CN101374116A - Method and apparatus for implementing on-line business - Google Patents
Method and apparatus for implementing on-line business Download PDFInfo
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- CN101374116A CN101374116A CNA2007100298580A CN200710029858A CN101374116A CN 101374116 A CN101374116 A CN 101374116A CN A2007100298580 A CNA2007100298580 A CN A2007100298580A CN 200710029858 A CN200710029858 A CN 200710029858A CN 101374116 A CN101374116 A CN 101374116A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
Abstract
The invention discloses a mobile terminal. The mobile terminal comprises an inquiry unit used for inquiring the current network connection type of the mobile terminal and the current connection state of the mobile terminal or a load when up-link data are provided; a buffer unit used for buffering the up-link data when the inquired current network connection is in a mobile access mode, and the current connection is in an idle state; and a transmission unit used for transmitting the up-link date according to the transmission strategy corresponding to the inquired current network connection state and the current connection state. The invention also discloses a corresponding business server and a method for implementing an on-line business. By adopting the mobile terminal in one embodiment, the overhead of the mobile terminal and the network is reduced, and the power consumption of the mobile terminal can be reduced.
Description
Technical field
The present invention relates to moving communicating field, relate in particular to the method and the device that are implemented in line service.
Background technology
Present mobile communications network is divided into circuit commutative field (Circuit Switched Domain, CS) and packet-switched domain (Packet Switched Domain, PS) two parts, circuit domain is mainly carried traditional based on Circuit-switched speech business, and packet-switched domain (PS) then provides the Packet Service based on the IP exchange.
PS territory business can be divided into interactive service or always online business, wherein,
The initiation of interactive service is to begin by a upstream data from terminal use or network side business server, for example, terminal sends a multi-media SMS, web page address of terminal request, terminal request downloads a picture file or the service server requesting terminal receives multi-media SMS or the like, and along with the operation of this upstream data of response is complete, this business just finish.Concerning this class business, general persistence is shorter, and terminal use's participation (promptly being accompanied by terminal use's action) is arranged usually.Representational interactive service has: multi-media SMS, web page browsing, CRBT download etc.
For always online business, business module on the portable terminal starts after this class business at running background, being connected to network side business server (or other terminal) by mobile communications network carries out alternately, receiving to notify the user from the message of network side business server or other terminal the time, remind the user by modes such as sound, literal.Concerning this class business, general persistence is very long, but the terminal use need not pay close attention in business procedure and participate in all the time.Representational always online business has: instant message, mobile phone electronic mail etc.
Always online business can satisfy the demand that people in time receive important information, and the terminal use can be online always, but need not pay close attention to all the time in business procedure and participate in, and collects the charges according to the flow of terminal use's actual reception and transmission packet.For example, the electronic mail service on the mobile phone after the user is connected to the e-mail server of network side by the application software on the mobile phone, need not be paid close attention to the situation of E-mail address constantly.When new mail, e-mail server notifies the application program on the mobile phone to download mail on the backstage by the mobile network, downloads the back that finishes and notifies the user by modes such as sound, vibrations, and the user can receive Email in the very first time.Because these advantages of always online business, in the grouping evolvement network in future, always online business will be more and more universal.
And existing access network can be divided into two kinds of patterns:
A kind of pattern be with fixing insert, WLAN is the normal connection mode of representative, be characterized between terminal and the network be connected foundation after keep always, even without transfer of data, connect and also do not discharge.
Another kind of pattern is to be the mobile access module of representative with networks such as WCDMA, CDMA, WiMax, is characterized in having behind the terminal attach to network branch of connected state and Idle state.Under connected state, network has distributed Radio Resource for the terminal transmission user face data, direct transfer data packets between terminal and the network.In this state, the terminal power consumption is fast, and takies more Radio Resource; Therefore in a period of time, there are not transfer of data, network can notify terminal to forward Idle state to.Under Idle state, network is released to the portable terminal assigned radio resource, and portable terminal also is operated in battery saving mode.When the portable terminal that is in Idle state will send or receive data, then portable terminal need forward connected state earlier to, connected to set up the time delay that process need takies certain Internet resources and increases transfer of data.
