CN102595380B - Data service processing method, equipment and communication system - Google Patents

Data service processing method, equipment and communication system Download PDF

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Publication number
CN102595380B
CN102595380B CN201210004318.8A CN201210004318A CN102595380B CN 102595380 B CN102595380 B CN 102595380B CN 201210004318 A CN201210004318 A CN 201210004318A CN 102595380 B CN102595380 B CN 102595380B
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CN
China
Prior art keywords
equipment
main
device identification
data channel
main equipment
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Expired - Fee Related
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CN201210004318.8A
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Chinese (zh)
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CN102595380A (en
Inventor
龙水平
高晨亮
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Global Innovation Polymerization LLC
Tanous Co
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Huawei Device Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Priority to CN201210004318.8A priority Critical patent/CN102595380B/en
Publication of CN102595380A publication Critical patent/CN102595380A/en
Priority to PCT/CN2013/070116 priority patent/WO2013102447A1/en
Application granted granted Critical
Publication of CN102595380B publication Critical patent/CN102595380B/en
Expired - Fee Related legal-status Critical Current
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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W72/00Local resource management
    • H04W72/20Control channels or signalling for resource management

Abstract

The invention provides a data service processing method, equipment and a communication system. The method is applied to the communication system. Communication equipment in the communication system is provided with at least two sets of user equipment. The method comprises the following steps that: the communication equipment acquires equipment information corresponding to each set of user equipment, wherein the equipment information comprises an equipment identifier; one set of user equipment is set to be master equipment, and other sets of user equipment are set to be slave equipment; a master data channel is built between the master equipment and network side equipment, and the main data channel is used for sending a first enhancement service request to the network side equipment, wherein the first enhancement service request comprises an equipment identifier corresponding to each set of slave equipment; and after the main data channel receives a first enhancement service authorization message sent by the network side equipment in response to the first enhancement service request, a slave data channel is built between each set of slave equipment and the network side equipment.

Description

The processing method of data service, equipment and communication system
Technical field
The present invention relates to the communication technology, particularly relate to a kind of processing method of data service, equipment and communication system.
Background technology
At existing universal mobile telecommunications system (Universal Mobile TelecommunicationsSystem; Be called for short: UMTS), terminal side equipment mainly comprises communication equipment and a subscriber equipment, and this subscriber equipment is built in this communication equipment.When the data issued from core net are sent to NodeB by RNC, then by NodeB by data distributing to terminal side equipment time, specifically can by the subscriber equipment on communication equipment by this data distributing to gateway.
But terminal side equipment of the prior art cannot meet user's requirement more and more higher to message transmission rate.
Summary of the invention
The invention provides a kind of processing method of data service, equipment and communication system, cannot meet the problem of user to the more and more higher requirement of message transmission rate in order to solve terminal side equipment in prior art.
First aspect of the present invention is to provide a kind of processing method of data service, and wherein, described method is applied in communication system, the communication equipment in described communication system is provided with at least two subscriber equipmenies, and described method comprises:
Communication equipment obtains facility information corresponding to each described subscriber equipment; Each described facility information comprises device identification;
It is main equipment that described communication equipment arranges a described subscriber equipment, and other subscriber equipmenies are from equipment;
Described communication equipment triggers between described main equipment and network equipment and sets up main data channel, and sends the first enhancing service request to network equipment by described main data channel; Described first strengthens service request comprises the described device identification corresponding from equipment;
Described communication equipment is set up from data channel between equipment and described network equipment described in triggering after strengthening service authorization message received the described first enhancing service request transmission of described network equipment response by described main data channel first.
Another aspect of the present invention is to provide a kind of processing method of data service, comprising:
Set up main data channel between network equipment and main equipment, and by the first enhancing service request that described main data channel received communication equipment sends, described first strengthens service request comprises: each device identification corresponding from equipment;
Described network equipment sends first and strengthens service authorization message to described communication equipment;
Described network equipment according to each described device identification corresponding from equipment, identify described from set up between equipment and described network equipment from data channel.
Another aspect of the present invention is to provide a kind of communication equipment, and wherein, described communication equipment is provided with at least two subscriber equipmenies, described communication equipment comprises:
Apparatus information acquiring module, for obtaining facility information corresponding to each described subscriber equipment; Each described facility information comprises device identification;
Master/slave arrangement arranges module, and be main equipment for arranging a described subscriber equipment, other subscriber equipmenies are from equipment;
Main data channel sets up trigger module, sets up main data channel for triggering between described main equipment and network equipment;
Transceiver module, strengthens service request to network equipment for being sent first by described main data channel; Described first strengthens service request comprises the described device identification corresponding from equipment;
Described transceiver module is also for strengthening service authorization message received the described first enhancing service request transmission of described network equipment response by described main data channel first;
Set up trigger module from data channel, set up from data channel between equipment and described network equipment described in triggering.
An also aspect of the present invention is to provide a kind of network equipment, comprising:
Main data channel sets up module, for setting up main data channel between main equipment;
Transceiver module, for being sent by described main data channel received communication equipment first strengthens service request, and described first strengthens service request comprises: each device identification corresponding from equipment;
Described transceiver module is also for sending the first enhancing service authorization message to described communication equipment;
Set up module from data channel, for described from set up between equipment from data channel;
Identification module, for according to each described device identification corresponding from equipment, identifies described from data channel.
Another aspect of the invention is to provide a kind of communication system, comprising: communication equipment described above and network equipment described above.
Technique effect of the present invention is: by arranging at least two subscriber equipmenies on a communications device, and obtains facility information corresponding to each subscriber equipment, in addition, this communication equipment triggers between main equipment and the network equipment and sets up main data channel, and send the first enhancing service request to network equipment by this main data channel, after the boost service authorization message being received the transmission of this network equipment by this main data channel, triggering respectively should set up from data channel between equipment and this network equipment, owing to arranging at least two subscriber equipmenies on a communications device, this communication equipment is made to be polymerized the ability of eating dishes without rice or wine of at least two subscriber equipmenies, thus make the message transmission rate of at least two subscriber equipmenies higher than the message transmission rate of a use subscriber equipment, therefore, the transmission rate of the data that the business that strengthens is corresponding, and improve the business experience of user.
Accompanying drawing explanation
Fig. 1 is various embodiments of the present invention based on the structural representation of communication system;
Fig. 2 is a flow chart implemented of the processing method of invention data service;
Fig. 3 is the form schematic diagram of this boost service request;
Fig. 4 is the flow chart of another embodiment of the processing method of data service of the present invention;
Fig. 5 is the signaling process figure of another embodiment of the processing method of data service of the present invention;
Fig. 6 is the signaling process figure of another embodiment of the processing method of data service of the present invention;
Fig. 7 is the signaling process figure of another embodiment of the processing method of data service of the present invention;
Fig. 8 is the signaling process figure of an also embodiment of the processing method of data service of the present invention;
Fig. 9 is the structure chart of an embodiment of communication equipment of the present invention;
Figure 10 is the structure chart of another embodiment of communication equipment of the present invention;
Figure 11 is the structural representation of an also embodiment of communication equipment of the present invention;
Figure 12 is the structural representation of an embodiment of network equipment of the present invention;
Figure 13 is the structural representation of another embodiment of network equipment of the present invention;
Figure 14 is the structural representation of an embodiment of communication system of the present invention.
