitter/receiver unit is configured to the communication service of confirming that described wireless transmitter/receiver unit support is asked;
One active device, configuration is used to activate one service-user/server, and described service-user/server configuration is used to provide by described wireless transmitter/receiver unit is confirmed the communication service of being asked supported; And
All replace tubes reason devices, configuration is used to receive the notice from described wireless transmitter/receiver unit, described notice is for should switch to described communication service described second communication interface, upgrade the wireless transmitter/receiver unit configuration and with the described service-user/server of described update notification, make described service-user/server adjust the communication service parameter, described communication service is delivered to described wireless transmitter/receiver unit by described second communication interface.
2. device according to claim 1 is characterized in that, also comprises:
Described service-user/server has a configuration and is used for described Service Management center is informed in the activation of described service.
3. device according to claim 1 is characterized in that, one of them of first WLAN and wireless WAN (wide area network) at least in described first network and second network.
4. device according to claim 3 is characterized in that, in described first network and second network at least one meet one of them of 802.11,802.16 and 802.20 standards.
5. device according to claim 1 is characterized in that, in described first network and second network at least the first following one of them: GPRS, third generation partner plan, second generation partner's plan and Global Systems for Mobile communications.
6. device according to claim 1 is characterized in that, described wireless transmitter/receiver unit is a personal computer, laptop computer, one of them of mobile phone and personal digital assistant.
7. a device that communication session is switched to one second wireless transmitter/receiver unit that is used for from one first wireless transmitter/receiver unit is characterized in that, use a Service Management center, described device comprises:
First network can use one first radio access technologies to be inserted by described first wireless transmitter/receiver unit, and it comprises that configuration is used to set up and the communicating to connect of described first wireless transmitter/receiver unit;
Second network can use one second radio access technologies to be inserted by described second wireless transmitter/receiver unit, and it comprises that configuration is used to set up and the communicating to connect of described second wireless transmitter/receiver unit;
Service-user/server, configuration is used at least one communication service is offered described first and second wireless transmitter/receiver unit; And
The Service Management center, it comprises:
Service Circuit, configuration are used to set up and are connected with one first telecommunication management of described first wireless transmitter/receiver unit and are connected with the second communication management of described second wireless transmitter/receiver unit;
Register device, configuration is used for connecting by described first telecommunication management inquires described first wireless transmitter/receiver unit, to judge the ability of described first wireless transmitter/receiver unit, set up one first configuration of described first wireless transmitter/receiver unit based on the ability of described first wireless transmitter/receiver unit, and be configured to communication service based on described first and register described first wireless transmitter/receiver unit; Described register device also disposes and is used for inquiring described second wireless transmitter/receiver unit by described second communication management connection, to judge the ability of described second wireless transmitter/receiver unit, set up one second configuration of described second wireless transmitter/receiver unit based on the ability of described second wireless transmitter/receiver unit, and be configured to communication service based on described second and register described second wireless transmitter/receiver unit;
Service request is confirmed device, configuration is used to receive the communication services request with described first wireless transmitter/receiver unit, and, check that first of described first wireless transmitter/receiver unit is configured to the communication service of confirming that the described first wireless transmitter/receiver unit support is asked;
Active device, configuration is used to activate service-user/server, is confirmed the communication service of being asked supported to provide by described first wireless transmitter/receiver unit; And
The handover management device, configuration is used to receive described communication service switches to described second wireless transmitter/receiver unit from described first wireless transmitter/receiver unit notice, check that second of described second wireless transmitter/receiver unit is configured to confirm that described second wireless transmitter/receiver unit supports described communication service, upgrade configuration of described first wireless transmitter/receiver unit and the configuration of described second wireless transmitter/receiver unit and with the described service-user/server of described update notification, make described service-user/server adjust the communication service parameter, described communication service is delivered to described second wireless transmitter/receiver unit.
8. device according to claim 7 is characterized in that, also comprises:
Described service-user/server has a configuration and is used for the described Service Management center of informing is switched in described service; And
Described Service Management center has a configuration and is used for confirming that down to one of described second wireless transmitter/receiver unit responding described service-user/server informs.
9. device according to claim 7 is characterized in that, one of them of first WLAN and wireless WAN (wide area network) at least in described first network and second network.
10. device according to claim 9 is characterized in that, in described first network and second network at least one meet one of them of 802.11,802.16 and 802.20 standards.
11. device according to claim 7 is characterized in that, in described first network and second network at least the first following one of them: GPRS, third generation partner plan, second generation partner's plan and Global Systems for Mobile communications.
12. device according to claim 7 is characterized in that, described wireless transmitter/receiver unit is a personal computer, laptop computer, one of them of mobile phone and personal digital assistant.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US53019503P | 2003-12-17 | 2003-12-17 | |
| US60/530,195 | 2003-12-17 | ||
| US10/899,340 | 2004-07-26 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2814819Y true CN2814819Y (en) | 2006-09-06 |
Family
ID=36949905
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2004800279813A Pending CN101069435A (en) | 2003-12-17 | 2004-12-13 | Method and apparatus for delivery of services to wireless devices |
| CNU2004201166468U Expired - Lifetime CN2814819Y (en) | 2003-12-17 | 2004-12-17 | Apparatus for swicthing communication session from one communication interface to another interface |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2004800279813A Pending CN101069435A (en) | 2003-12-17 | 2004-12-13 | Method and apparatus for delivery of services to wireless devices |
Country Status (1)
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|---|---|
| CN (2) | CN101069435A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2010031338A1 (en) * | 2008-09-22 | 2010-03-25 | 深圳华为通信技术有限公司 | Service activation method, service providing method, terminal equipment and server |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5862480A (en) * | 1995-12-26 | 1999-01-19 | Motorola, Inc. | Method and apparatus for managing service accessibility between differing radio telecommunication networks |
| EP1330098A1 (en) * | 2002-01-21 | 2003-07-23 | BRITISH TELECOMMUNICATIONS public limited company | Method and communication system for data web session transfer |
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2004
- 2004-12-13 CN CNA2004800279813A patent/CN101069435A/en active Pending
- 2004-12-17 CN CNU2004201166468U patent/CN2814819Y/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2010031338A1 (en) * | 2008-09-22 | 2010-03-25 | 深圳华为通信技术有限公司 | Service activation method, service providing method, terminal equipment and server |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101069435A (en) | 2007-11-07 |
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Expiration termination date: 20141217 Granted publication date: 20060906 |