The application program of the always online pattern on the current portable terminal follows the communication mode under the normal connection mode usually, promptly professional and carrying layering.But, because terminal does not have the difference of connected state/Idle state under the normal connection mode, send packet and also just do not set up the expense of bringing that is connected of terminal and network, the interacting message of application program when running background is more frequent under the therefore normal connection mode, for example heartbeat handshake information, STATUS ENQUIRY message may will take place once every a few minutes.For example, the always online business of picture instant messaging and mobile phone electronic mail service and so on, will be connected to service server behind the mobile phone terminal opening, and periodically send the status message of oneself or obtain the business information of service server to service server, this frequent interactive application is in mobile communications network, will cause portable terminal frequently between connected state and Idle state, to be changed, connect repeatedly between mobile phone terminal and the network and taken more Internet resources, and accelerated the power consumption of mobile phone terminal with discharging to be connected.
To sum up, along with the evolution of grouping domain system and people constantly increase for the demand of mobile terminal data value-added service, when on portable terminal, using, can there be following weak point as the always online business of instant messaging and so on:
Portable terminal can be periodically sends the status message of oneself or reads business information from service server to service server, and the periodic bursty data amount of this class can cause the portable terminal needs to be changed between connected state and Idle state continually.The conversion of this frequent state, can make connects between portable terminal and the network continually is connected with discharging, and this connecting continually is connected the load that caused extra signaling consumption can increase network with discharging; And portable terminal is changed between connected state and Idle state continually, can accelerate the power consumption rate of portable terminal.
In addition, when service server has downlink service data to send to portable terminal,, directly issue according to normal connection mode because do not know status of mobile terminal.Can cause network side paging to portable terminal if portable terminal is in idle condition this moment, can increase the load of network equally.
Summary of the invention
In view of this, embodiment of the invention technical problem to be solved is, a kind of method and device that is implemented in line service is provided, can make portable terminal or service server when being implemented in line service, minimizing connects with the opposite end network and discharges the frequency that is connected, to save Internet resources and to make electricity saving of mobile terminal.
For solving the problems of the technologies described above, a kind of portable terminal of the embodiment of the invention comprises:
Query unit is used for when upstream data is arranged, and inquires about the current connection status of current network connection type of described portable terminal and portable terminal or corresponding carrying;
Buffer unit, being used for inquiring described current network connection type is mobile access module, and described current connection status is when being idle shape, the described upstream data of buffer memory;
Transmitting element, the current network connection type and the pairing transmission strategy of current connection status that are used for inquiring according to query unit send described upstream data.
Accordingly, a kind of service server of the embodiment of the invention comprises:
Query unit is used for when downlink service data is arranged, and inquires about the current network connection type of the destination mobile terminal of described downlink service data;
Buffer unit is used for inquiring described current network connection type when being mobile access module, the described downlink service data of buffer memory;
Transmitting element, the pairing transmission strategy of current network connection type that is used for inquiring according to query unit sends described downlink service data.
Accordingly, a kind of method that is implemented in line service of the embodiment of the invention comprises:
When there is the upstream data that needs transmission in portable terminal, obtain the current connection status of the current network connection type of described portable terminal and corresponding portable terminal or carrying;
When described current connection status is Idle state, the described upstream data of buffer memory.
Accordingly, a kind of method that is implemented in line service of the embodiment of the invention, described method comprises:
When there is the downlink service data that needs transmission in service server, determine the current network connection type of the destination mobile terminal of described downlink service data;
When described current network connection type is mobile access module, the described downlink service data of buffer memory.
To sum up, method and apparatus according to an embodiment of the invention, portable terminal and service server can be according to the connection status of the network connection type or the portable terminal (or carrying) of corresponding portable terminal, need to determine whether to send in real time upstream data or downlink data, can reduce portable terminal and service server sets up or discharges the process that is connected to the opposite end network is frequent, thereby reduce the expense of network, and can make portable terminal power saving more.
Description of drawings
Fig. 1 is the schematic diagram of a kind of specific embodiment of the present invention system of being implemented in line service;
Fig. 2 is a kind of specific embodiment schematic diagram of the service server among Fig. 1;
Fig. 3 is the handling process schematic diagram of service server side in a kind of specific embodiment of the present invention's method of being implemented in line service;
Fig. 4 is a kind of specific embodiment schematic diagram of the portable terminal among Fig. 1;
Fig. 5 is the handling process schematic diagram of mobile terminal side in a kind of specific embodiment of the present invention's method of being implemented in line service;
Fig. 6 is the another kind of specific embodiment schematic diagram of the portable terminal among Fig. 1;
Fig. 7 is the handling process schematic diagram of mobile terminal side in the another kind of specific embodiment of the present invention's method of being implemented in line service.