Embodiment
Fig. 1 is various embodiments of the present invention based on the structural representation of communication system, as shown in Figure 1, the communication system of the present embodiment can be specially UMTS.Concrete, this communication system comprises: terminal equipment 11, communication equipment 12, communication equipment 12 are provided with at least two subscriber equipmenies 13, base station 14 and network equipment 15, wherein, this network equipment 15 comprises: radio network controller (RadioNetwork Controller; RNC) 151, general packet radio service technology (General PacketRadio Service be called for short:; Be called for short: GPRS) serving GPRS support node (Serving GPRS Support Node; Be called for short: SGSN) 152 and communication equipment GPRS Support Node (Gateway GPRS Support Node; Be called for short: GGSN) 153, wherein, can be embedded or be connected with at least two subscriber equipmenies 13 on communication equipment 12; Interface between base station 14 and RNC 151 interface that to be the interface between IuB, RNC 151 and SGSN 152 be between IuPS, SGSN 152 and GGSN 153 is Gn.
Fig. 2 is a flow chart implemented of the processing method of invention data service, and as shown in Figure 2, the method for the present embodiment is applied in communication system, and the communication equipment in this communication system is provided with at least two subscriber equipmenies, then the method comprises:
Step 101, communication equipment obtain facility information corresponding to this subscriber equipment each; This facility information each comprises device identification.
In the present embodiment, communication equipment can be gateway or computer etc.Subscriber equipment can be specially 3G module or a USB data card (USB dongle), and this USB data card can be referred to as 3G data card.This device identification can be international mobile subscriber identity (International MobileSubscriber Identification Number; IMSI), phone number or International Mobile Equipment Identity code (International Mobile Equipment Identity be called for short:; Be called for short: IMEI) etc.When this communication equipment power supply opening or user's manual dialup, communication equipment can obtain facility information corresponding to this subscriber equipment, and this facility information includes device identification.
It is main equipment that step 102, communication equipment arrange a subscriber equipment, and other subscriber equipmenies are then from equipment.
Step 103, communication equipment set up main data channel between this main equipment and network equipment, and send first by this main data channel and strengthen (boost) service request to network equipment, a boost service request comprises this from device identification corresponding to equipment.
In an embodiment, when communication equipment triggers and sets up main data channel between this main equipment and network equipment, device identification corresponding for main equipment is sent to this network equipment by main equipment.In addition, boost business can refer to that at least two subscriber equipmenies join together to send business datum to a communication equipment by network equipment.This boost service request can be transmitted for special IP packet, and Fig. 3 is the form schematic diagram of this boost service request, and as shown in Figure 3, wherein, the mode of this boost service request of network equipment identification has following three kinds:
The 8bits COS territory of the head of this special IP packet has a bit not yet to use, and can expand for identifying this boost service request; Or,
3bits mark domain bit not yet uses, and can expand for identifying this boost service request; Or,
Use specific source IP address, this boost service request of object IP address designation.
In addition, the data division in this boost service request can comprise boost service requesting information, from device identification corresponding to equipment; This boost service request can be not counted in traffic statistics.
Step 104, communication equipment, after the boost service authorization message being received the described first enhancing service request transmission of this network equipment response by this main data channel, are triggered respectively and should set up from data channel between equipment and this network equipment.
In the present embodiment, boost service authorization message also can be transmitted for special IP packet, its concrete form and Fig. 3 similar, the data division in its boost service authorization message can comprise boost service authorization information.
In the present embodiment, by arranging at least two subscriber equipmenies on a communications device, and obtain facility information corresponding to each subscriber equipment, in addition, this communication equipment triggers between main equipment and the network equipment and sets up main data channel, and send a boost service request to network equipment by this main data channel, after the boost service authorization message being received the transmission of this network equipment by this main data channel, trigger and should set up from data channel between equipment and this network equipment, owing to arranging at least two subscriber equipmenies on a communications device, this communication equipment is made to be polymerized the ability of eating dishes without rice or wine of at least two subscriber equipmenies, thus make the message transmission rate of at least two subscriber equipmenies higher than the message transmission rate of a use subscriber equipment, therefore, the transmission rate of the data that the business that strengthens is corresponding, and improve the business experience of user.
Further, in another embodiment of the present invention, on above-mentioned basis embodiment illustrated in fig. 2, also comprise before step 102:
Communication equipment obtains at least one default device identification.
In the present embodiment, this default device identification can for be written to when communication equipment dispatches from the factory in communication equipment or by writing in communication equipment during remote firmware/software upgrading, also or user be input in communication equipment by local configuration interface.This default device identification can be IMSI, phone number or IMEI etc.
Then preferred, a kind of specific implementation of step 102 is:
Communication equipment judges that whether this device identification is identical with this default device identification, only have this device identification identical with this default device identification if judge, the subscriber equipment then arranging the device identification identical with this default device identification corresponding is main equipment, and other subscriber equipmenies are then from equipment.
Or, the another kind of specific implementation of step 102 is: if to judge to have two device identifications at least identical with this default device identification for communication equipment, then facility information is met main equipment setting model, and subscriber equipment corresponding to the device identification identical with this default device identification is set to main equipment, other subscriber equipmenies are then from equipment.
In the present embodiment, this facility information also comprise following one or several: 3GPP version information, type, frequency band and signal strength signal intensity; Main equipment setting model comprise following one or several: specific 3GPP version, particular type, special frequency band and signal specific intensity.Or,
Main equipment setting model comprises: master identification.Or,
Facility information also comprise following one or several: flow information and duration information; Main equipment setting model comprise following one or several: particular flow rate information and specific duration information.
In the present embodiment, for example, communication equipment to be provided with three subscriber equipmenies, be respectively first user equipment, second subscriber equipment and the 3rd subscriber equipment, and facility information corresponding to each subscriber equipment can comprise: device identification, 3GPP version information, type, frequency band and signal strength signal intensity, main equipment setting model can comprise: specific 3GPP version, particular type, special frequency band and signal specific intensity are example, introduce the technical scheme of the present embodiment in detail, when device identification corresponding to three subscriber equipmenies is identical with three default device identifications that communication equipment obtains respectively, such as: it is identical that device identification is preset in the first device identification and first, it is identical that device identification is preset in second device identification and second, it is identical that device identification is preset in 3rd device identification and the 3rd, then judge whether the facility information that each subscriber equipment is corresponding meets main equipment appointed condition, such as: when the second subscriber equipment and facility information corresponding to the 3rd subscriber equipment all do not meet main equipment setting model, and at least one in facility information corresponding to first user equipment is when meeting main equipment setting model, can arrange this first user equipment is main equipment, second subscriber equipment and the 3rd subscriber equipment are from equipment.
When only having device identification that first user equipment is corresponding identical with a default device identification in three subscriber equipmenies, can arrange this first user equipment is main equipment, arranges the second subscriber equipment and the 3rd subscriber equipment for from equipment.
Or, another specific implementation of step 102 is: if to judge to have two device identifications at least identical with this default device identification for communication equipment, then corresponding according to each subscriber equipment facility information, arranging a subscriber equipment is main equipment, and other these subscriber equipmenies are from equipment.
In the present embodiment, this facility information also comprise following one or several: 3GPP version information, type, frequency band and signal strength signal intensity.Or,
Facility information also comprise following one or several: flow information and duration information.
In the present embodiment, for example, communication equipment to be provided with two subscriber equipmenies, be respectively first user equipment and the second subscriber equipment, and facility information corresponding to each subscriber equipment can comprise: device identification, 3GPP version information is example, introduce the technical scheme of the present embodiment in detail, when device identification corresponding to two subscriber equipmenies is identical with the default device identification that communication equipment obtains respectively, such as: it is identical that device identification is preset in the first device identification and first, it is identical that device identification is preset in second device identification and second, then facility information corresponding for these two subscriber equipmenies is compared, such as: when the 3GPP version information that first user equipment is corresponding is greater than 3GPP version information corresponding to the second subscriber equipment, can arrange this first user equipment is main equipment, second subscriber equipment is from equipment.
In addition, it should be noted that, when facility information also comprise following one or several: flow information and duration information; Main equipment setting model comprise following one or several: particular flow rate information and specific duration information, and a boost service authorization message is when comprising device identification corresponding to main equipment, the subscriber equipment arranging the device identification identical with this master identification corresponding is main equipment, and other subscriber equipmenies are from equipment.The method can further include:
Communication equipment is added up flow information corresponding to this main equipment and/or duration information.
Further, the method can further include;
If communication equipment judges that the flow information that this main equipment is corresponding and/or duration information do not meet this main equipment setting model, then main equipment is updated to meet this main equipment setting model one from subscriber equipment, and sends the 2nd boost service request of device identification corresponding to the main equipment after carrying this renewal to this network equipment by the data channel that the main equipment after upgrading is corresponding;
If communication equipment receives by the main data channel after this renewal the 2nd boost service authorization message carrying device identification corresponding to the main equipment after this renewal that this network equipment sends, then flow information corresponding to the main equipment after this renewal and/or duration information are added up.
Preferably, the method can also comprise: communication equipment receives the data flow that this terminal equipment sends, and according to the IP address of the main equipment after this renewal, this data flow is processed, and the data flow after process is sent to this network equipment by a data channel.
In the present embodiment, the IP address of this main equipment is when main data channel is set up, and it is the IP address that this main equipment distributes that main equipment obtains from main data channel the network equipment got.
Further, in yet another embodiment of the present invention, on the basis of above-described embodiment, the method can also comprise: communication equipment, after received the boost business unauthorized message that this network equipment sends by this main data channel, sends non-boost service condition message to terminal equipment or show non-boost business state information.
Further, when a boost service authorization message comprises from device identification, then the method also comprises:
This is set to main equipment from equipment by communication equipment;
The data flow that communication equipment receiving terminal apparatus sends, and according to the IP address of this main equipment, this data flow is processed, and the data flow after process is sent to this network equipment by a data channel.
When a boost service authorization message comprises device identification corresponding to main equipment or success flag, then the method also comprises:
Communication equipment receives the data flow that this terminal equipment sends, and according to the IP address of this main equipment, processes this data flow, and the data flow after process is sent to this network equipment by a data channel.
Further, in another embodiment of the present invention, on the basis of above-described embodiment, the method can further include:
Communication equipment triggers other and does not start IP address detected function from equipment.
Fig. 4 is the flow chart of another embodiment of the processing method of data service of the present invention, and as shown in Figure 4, the method for the present embodiment comprises:
Step 201, between network equipment and main equipment, set up main data channel, and by the boost service request that this main data channel received communication equipment sends, a boost service request comprises: each device identification corresponding from equipment.
In the present embodiment, communication equipment can perform the base case of above-mentioned shown embodiment of the method, and it is similar that it realizes principle, repeats no more herein.
Step 202, network equipment send a boost service authorization message to this communication equipment.
Step 203, network equipment according to each should from device identification corresponding to equipment, identify this from set up between equipment and this network equipment from data channel.
In the present embodiment, by setting up main data channel between network equipment and main equipment, and according to the boost service request received, return a boost service authorization message, and according to this each device identification corresponding from equipment, identify from set up between equipment and network equipment after data channel, owing to arranging at least two subscriber equipmenies on a communications device, this communication equipment is made to be polymerized the ability of eating dishes without rice or wine of at least two subscriber equipmenies, make the message transmission rate of at least two subscriber equipmenies higher than the message transmission rate of a use subscriber equipment, and use main data channel to carry out transfer of data at network equipment, therefore the transmission of data corresponding to business is strengthened, and improve the business experience of user.
Further, in another embodiment of the present invention, on above-mentioned basis embodiment illustrated in fig. 4, after step 201, also comprise before step 202:
Network equipment judges that whether the device identification that this main equipment is corresponding is identical with signing device identification.
Then a kind of specific implementation of step 201 is:
If network equipment judges that the device identification that main equipment is corresponding is that signing device identification is identical, then transmission carries a boost service authorization message of device identification corresponding to main equipment or success flag to this communication equipment.
Or the another kind of specific implementation of step 201 is:
If network equipment judges that the device identification that this main equipment is corresponding is not signing device identification, and one is signing device identification from the device identification that equipment is corresponding, then sends and carry this boost service authorization message from device identification corresponding to equipment to described communication equipment.
Or another specific implementation of step 201 is:
If network equipment judge the device identification that this main equipment is corresponding and each should from the device identification that equipment is corresponding be not all signing device identification, then send a boost business unauthorized information to described communication equipment.
Or also a kind of specific implementation of step 201 is:
If network equipment judges that the device identification that this main equipment is corresponding is not signing device identification, then send a boost business unauthorized message to this communication equipment.
Further, in yet another embodiment of the present invention, on above-mentioned basis embodiment illustrated in fig. 4, the method can further include:
Network equipment receives the 2nd boost service request that this communication equipment sends, and the 2nd boost service request comprises: the device identification that the main equipment after renewal is corresponding;
Whether the device identification that the main equipment after network equipment judges this renewal is corresponding is signing device identification, if so, then sends the 2nd boost service authorization message of the mark of the main equipment corresponding device after this renewal or success flag to this communication equipment.
Further, in another embodiment of the present invention, on the basis of above-mentioned illustrated embodiment, the method can further include:
Network equipment carries out charging process to this main equipment or the main equipment after upgrading.
Fig. 5 is the signaling process figure of another embodiment of the processing method of data service of the present invention, on basis embodiment illustrated in fig. 1, arrange two subscriber equipmenies for communication equipment, introduce the technical scheme of the present embodiment in detail, then the method for the present embodiment comprises:
Step 301, communication equipment obtain first and preset device identification and second and preset device identification, and obtain the first facility information corresponding to first user equipment and the second facility information corresponding to the second subscriber equipment respectively.
In the present embodiment, the first facility information comprises the first device identification, a 3GPP version information, the first kind, the first frequency band and the first signal strength signal intensity; Second facility information comprises: the second device identification, the 2nd 3GPP version information, Second Type, the second frequency band and secondary signal intensity.