Embodiment
The present invention is described in detail with preferred embodiment below in conjunction with accompanying drawing.
With reference to figure 1, the embodiment of the invention is implemented in a kind of structural representation of the system of line service, wherein only illustrates the equipment of the system that is implemented in line service of user side and network side, specifically can comprise: portable terminal 11 and service server 13.Wherein mobile terminal device 11 is user side equipments, and service server 13 is a core-network side equipment.Wherein, portable terminal 11 be supported in line service (as instant message and Email etc.) can access network equipment, specifically can be such as mobile phone, PDA, notebook computer etc.And service server 13 is the server apparatus that can be provided in line service, as server of instant message, mail server etc.
With reference to figure 2, a kind of structural representation of the service server of the embodiment of the invention has wherein only illustrated the functional unit that downlink service data is handled, and is concrete, and described service server 13 can comprise:
Network connection type obtains unit 130, and network connection type obtains unit 130 and is mainly used in the network connection type that obtains corresponding portable terminal 11 in the present embodiment, and described network connection type is normal connection mode or mobile access module.During specific implementation, portable terminal 11 can be when connecting this service server 13, to the current network connection type of the described portable terminal of these service server 13 registrations 11.Perhaps when the current network connection type of portable terminal 11 changed, this service server 13 reported the network connection type after its renewal.The information of this registration or report network connection type can be carried in such as existing connection request message or inquiry request message, perhaps adopts some message (as the registration message or the network connection type updating message of portable terminal) of newtype to carry these information.
Transmitting element 136, the pairing transmission strategy of current network connection type that is used for the corresponding mobile terminal that inquired according to query unit 132 sends this downlink service data.That is,, determine transmission strategy to described downlink service data according to the current network connection type of the destination mobile terminal of correspondence.
During specific implementation, the transmission strategy of described downlink service data is:
When the current network connection type of described destination mobile terminal is normal connection mode, when perhaps described downlink service data is urgent or real time data, send this downlink service data in real time;
When the current network connection type of described destination mobile terminal is mobile access module, in this case, this downlink service data can be temporarily stored in the buffer unit 134 earlier, when service server is receiving message from destination mobile terminal or after the described downlink service data of buffer memory surpasses a scheduled time (as 30 minutes), send described downlink service data again to destination mobile terminal.
With reference to figure 3, be the handling process schematic diagram of service server side in a kind of specific embodiment of the present invention's method of being implemented in line service.In one embodiment of the invention, can be in conjunction with the structure among Fig. 2, its detailed process is as follows:
Step S300, service server obtains the current network connection type of described current mobile terminal from portable terminal, and described network connection type is normal connection mode or mobile access module.During specific implementation, service server can be when connecting this service server when portable terminal, receive the registration of described portable terminal and obtain, perhaps when the current network connection type of portable terminal changes, receive the reporting message of this portable terminal and obtain.For example, with this service server is that mail server is that example describes, portable terminal (as mobile phone) is when starting mailbot, be connected with this mail server, the network connection type of this portable terminal is registered in meeting this moment (for example utilizing registration message) to mail server, for example, the network connection type of this mobile phone is normal connection mode, and perhaps the network connection type of this mobile phone is mobile access module.When this mobile phone when a kind of access network switches to the access network of other classification, for example when WLAN switches to WCDMA, then the network connection type of this mobile phone has carried out changing (promptly having switched to mobile access module from normal connection mode), then the network connection type (be about to normal connection mode and change into mobile access module) of this mobile phone of this mobile phone (for example can utilize the network connection type updating message) circular mail server update.
Step S302, when this service server has downlink service data (for example mail server finds that the mailbox of a certain user's login has new mail), then this service server can be determined the strategy of the different described downlink service datas of transmission according to the network connection type of the pairing portable terminal of this downlink service data:
When the network connection type of the pairing portable terminal of this downlink service data is normal connection mode,, send this downlink service data to described portable terminal in real time then at step S304;
When the network connection type of the pairing portable terminal of this downlink service data is mobile access module, then at step S305, type according to described downlink service data, determine the transmission strategy of downlink service data: when the type of described downlink service data is real-time or urgent data, then flow process goes to step S304, and described downlink service data is sent in real time; When the type of described downlink service data is non real-time or non-emergent data,, postpones sending described downlink service data, and go to next step then at step S306;
Whether step S308 judges whether to receive the message from portable terminal, perhaps overtime;
When service server was received the message of sending from portable terminal, then explanation portable terminal this moment and network were in connection status, then in step S310, the downlink service data of postponing sending were sent to this portable terminal;
Perhaps, when message that long-time (this time can preestablish) do not received portable terminal and sent, then in step S310, service server can initiatively issue the downlink service data of postponement transmission to portable terminal, and is long time of delay to avoid described downlink service data.