If step 302, communication equipment judge that the first device identification is identical with the first default device identification, and the second device identification is identical with the second default device identification, then judge whether this first facility information and the second facility information meet main equipment setting model respectively.
In the present embodiment, this main equipment appointed condition comprises: specific 3GPP version, particular type, special frequency band and signal specific intensity.
If step 303, communication equipment judge that the first facility information meets main equipment setting model, and the second facility information does not meet main equipment setting model, then arranging first user equipment is main equipment, and the second subscriber equipment is from equipment.
In the present embodiment, when at least one information in the first facility information meets main equipment setting model, and each information in the second facility information does not all meet main equipment setting model, then arranging first user equipment is main equipment, and the second subscriber equipment is from equipment.
Step 304, communication equipment send and connect order to main equipment.
Step 305, main equipment initiate a PDP context activation process, to set up main data channel between main equipment and network equipment to network equipment.
It should be noted that, when setting up main data channel, main equipment sends the first device identification of its correspondence to network equipment.
Step 306, communication equipment send boost service request to main equipment, and this boost service request is sent to network equipment by main data channel by main equipment again, and this boost service request comprises the second device identification.
Step 307, network equipment send boost service authorization message to main equipment by main data channel, and this boost service authorization message is sent to communication equipment by main equipment again.
Step 308, communication equipment, according to the boost service authorization message received, send the order that connects to from equipment.
Step 309, from equipment to network equipment initiate the 2nd PDP context activation process, to set up from data channel between equipment and network equipment.
Step 310, network equipment according to the second device identification, identify from set up between equipment and network equipment from data channel.
Step 311, network equipment carry out signing charging process to this main equipment, and stop carrying out signing charging process to this from equipment.
The data flow that step 312, communication equipment receiving terminal apparatus send, and the source IP address in this data flow is revised as the IP address of this main equipment, and amended data flow is sent to this network equipment by this main data channel.
Step 313, communication equipment trigger and should not start IP address detected function from equipment.
The data flow that step 314, network equipment reception server issue, and this data flow is sent to communication equipment by main data channel or from data channel, then send to terminal equipment by communication equipment.
In the present embodiment, preferably, this data flow is sent to communication equipment by main data channel by network equipment, then sends to terminal equipment by communication equipment.
Further, on the basis of another embodiment of the present invention, on above-mentioned basis embodiment illustrated in fig. 5, can also comprise after step 301:
If communication equipment judges that the first device identification is identical with the first default device identification, and the second device identification is not identical with the second default device identification, then arranging first user equipment is main equipment, and the second subscriber equipment is from equipment.
Fig. 6 is the signaling process figure of another embodiment of the processing method of data service of the present invention, on above-mentioned basis embodiment illustrated in fig. 1, communication equipment to be arranged two subscriber equipmenies, introduce the technical scheme of the present embodiment in detail, as shown in Figure 8, the method for the present embodiment comprises:
Step 401, communication equipment obtain the first facility information corresponding to first user equipment and the second facility information corresponding to the second subscriber equipment respectively.
In the present embodiment, this first facility information comprises: the first device identification, a 3GPP version information, the first kind, the first frequency band and the first signal strength signal intensity.Second facility information comprises: the second device identification, the 2nd 3GPP version information, Second Type, the second frequency band and secondary signal intensity.
Step 402, communication equipment judge whether the first facility information and the second facility information meet main equipment setting model respectively, if this first facility information meets main equipment setting model, and the second facility information does not meet main equipment setting model, then arranging this first user equipment is main equipment, and the second subscriber equipment is from equipment.
In the present embodiment, this main equipment setting model can comprise: specific 3GPP version, particular type, special frequency band and signal specific intensity.If other at least one information in the first facility information except the first device identification meet main equipment setting model, and other any information in the second facility information except the first device identification all do not meet main equipment setting model, then arranging this first user equipment is main equipment, and arranging this second subscriber equipment is from equipment.
Step 403, communication equipment send and connect order to main equipment.
Step 404, main equipment initiate a PDP context activation process, to set up main data channel between main equipment and network equipment to network equipment.
It should be noted that, when setting up main data channel, main equipment sends the first device identification of its correspondence to network equipment.
Step 405, communication equipment send boost service request to main equipment, and this boost service request is sent to network equipment by main data channel by main equipment again, and this boost service request comprises the second device identification.
In the present embodiment, when communication equipment sends boost service request to network equipment, can there are following three kinds of situations in the signing device identification that network side send boost service request first device identification and the second device identification according to this and pre-sets:
The first situation (case1):
If step 406, network equipment judge that the first device identification is signing device identification, then carry the boost service authorization message of the first device identification to main equipment by main data channel transmission, this boost service authorization message is sent to communication equipment by main equipment again.
Step 407, communication equipment, according to the boost service authorization message received, send the order that connects to from equipment.
Step 408, from equipment to network equipment initiate the 2nd PDP context activation process, to set up from data channel between equipment and network equipment.
Step 409, network equipment according to the second device identification, identify from set up between equipment and network equipment from data channel.
Step 410, network equipment carry out signing charging to this main equipment, and stop carrying out signing charging to this from equipment.
Step 411, communication equipment triggers and does not start IP address detected function from equipment.
The data flow that step 412, communication equipment receiving terminal apparatus send, and the source IP address in data flow is revised as the IP address of main equipment, and amended data flow is sent to network equipment by main data channel or from data channel.
The data flow that step 413, network equipment reception server issue, and this data flow is issued to communication equipment by main data channel or from data channel, then by communication equipment by this data flow to terminal equipment.
The second situation (case2):
If step 414, network equipment judge that the first device identification is not signing device identification, the device identification and the second device identification neither be contracted, then send boost business unauthorized information to main equipment by main data channel, this boost business unauthorized information is sent to communication equipment by main equipment again.
Step 415, communication equipment, according to the boost business unauthorized information received, send non-boost service condition message to terminal equipment.
The data flow that step 416, communication equipment receiving terminal apparatus send, and the source IP address in data flow is revised as the IP address of main equipment, and amended data flow is sent to network equipment by main data channel.
The data flow that step 417, network equipment reception server issue, and this data flow is issued to communication equipment by main data channel, then by communication equipment by this data flow to terminal equipment.
The third situation (case3):
If step 418, network equipment judge that the first device identification is not signing device identification, and the second device identification is signing device identification, then carry the boost service authorization message of the second device identification to main equipment by main data channel transmission, this boost service authorization message is sent to communication equipment by main equipment again.
Step 419, communication equipment, according to the boost service authorization message received, send the order that connects to from equipment.
Step 420, from equipment to network equipment initiate the 2nd PDP context activation process, to set up from data channel between equipment and network equipment.
Step 421, network equipment according to the second device identification, identify from set up between equipment and network equipment from data channel.
Step 422, network equipment carry out signing charging to this from equipment, and stop carrying out signing charging to this main equipment.
Step 423, communication equipment triggers main equipment and does not start IP address detected function.
The data flow that step 424, communication equipment receiving terminal apparatus send, and the source IP address in data flow is revised as the IP address from equipment, and amended data flow is sent to network equipment by main data channel or from data channel.
The data flow that step 425, network equipment reception server issue, and this data flow is issued to communication equipment by main data channel or from data channel, then by communication equipment by this data flow to terminal equipment.
Fig. 7 is the signaling process figure of another embodiment of the processing method of data service of the present invention, on above-mentioned basis embodiment illustrated in fig. 1, communication equipment to be arranged two subscriber equipmenies, introduce the technical scheme of the present embodiment in detail, as shown in Figure 7, the method for the present embodiment comprises:
Step 501, communication equipment obtain the first facility information corresponding to first user equipment and the second facility information corresponding to the second subscriber equipment respectively.
In the present embodiment, this first facility information comprises: the first device identification.Second facility information comprises: the second device identification.
Step 502, communication equipment judge whether the first facility information and the second facility information meet main equipment setting model respectively, if this first facility information meets main equipment setting model, and the second facility information does not meet main equipment setting model, then arranging this first user equipment is main equipment, and the second subscriber equipment is from each equipment.
In the present embodiment, this main equipment setting model can comprise: master identification.If the first device identification is master identification, and the second device identification is not master identification, then arranging this first user equipment is main equipment, and arranging this second subscriber equipment is from equipment.
Step 503, communication equipment send and connect order to main equipment.
Step 504, main equipment initiate a PDP context activation process, to set up main data channel between main equipment and network equipment to network equipment.
Step 505, communication equipment send boost service request to main equipment, and this boost service request is being sent to network equipment by main data channel by main equipment, and this boost service request comprises the second device identification.
In the present embodiment, when communication equipment sends boost service request to network equipment, can there is the following two kinds situation in the signing device identification that network side send boost service request first device identification and the second device identification according to this and pre-sets:
The first situation (case1):
If step 506, network equipment judge that the first device identification is signing device identification, then carry the boost service authorization message of the first device identification to main equipment by main data channel transmission, this boost service authorization message is sent to communication equipment by main equipment again.
Step 507, communication equipment, according to the boost service authorization message received, send the order that connects to from equipment.
Step 508, from equipment to network equipment initiate the 2nd PDP context activation process, to set up from data channel between equipment and network equipment.
Step 509, network equipment according to the second device identification, identify from set up between equipment and network equipment from data channel.
Step 510, network equipment carry out signing charging to this main equipment, and stop carrying out signing charging to this from equipment.
Step 511, communication equipment triggers and does not start IP address detected function from equipment.
The data flow that step 512, communication equipment receiving terminal apparatus send, and the source IP address in data flow is revised as the IP address of main equipment, and amended data flow is sent to network equipment by main data channel.
The data flow that step 513, network equipment reception server issue, and this data flow is issued to communication equipment by main data channel or from data channel, then by communication equipment by this data flow to terminal equipment.
The second situation (case2):
If step 514, network equipment judge that the first device identification is not signing device identification, then send boost business unauthorized information to main equipment by main data channel, this boost business unauthorized information is sent to communication equipment by main equipment again.
Step 515, communication equipment, according to the boost business unauthorized information received, send non-boost service condition message to terminal equipment.
The data flow that step 516, communication equipment receiving terminal apparatus send, and the source IP address in data flow is revised as the IP address of main equipment, and amended data flow is sent to network equipment by main data channel.
The data flow that step 517, network equipment reception server issue, and this data flow is issued to communication equipment by main data channel, then by communication equipment by this data flow to terminal equipment.
Fig. 8 is the signaling process figure of an also embodiment of the processing method of data service of the present invention, on above-mentioned basis embodiment illustrated in fig. 1, communication equipment to be arranged two subscriber equipmenies, introduce the technical scheme of the present embodiment in detail, as shown in Figure 8, the method for the present embodiment comprises:
Step 601, communication equipment obtain the first facility information corresponding to first user equipment and the second facility information corresponding to the second subscriber equipment respectively.
In the present embodiment, this first facility information comprises: the first device identification, first flow information and the first duration information.Second facility information comprises: the second device identification, the second flow information and the second duration information.
Step 602, communication equipment judge whether the first facility information and the second facility information meet main equipment setting model respectively, if this first facility information meets main equipment setting model, and the second facility information does not meet main equipment setting model, then arranging this first user equipment is main equipment, and the second subscriber equipment is from each equipment.
In the present embodiment, this main equipment setting model can comprise: particular flow rate information and specific duration information degree.If other at least one information in the first facility information except the first device identification meet main equipment setting model, and other any information in the second facility information except the first device identification all do not meet main equipment setting model, then arranging this first user equipment is main equipment, and arranging this second subscriber equipment is from equipment.
Step 603, communication equipment send and connect order to main equipment.
Step 604, main equipment initiate a PDP context activation process, to set up main data channel between main equipment and network equipment to network equipment.
Step 605, communication equipment send boost service request to main equipment, and this boost service request is being sent to network equipment by main data channel by main equipment, and this boost service request comprises the first device identification and the second device identification.
In the present embodiment, when communication equipment sends boost service request to network equipment, can there is the following two kinds situation in the signing device identification that network side send boost service request first device identification and the second device identification according to this and pre-sets:
The first situation (case1):
If step 606, network equipment judge that the first device identification is signing device identification, then carry the boost service authorization message of the first device identification to main equipment by main data channel transmission, this boost service authorization message is sent to communication equipment by main equipment again.
Step 607, communication equipment, according to the boost service authorization message received, send the order that connects to from equipment.
Step 608, from equipment to network equipment initiate the 2nd PDP context activation process, to set up from data channel between equipment and network equipment.
Step 609, network equipment according to the second device identification, identify from set up between equipment and network equipment from data channel.
Step 610, network equipment carry out signing charging to this main equipment, and stop carrying out signing charging to this from equipment.
Step 611, communication equipment triggers and does not start IP address detected function from equipment.
The data flow that step 612, communication equipment receiving terminal apparatus send, and the source IP address in data flow is revised as the IP address of main equipment, and amended data flow is sent to network equipment by main data channel.
The data flow that step 613, network equipment reception server issue, and this data flow is issued to communication equipment by main data channel or from data channel, then by communication equipment by this data flow to terminal equipment.
Step 614, communication equipment are added up flow information corresponding to main equipment and duration information.
If step 615, communication equipment judge that the flow information that this main equipment is corresponding and/or duration information do not meet main equipment setting model, and meet main equipment setting model from flow information corresponding to equipment and/or duration information, then the second subscriber equipment is set to main equipment, and first user equipment is set to from equipment.
Step 616, communication equipment carry the 2nd boost service request of the second device identification to network equipment by the data channel transmission that the second subscriber equipment is corresponding.
If step 617, network equipment judge that this second device identification is signing device identification, then transmission carries the 2nd boost service authorization message of the second device identification to communication equipment.
Step 618, communication equipment are opened the second subscriber equipment and are detected IP address, and trigger first user equipment and do not start IP address detected function.
The data flow that step 619, communication equipment receiving terminal apparatus send, and the source IP address in this data flow is revised as the IP address of the second subscriber equipment, and amended data flow is sent to network equipment by the data channel that the second equipment is corresponding.
The data flow that step 620, network equipment reception server issue, and this data flow is issued to communication equipment by main data channel or from data channel, then by communication equipment by this data flow to terminal equipment.