Need to prove, when the non real-time of transmission or non-emergent downlink service data are postponed in the middle existence of service server, and before overtime, if portable terminal switches to normal connection mode, and behind the informing business server, then service server can determine to transmit these non real-times of postponing transmission or non-emergent data message according to the network connection type after upgrading at once.
From the handling process of the service server side of present embodiment as can be seen, when service server is mobile access module at the network connection type of knowing current mobile terminal, postpone sending non real-time or non-emergent downlink service data, only knowing that portable terminal is in connection status or when overtime, just send the downlink service data that these postpone transmission, can reduce the frequent paging of network side, thereby reduce the expense of network to portable terminal.
With reference to figure 4, a kind of structural representation of the portable terminal of the embodiment of the invention has wherein only illustrated the functional unit that always online business is handled, and is concrete, and described portable terminal 11 comprises:
During specific implementation, described application program unit 114 further comprises:
Transmitting element 1142, the current network connection type and the pairing transmission strategy of current connection status that are used for being inquired according to query unit 1120a send described upstream data.When specific implementation, described transmission strategy is:
When the network connection type of described portable terminal is normal connection mode; Perhaps when described upstream data is urgent or real time data; Perhaps when described network connection type be mobile access module, and described connection status then sends described upstream data when being connected state in real time;
When described network connection type is mobile access module, and when described connection status is Idle state, then in this case, can keep in these upstream datas earlier, be transformed into connected state up to described current connection status from Idle state, surpass at the described upstream data of buffer memory perhaps that current connection status still is not transformed into connected state from Idle state as described in a scheduled time (as the 30 minutes) back, then send described non real-time in the described buffer unit 1140 or non-emergent upstream data again.
After surpassing the scheduled time, transmitting element 1142 can triggering mobile terminals transfer connected state to, and other application program unit can send own corresponding upstream data after knowing that according to readjustment unit 1124a portable terminal transfers connected state to.
Registering unit 1144, be used for connecting with corresponding service server or when the network connection type of portable terminal switches, register or report the network connection type information of described portable terminal to service server 13, for example normal connection mode or mobile access module, it is generally by reporting these network connection type information such as log-on message or network connection type updating message.
In the present embodiment, application program unit 114 obtains the connection status and the network connection type of current mobile terminal by query unit 1120a or readjustment unit 1124a, for example be normal connection mode or mobile access module, perhaps its to move access module lower network connection type be connected state or Idle state, according to described connection status or network connection type, determine to send the strategy of described upstream data, as, whether in time send non real-time or non-emergent upstream data to the corresponding service server.
With reference to figure 5, be the handling process schematic diagram of mobile terminal side in a kind of specific embodiment of the present invention's method of being implemented in line service.In one embodiment of the invention, can be in conjunction with the structure among Fig. 4, with current business is instant message and Email, the corresponding service server is that server of instant message and e-mail server are that example describes, a network interface (Socket) is created and bound to described instant message and electronic mail service separately, and its detailed process is as follows:
Step S500, portable terminal 11 is to the current network connection type of the described portable terminal of service server 13 registrations, and described network connection type is normal connection mode or mobile access module.During specific implementation, (for example pass through registration message) and register these information to service server when portable terminal connects this service server, perhaps (for example by the network connection type updating message) reports these information to service server when the current network connection type of portable terminal changes.
Step S502, (for example the user need inquire about when whether new mail being arranged in the mail server when portable terminal 11 has upstream data, then portable terminal can produce the query messages that need send to mail server), application program unit in the portable terminal 11 is by the current network connection type of query unit enquiry mobile terminal, when the current network type that is inquired is normal connection type (as WLAN or fixing the access), then flow process changes step S504 over to, sends described upstream data in real time.