The second situation (case2):
If step 621, network equipment judge that the first device identification is not signing device identification, the device identification and the second device identification neither be contracted, then send boost business unauthorized information to main equipment by main data channel, this boost business unauthorized information is sent to communication equipment by main equipment again.
Step 622, communication equipment, according to the boost business unauthorized information received, send non-boost service condition message to terminal equipment.
The data flow that step 623, communication equipment receiving terminal apparatus send, and the source IP address in data flow is revised as the IP address of main equipment, and amended data flow is sent to network equipment by main data channel.
The data flow that step 624, network equipment reception server issue, and this data flow is issued to communication equipment by main data channel, then by communication equipment by this data flow to terminal equipment.
Fig. 9 is the structure chart of an embodiment of communication equipment of the present invention, as shown in Figure 9, this communication equipment is provided with at least two subscriber equipmenies 21, this communication equipment comprises: apparatus information acquiring module 22, master/slave arrangement arrange module 23, main data channel sets up trigger module 24, transceiver module 25 and set up trigger module 26 from data channel, wherein, apparatus information acquiring module 22 is for obtaining facility information corresponding to this subscriber equipment each; This facility information each includes device identification; It is main equipment that master/slave arrangement arranges module 23 for arranging this subscriber equipment, and other these subscriber equipmenies are from equipment; Main data channel is set up trigger module 24 and is set up main data channel for triggering between this main equipment and network equipment; Transceiver module 25 is for sending a boost service request to network equipment by this main data channel; One boost service request comprises this from device identification corresponding to equipment; Transceiver module 25 also responds a boost service authorization message of this first enhancing service request transmission for being received this network equipment by this main data channel; Set up trigger module 26 from data channel to set up from data channel between equipment and this network equipment for triggering this.
Communication equipment in the present embodiment can perform the technical scheme of embodiment of the method shown in Fig. 2, and it is similar that it realizes principle, repeats no more herein.
In the present embodiment, by arranging at least two subscriber equipmenies on a communications device, and obtain facility information corresponding to each subscriber equipment, in addition, this communication equipment triggers between main equipment and the network equipment and sets up main data channel, and send a boost service request to network equipment by this main data channel, after the boost service authorization message being received the transmission of this network equipment by this main data channel, trigger and should set up from data channel between equipment and this network equipment, owing to arranging at least two subscriber equipmenies on a communications device, this communication equipment is made to be polymerized the ability of eating dishes without rice or wine of at least two subscriber equipmenies, thus make the message transmission rate of at least two subscriber equipmenies higher than the message transmission rate of a use subscriber equipment, therefore, the transmission rate of the data that the business that strengthens is corresponding, and improve the business experience of user.
Further, Figure 10 is the structure chart of another embodiment of communication equipment of the present invention, and on above-mentioned basis embodiment illustrated in fig. 9, the mode that communication equipment arranges master/slave arrangement mainly contains several as follows:
The first: this communication equipment also comprises: preset device identification acquisition module 27, for obtaining at least one default device identification; Then master/slave arrangement arranges module 23 and comprises: judging unit 231, main equipment setting unit 232 and from equipment setting unit 233, and wherein, judging unit 231 is identical with this default device identification for judging whether to have this device identification at least; If for this judging unit 231, main equipment setting unit 232 has judged that this device identification is identical with this default device identification, then the subscriber equipment arranging the device identification identical with this default device identification corresponding has been main equipment; From equipment setting unit 233 for arranging other this subscriber equipmenies for from equipment.
In addition, if it is identical with this default device identification that main equipment setting unit 232 also judges to have two these device identifications at least for this judging unit 231, then facility information is met main equipment setting model, and subscriber equipment corresponding to the device identification identical with this default device identification is set to main equipment.
Or if also to judge to have two these device identifications at least for this judging unit 231 identical with this default device identification for main equipment setting unit 232, then corresponding according to this subscriber equipment each facility information, arranging this subscriber equipment is main equipment.
The second: this master/slave arrangement arranges module 23 specifically for according to this facility information each and main equipment setting model, arranging the subscriber equipment that facility information meets main equipment setting model is main equipment, and other these subscriber equipmenies are from equipment.
In the present embodiment, this facility information also comprise following one or several: 3GPP version information, type, frequency band and signal strength signal intensity; Main equipment setting model comprise following one or several: specific 3GPP version, particular type, special frequency band and signal specific intensity.Or,
Main equipment setting model comprises: master identification.Or,
Facility information also comprise following one or several: flow information and duration information; Main equipment setting model comprise following one or several: particular flow rate information and specific duration information.
Further, when a boost service authorization message comprises device identification corresponding to signing equipment, and this signing equipment is device identification be signing device identification corresponding from equipment time, this master/slave arrangement arranges module 23 also for this signing equipment is set to main equipment; Transceiver module 25 also for receiving terminal send data flow time, equipment can further include: data flow processing module 28, for the IP address according to this main equipment, processes this data flow.Transceiver module 25 is also for sending to this network equipment by the data flow after process by a data channel.
In addition, when a boost service authorization message comprises device identification corresponding to main equipment or success flag, transceiver module 25 also for receive described terminal equipment send data flow time, data flow processing module 28, for the IP address according to this main equipment, this data flow is processed.Transceiver module 25 is also for sending to this network equipment by the data flow after process by main data channel or from data channel.
In addition, this equipment can also comprise: IP address detected trigger module, does not start IP address detected function for triggering other from equipment.
Further, in yet another embodiment of the present invention, on above-mentioned basis embodiment illustrated in fig. 9, transceiver module 25 is also for receiving the boost business unauthorized message that this network equipment sends by main data channel, then this transceiver module 25 is also for sending non-boost service condition message to terminal equipment, or this equipment also comprises: display module, for showing non-boost business state information.
In the present embodiment, when communication equipment is gateway, and when terminal equipment is mobile phone, transceiver module 25 is specifically for sending non-boost service condition message to terminal equipment; When communication equipment is computer, and when terminal equipment is client, display module is specifically for showing non-boost business state information.
Further, Figure 11 is the structural representation of an also embodiment of communication equipment of the present invention, as shown in Figure 9, on above-mentioned basis embodiment illustrated in fig. 9, when facility information also comprise following one or several: flow information and duration information; And this main equipment setting model comprise following one or several: when particular flow rate information and specific duration information, this equipment also comprises: statistical module 29, for adding up flow information corresponding to main equipment and/or duration information.
Further, this equipment can further include: judge module 30 is for judging whether the flow information that this main equipment is corresponding and/or duration information meet this main equipment setting model.
Preferably, if master/slave arrangement arranges module 23 and also judges that the flow information that this main equipment is corresponding and/or duration information do not meet this main equipment setting model for this judge module 30, then main equipment is updated to meet this main equipment setting model one from subscriber equipment; Transceiver module 25 also sends the 2nd boost service request of device identification corresponding to the main equipment after carrying this renewal to this network equipment for the data channel corresponding by the main equipment after renewal.
Further, when transceiver module 25 also for received by the main data channel after this renewal that this network equipment sends carry the 2nd boost service authorization message of device identification corresponding to the main equipment after this renewal after, statistical module 29 is also for adding up flow information corresponding to the main equipment after this renewal and/or duration information.
Further, when transceiver module 25 also for receive this terminal equipment send data flow time, this communication equipment can further include: data flow processing module 31, for the IP address according to the main equipment after this renewal, processes this data flow.Transceiver module 25 is also for sending to described network equipment by the data flow after process by main data channel or from data channel.
This equipment can also comprise: IP address detected trigger module, does not start IP address detected function for triggering other from equipment.
Figure 12 is the structural representation of an embodiment of network equipment of the present invention, as shown in figure 12, the network equipment of the present embodiment comprises: main data channel is set up module 41, transceiver module 42, set up module 43 and identification module 44 from data channel, wherein, main data channel sets up module 41 for setting up main data channel between main equipment; The boost service request of transceiver module 42 for being sent by this main data channel received communication equipment, a boost service request comprises: each device identification corresponding from equipment; Transceiver module 42 is also for sending a boost service authorization message to this communication equipment; From data channel set up module 43 for this from set up between equipment from data channel; Identification module 44, for being somebody's turn to do from device identification corresponding to equipment according to each, identifies this from data channel.
Network equipment in the present embodiment can perform the technical scheme of embodiment of the method shown in Fig. 4, and it is similar that it realizes principle, repeats no more herein.
In the present embodiment, by setting up main data channel between network equipment and main equipment, and according to the boost service request received, return a boost service authorization message, and according to this each device identification corresponding from equipment, identify from set up between equipment and network equipment after data channel, owing to arranging at least two subscriber equipmenies on a communications device, this communication equipment is made to be polymerized the ability of eating dishes without rice or wine of at least two subscriber equipmenies, make the message transmission rate of at least two subscriber equipmenies higher than the message transmission rate of a use subscriber equipment, and use main data channel to carry out transfer of data at network equipment, therefore the transmission of data corresponding to business is strengthened, and improve the business experience of user.
Further, Figure 13 is the structural representation of another embodiment of network equipment of the present invention, as shown in figure 13, on above-mentioned basis embodiment illustrated in fig. 11, this equipment can further include: judge module 45 is for judging whether the device identification that this main equipment is corresponding is that signing device identification is identical; If then specifically for this judge module 45, transceiver module 42 judges that the device identification that main equipment is corresponding is that signing device identification is identical, then transmission carries a boost service authorization message of device identification corresponding to main equipment or success flag to described communication equipment.
Or, if specifically for judge module 45, transceiver module 42 judges that the device identification that this main equipment is corresponding is not signing device identification, and one is signing device identification from the device identification that equipment is corresponding, then sends and carry this boost service authorization message from device identification corresponding to equipment to this communication equipment.In addition, this equipment can also comprise: it is main equipment that main equipment arranges module for arranging this from equipment.
Or, if transceiver module 42 specifically for judge module 45 judge the device identification that this main equipment is corresponding and each should from the device identification that equipment is corresponding be not all signing device identification, then send a boost business unauthorized information to this communication equipment.
Or, if specifically for judge module 45, transceiver module 42 judges that the device identification that this main equipment is corresponding is not signing device identification, then send a boost business unauthorized message to this communication equipment.
Further, transceiver module 42 is also for receiving the 2nd boost service request that this communication equipment sends, and the 2nd boost service request comprises; The device identification that the main equipment upgraded is corresponding;
Then whether judge module 45 is also signing device identification for the device identification that the main equipment after judging this renewal is corresponding;
If this transceiver module 42 is also judged for this judge module 45, then send the 2nd boost service authorization message of the mark of the main equipment corresponding device after this renewal or success flag to this communication equipment.
Further, this equipment can also comprise: accounting module 46, for carrying out charging process to this main equipment or the main equipment after upgrading.
Figure 14 is the structural representation of an embodiment of communication system of the present invention, as shown in figure 13, this system comprises: communication equipment 51 and network equipment 52, wherein, communication equipment 51 can be the communication equipment shown in Fig. 9 or Figure 10 or Figure 11, and can perform the technical scheme of embodiment of the method shown in Fig. 2; Network equipment 52 can be the network equipment shown in Figure 12 or Figure 13, and can perform the technical scheme of embodiment of the method shown in Fig. 4, and it is similar that it realizes principle, repeats no more herein.
One of ordinary skill in the art will appreciate that: all or part of step realizing above-mentioned each embodiment of the method can have been come by the hardware that program command is relevant.Aforesaid program can be stored in a computer read/write memory medium.This program, when performing, performs the step comprising above-mentioned each embodiment of the method; And aforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.

Claims (35)

1. a processing method for data service, is characterized in that, described method is applied in communication system, the communication equipment in described communication system is provided with at least two subscriber equipmenies, and described method comprises:
Communication equipment obtains facility information corresponding to each described subscriber equipment; Each described facility information comprises device identification;
It is main equipment that described communication equipment arranges a described subscriber equipment, and other subscriber equipmenies are from equipment;
Described communication equipment triggers between described main equipment and network equipment and sets up main data channel, and sends the first enhancing service request to network equipment by described main data channel; Described first strengthens service request comprises the described device identification corresponding from equipment;
Described communication equipment is set up from data channel between equipment and described network equipment described in triggering after strengthening service authorization message received the described first enhancing service request transmission of described network equipment response by described main data channel first;
Described communication equipment receives described network equipment by main data channel or the data flow that issues of server that forwards from data channel, and by described data flow to terminal equipment;
It is main equipment that described communication equipment arranges a described subscriber equipment, and subscriber equipment described in other is from equipment, comprising:
Described communication equipment is according to each described facility information and main equipment setting model, and arranging the subscriber equipment that facility information meets main equipment setting model is main equipment, and subscriber equipment described in other is from equipment.
2. the processing method of data service according to claim 1, is characterized in that,
Described facility information also comprise following one or several: 3GPP version information, type, frequency band and signal strength signal intensity;
Main equipment setting model comprise following one or several: specific 3GPP version information, particular type, special frequency band and signal specific intensity.
3. the processing method of data service according to claim 1, is characterized in that, described main equipment setting model comprises: master identification.
4. the processing method of data service according to claim 1, is characterized in that, described facility information also comprise following one or several: flow information and duration information;
Described main equipment setting model comprise following one or several: particular flow rate information and specific duration information.
5. the processing method of data service according to claim 1, it is characterized in that, also comprise: described communication equipment sends non-reinforcing service condition message to terminal equipment or display non-reinforcing business state information after strengthening business unauthorized message received the described first enhancing service request transmission of described network equipment response by described main data channel first.
6. the processing method of data service according to claim 1, is characterized in that, when described first enhancing service authorization message comprises the device identification from equipment is corresponding, then described method also comprises:
Described communication equipment is set to main equipment by described from equipment;
The data flow that described communication equipment receiving terminal apparatus sends, and according to the IP address of described main equipment, described data flow is processed, and the data flow after process is sent to described network equipment by described main data channel or from data channel.
7. the processing method of data service according to claim 1, is characterized in that, when described first enhancing service authorization message comprises device identification corresponding to main equipment or success flag, then described method also comprises:
The data flow that described communication equipment receiving terminal apparatus sends, and according to the IP address of described main equipment, described data flow is processed, and the data flow after process is sent to described network equipment by a data channel;
Wherein, when described main data channel is set up, main equipment sends device identification corresponding to described main equipment to described network equipment.