When the current network connection type that is inquired is mobile access module (as the CDMA pattern), then in step S502a, periodically as described in (as every 3 minutes) inquiry the employed network interface of application program unit the current connection status of corresponding portable terminal, and, determine the transmission strategy different to upstream data according to the result who inquires about:
When the current connection status of being inquired about was connected state, then flow process changed step S504 over to, sent described upstream data in real time to service server (mail server 13 as described).
When the current connection status of being inquired about is Idle state, then flow process changes step S502b over to, judge the type of described upstream data, determine the transmission strategy of upstream data: when the type of upstream data is real-time or urgent data, then flow process is walked around into step S504, and described upstream data is sent in real time; When upstream data is non real-time or non-emergent data, then in step S506, postpone sending described upstream data, continue the connection status of enquiry mobile terminal;
Step S508 if the connection status of the portable terminal that continues to inquire still is Idle state, then judges whether to surpass a scheduled time; For example, the connection status of enquiry mobile terminal is Idle state in continuous 30 minutes of the e-mail program unit, then it will no longer be waited for, send inquiry request message to e-mail server, and triggering mobile terminals and network side transfer the portable terminal connection status to connected state from Idle state earlier alternately.
Because the connection status of portable terminal changes, portable terminal is by connection status callback interface notice instant messaging program unit and e-mail program unit, after the instant messaging program unit is notified, the connection status of knowing portable terminal has transferred connected state to, then this moment, instant messaging program can send upstream data to the corresponding service server, for example, to server of instant message transmission information updating good friend's presence, request receives the downstream message of server of instant message.
Need to prove, when the application program unit of portable terminal has upstream data, need not all will register the current network connection type of described portable terminal to service server at every turn, when its need connect this service server at portable terminal (as each login time), perhaps when the current network connection type of portable terminal changes, just need register these information to service server.
From the handling process of the mobile terminal side of present embodiment as can be seen, when the network connection type of portable terminal is mobile access module, when network connection state is Idle state, postpone sending non real-time or non-emergent upstream data, only when overtime, just send the upstream data that these postpone to send, can reduce portable terminal and frequently connect with network side and discharge the number of times that is connected, thereby reduce the expense of network.
In other some embodiment, in some mobile communication system, terminal is connected meeting and is subdivided into a plurality of carryings according to the QoS requirement of business with data between the network, the RAB in the WCDMA system (Radio Access Bearer) for example, when carrying the preceding paragraph time does not have user plane data transfer, be save radio resources, network can be released to the carrying assigned radio resource, i.e. carrying also has the branch of connected state and Idle state, when carrying is in Idle state, if portable terminal or service server will send data to the opposite end, also need to transfer carrying to connected state earlier.The following embodiments of the invention that will introduce under this situation.
With reference to figure 6, the structural representation of the portable terminal of another embodiment of the present invention has wherein only illustrated the functional unit that always online business is handled, and is concrete, and described portable terminal 11 comprises:
During specific implementation, described application program unit 114 further comprises:
Transmitting element 1142, the pairing transmission strategy of current connection status that is used for the current network connection type that inquired according to query unit 1120a and carrying sends described upstream data.When specific implementation, described transmission strategy is:
When the network connection type of described portable terminal is normal connection mode; Perhaps when described upstream data is urgent or real time data; Perhaps when described network connection type be mobile access module, and described connection status then sends described upstream data when being connected state in real time;
When described network connection type is mobile access module, and when described connection status is Idle state, then in this case, can keep in these upstream datas earlier, be transformed into connected state up to described current connection status from Idle state, surpass at the described upstream data of buffer memory perhaps that current connection status still is not transformed into connected state from Idle state as described in a scheduled time (as the 30 minutes) back, then send described non real-time in the described buffer unit 1140 or non-emergent upstream data again.
After surpassing the scheduled time, transmitting element 1142 can triggering mobile terminals transfer connected state to, and other application program unit can send own corresponding upstream data after knowing that according to readjustment unit 1124a the connection status of this carrying transfers connected state to.
Registering unit 1144, be used for connecting with corresponding service server or when the network connection type of portable terminal switches, register or report the network connection type information of described portable terminal to service server 13, for example normal connection mode or mobile access module, it is generally by reporting these network connection type information such as log-on message or network connection type updating message.
With reference to figure 7, be the handling process schematic diagram of mobile terminal side in a kind of specific embodiment of the present invention's method of being implemented in line service.In one embodiment of the invention, can be in conjunction with the structure among Fig. 6, with current business is instant message and electronic mail service, be that described application program unit is instant messaging program unit or e-mail program unit, the corresponding service server is that server of instant message and e-mail server are that example describes, a network interface (Socket) is created and bound to described instant message and electronic mail service separately, and these two network interfaces are by same carrying transmission data, and its detailed process is as follows:
Step S700, portable terminal 11 is to the current network connection type of the described portable terminal of service server 13 registrations, and described network connection type is normal connection mode or mobile access module.During specific implementation, (for example pass through registration message) and register these information to service server when portable terminal connects this service server, perhaps (for example by the network connection type updating message) reports these information to service server when the current network connection type of portable terminal changes.
Step S702, (for example the user need inquire about when whether new mail being arranged in the mail server when portable terminal 11 has upstream data, then portable terminal can produce the query messages that need send to mail server), application program unit in the portable terminal 11 is by the current network connection type of query unit enquiry mobile terminal, when the current network type that is inquired is normal connection type (as WLAN or fixing the access), then flow process changes step S704 over to, sends described upstream data in real time.
When the current network connection type that is inquired is mobile access module (as the CDMA pattern), then in step S702a, the current connection status of the pairing carrying of the employed network interface of application program unit as described in (as every 3 minutes) inquiry periodically, and, determine the transmission strategy different to upstream data according to the result who is inquired about:
When the current connection status of being inquired about was connected state, then flow process changed step S704 over to, sent described upstream data in real time to service server (mail server 13 as described).
When the current connection status of being inquired about is Idle state, then flow process changes step S702b over to, judge the type of described upstream data, determine the transmission strategy of upstream data: when the type of upstream data is real-time or urgent data, then flow process changes step S704 over to, and described upstream data is sent in real time; When upstream data is non real-time or non-emergent data, then in step S706, will postpone sending described upstream data, continue the connection status of the described carrying of inquiry;
Step S708 still is Idle state if continue to inquire the connection status of described carrying, then judges whether to surpass a scheduled time; For example, carrying is inquired about in the e-mail program unit in continuous 30 minutes connection status is Idle state, then it will no longer be waited for, send inquiry request message to e-mail server, and the connection status that triggering mobile terminals and network interaction will carry transfers connected state to from Idle state.
Because the connection status of this carrying changes, portable terminal is by connection status callback interface notice and this carrying corresponding application program unit, instant messaging program unit and e-mail program unit as described, after the instant messaging program unit is notified, the connection status of knowing the employed carrying of its network interface has transferred connected state to, then the instant messaging program unit also can send upstream data to the corresponding service server, for example, send information updating good friend's presence to server of instant message, and ask to receive the downstream message of server of instant message.
Need to prove, when the application program unit of portable terminal has upstream data, need not all will register the current network connection type of described portable terminal to service server at every turn, when its need connect this service server at portable terminal (as each login time), perhaps after the current network connection type of portable terminal changes, just need register these information to service server.
From the handling process of the mobile terminal side of present embodiment as can be seen, when the network connection type of portable terminal is mobile access module, when the connection status of the respective carrier of application program is Idle state, postpone sending non real-time or non-emergent upstream data, only when overtime, just send the upstream data that these postpone to send, can reduce portable terminal and frequently connect with network side and discharge the number of times that is connected, thereby reduce the expense of network.That is, when application program discharges in the pairing carrying of the network interface that uses, reduce non real-time or non-emergent data transmission, and when the correspondence carrying is set up, send as far as possible, can play the purpose of terminal power saving and conserve network resources.
The above only is preferred embodiment of the present invention, and is in order to restriction the present invention, within the spirit and principles in the present invention not all, any modification of being done, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (17)
1. a portable terminal is characterized in that, comprising:
Query unit is used to inquire about the current network connection type of described portable terminal and the current connection status of portable terminal or corresponding carrying;
Buffer unit, being used for inquiring described current network connection type is mobile access module, and described current connection status is when being idle shape, the described upstream data of buffer memory;
Transmitting element, the current network connection type and the pairing transmission strategy of current connection status that are used for inquiring according to query unit send described upstream data.
2. portable terminal as claimed in claim 1 is characterized in that, further comprises:
Registering unit is used at current network connection type from described portable terminal to the service server that is connected with described portable terminal that register.
3. portable terminal as claimed in claim 2 is characterized in that, further comprises:
The readjustment unit is used for when described current network connection type or current connection status generation renewal current network connection type information or current connection state information after upgrading being notified to described registering unit.
4. as each described portable terminal of claim 1 to 3, it is characterized in that described transmission strategy is:
When the current network connection type of described portable terminal is normal connection mode; Perhaps when described upstream data is urgent or real time data; Perhaps when described current network connection type be mobile access module, and described connection status then sends described upstream data when being connected state in real time;
When described current network connection type is mobile access module, and when described current connection status is Idle state, then in described current connection status when Idle state is converted to connected state, perhaps after the described upstream data of buffer memory surpasses a scheduled time, the described upstream data in the described buffer unit is sent.
5. a service server is characterized in that, comprising:
Query unit is used for when downlink service data is arranged, and inquires about the current network connection type of the destination mobile terminal of described downlink service data;
Buffer unit is used for inquiring described current network connection type when being mobile access module, the described downlink service data of buffer memory;
Transmitting element, the current network connection type and the pairing transmission strategy of current network connection type that are used for inquiring according to query unit send described downlink service data.
6. service server as claimed in claim 5 is characterized in that, described transmission strategy is:
When the current network connection type of described destination mobile terminal is normal connection mode, when perhaps described downlink service data is urgent or real time data, send described downlink service data in real time;
When the current network connection type of described destination mobile terminal is mobile access module, when the message that receives from destination mobile terminal, or after the described downlink service data of buffer memory surpasses a scheduled time, send described downlink service data.
7. as claim 5 or 6 described service servers, it is characterized in that, further comprise:
Network connection type obtains the unit, is used to obtain the current network connection type information of described destination mobile terminal.
8. a method that is implemented in line service is characterized in that, comprising:
When there is the upstream data that needs transmission in portable terminal, obtain the current connection status of the current network connection type of described portable terminal and corresponding portable terminal or carrying;
When described current connection status is Idle state, the described upstream data of buffer memory.
9. method as claimed in claim 8 is characterized in that, the step of described acquisition network connection type and connection status further comprises:
Portable terminal obtains described current network connection type by the query unit inquiry or by adjusting back the notice of unit; And when the current network connection type is mobile access module, obtain described current connection status.
10. method as claimed in claim 8 or 9 is characterized in that described when described current connection status is Idle state, the step of the described upstream data of buffer memory further comprises:
After the described upstream data of buffer memory surpassed a scheduled time, described current connection status still was not transformed into connected state from Idle state, and the upstream data of described buffer memory is sent.
11. method as claimed in claim 10 is characterized in that, further comprises:
After the current network connection type of described portable terminal upgraded, described portable terminal was notified the current network connection type after the renewal of described portable terminal to corresponding service server.
12. method as claimed in claim 11 is characterized in that, further comprises:
When described current network connection type is normal connection mode; Perhaps when described current network connection type be mobile access module, and current connection status is when being connected state; When perhaps described upstream data was urgent or real time data, then described portable terminal sent described upstream data in real time.
13. a method that is implemented in line service is characterized in that, described method comprises:
When there is the downlink service data that needs transmission in service server, determine the current network connection type of the destination mobile terminal of described downlink service data;
When described current network connection type is mobile access module, the described downlink service data of buffer memory.
14. method as claimed in claim 13 is characterized in that, described service server determines that the step of the current network connection type of described destination mobile terminal is:
The current network connection type of judging described destination mobile terminal is normal connection mode or mobile access module.
15., it is characterized in that the step of the described downlink service data of described buffer memory further comprises as claim 13 or 14 described methods:
When the message received from described destination mobile terminal, after perhaps the described downlink service data of buffer memory surpasses a scheduled time, then described downlink service data is sent to described destination mobile terminal.
16. method as claimed in claim 14 is characterized in that, further comprises:
When the current network connection type of the described destination mobile terminal of described service server judging is normal connection mode, or described downlink service data is in real time or during emergency data, then sends described downlink service data in real time.
17. as claim 13 or 14 described methods, it is characterized in that, further comprise:
Described service server obtains the current network connection type information of portable terminal from the registration message of described destination mobile terminal or network connection type updating message.
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| CN2007100298580A CN101374116B (en) | 2007-08-23 | 2007-08-23 | Method and apparatus for implementing on-line business |
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| CN2007100298580A CN101374116B (en) | 2007-08-23 | 2007-08-23 | Method and apparatus for implementing on-line business |
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