8. the processing method of data service according to claim 4, is characterized in that, when described first strengthen service authorization message comprise device identification corresponding to main equipment time, described method also comprises:
Described communication equipment is added up flow information corresponding to described main equipment and/or duration information;
Wherein, when described main data channel is set up, main equipment sends device identification corresponding to described main equipment to described network equipment.
9. the processing method of data service according to claim 8, is characterized in that, also comprises:
If described communication equipment judges that the flow information that described main equipment is corresponding and/or duration information do not meet described main equipment setting model, then main equipment is updated to meet described main equipment setting model one from equipment, and sends second of device identification corresponding to the main equipment after carrying described renewal by the data channel that the main equipment after upgrading is corresponding and strengthen service request to described network equipment.
10. the processing method of data service according to claim 9, is characterized in that, also comprises:
If described communication equipment receives by the data channel that the main equipment after described renewal is corresponding second of device identification corresponding to the main equipment after described renewal that carry that described network equipment sends strengthen service authorization message, then flow information corresponding to the main equipment after described renewal and/or duration information are added up.
The processing method of 11. data services according to claim 10, is characterized in that, also comprise:
The data flow that described communication equipment receiving terminal apparatus sends, and according to the IP address of the main equipment after described renewal, described data flow is processed, and the data flow after process is sent to described network equipment by a data channel.
The processing method of 12. data services according to claim 6 or 7 or 11, is characterized in that, also comprise:
Described communication equipment triggers described in other and does not start IP address detected function from equipment.
The processing method of 13. data services according to claim 10, it is characterized in that, comprise: described first strengthens service request, second strengthens service request, first and strengthen service authorization message and second and strengthen service authorization message and is IP packet, and described first strengthens service request, second and strengthens service request, first and strengthen service authorization message and second and strengthen service authorization message and comprise and strengthen service identification or specific source IP address and object IP address.
The processing method of 14. 1 kinds of data services, it is characterized in that, described method is applied in communication system, communication equipment in described communication system is provided with at least two subscriber equipmenies, it is main equipment that described communication equipment arranges a described subscriber equipment, other subscriber equipmenies are from equipment, and described method comprises:
Set up main data channel between network equipment and main equipment, and by the first enhancing service request that described main data channel received communication equipment sends, described first strengthens service request comprises: each device identification corresponding from equipment;
Described network equipment sends first and strengthens service authorization message to described communication equipment;
Described network equipment according to each described device identification corresponding from equipment, identify described from set up between equipment and described network equipment from data channel;
The data flow that network equipment reception server issues, and described data flow is sent to communication equipment by main data channel or from data channel, then send to terminal equipment by communication equipment;
Described network equipment judges that whether the device identification that described main equipment is corresponding is identical with signing device identification; Then described network equipment sends the first enhancing service authorization message to described communication equipment, comprising:
If described network equipment judges that the device identification that main equipment is corresponding is identical with signing device identification, then transmission carries the first enhancing service authorization message of device identification corresponding to main equipment or success flag to described communication equipment;
Wherein, when described main data channel is set up, main equipment sends device identification corresponding to described main equipment to described network equipment.
The processing method of 15. data services according to claim 14, is characterized in that, also comprise:
Described network equipment receives the second enhancing service request that described communication equipment sends, and described second strengthens service request comprises: the device identification that the main equipment after renewal is corresponding;
Whether the device identification that the main equipment after described network equipment judges described renewal is corresponding is signing device identification, if so, the second enhancing service authorization message of the mark of the main equipment corresponding device after carrying described renewal or success flag is then sent to described communication equipment.
16., according to the processing method of data service described in claims 14 or 15, is characterized in that, also comprise:
Described network equipment carries out charging process to described main equipment or the main equipment after upgrading.
17. 1 kinds of communication equipments, is characterized in that, described communication equipment are provided with at least two subscriber equipmenies, and described communication equipment comprises:
Apparatus information acquiring module, for obtaining facility information corresponding to each described subscriber equipment; Each described facility information comprises device identification;
Master/slave arrangement arranges module, and be main equipment for arranging a described subscriber equipment, other subscriber equipmenies are from equipment;
Main data channel sets up trigger module, sets up main data channel for triggering between described main equipment and network equipment;
Transceiver module, strengthens service request to network equipment for being sent first by described main data channel; Described first strengthens service request comprises the described device identification corresponding from equipment;
Described transceiver module is also for strengthening service authorization message received the described first enhancing service request transmission of described network equipment response by described main data channel first;
Set up trigger module from data channel, set up from data channel between equipment and described network equipment described in triggering.
18. communication equipments according to claim 17, is characterized in that, also comprise:
Preset device identification acquisition module, for obtaining at least one default device identification;
Then described master/slave arrangement arranges module and comprises:
Judging unit, for judging that whether described device identification is identical with described default device identification;
Main equipment setting unit, if judged that a described device identification is identical with described default device identification for described judging unit, then the subscriber equipment arranging the device identification identical with described default device identification corresponding has been main equipment; Or,
If it is identical with described default device identification that described main equipment setting unit judges to have two described device identifications at least for described judging unit, then facility information is met main equipment setting model, and subscriber equipment corresponding to the device identification identical with described default device identification is set to main equipment; Or,
If it is identical with described default device identification that described main equipment setting unit judges to have two described device identifications at least for described judging unit, then corresponding according to each described subscriber equipment facility information, arranging a described subscriber equipment is main equipment;
From equipment setting unit, be from equipment for arranging subscriber equipment described in other.
19. communication equipments according to claim 17 or 18, it is characterized in that, described master/slave arrangement arranges module specifically for according to each described facility information and main equipment setting model, arranging the subscriber equipment that facility information meets main equipment setting model is main equipment, and subscriber equipment described in other is from equipment.
20. communication equipments according to claim 17 or 18, is characterized in that, what for being received described network equipment response described first by described main data channel, described transceiver module also strengthened that service request sends first strengthens business unauthorized message;
Then described transceiver module is also for sending non-reinforcing service condition message to terminal equipment, or described communication equipment also comprises: display module, for showing non-reinforcing business state information.
21. communication equipments according to claim 17, is characterized in that, when described first enhancing service authorization message comprises the device identification from equipment is corresponding, described master/slave arrangement arranges module also for being set to main equipment by described from equipment;
Described transceiver module is also for the data flow of receiving terminal apparatus transmission;
Described communication equipment also comprises:
Data flow processing module, for the IP address according to described main equipment, processes described data flow;
Described transceiver module is also for sending to described network equipment by the data flow after process by described main data channel or from data channel.
22. communication equipments according to claim 17, is characterized in that, when described first enhancing service authorization message comprises device identification corresponding to main equipment or success flag, described transceiver module is also for the data flow of receiving terminal apparatus transmission;
Described communication equipment also comprises:
Data flow processing module, for the IP address according to described main equipment, processes described data flow;
Described transceiver module is also for sending to described network equipment by the data flow after process by described main data channel or from data channel;
Wherein, when described main data channel is set up, main equipment sends device identification corresponding to described main equipment to described network equipment.
23. communication equipments according to claim 17, is characterized in that, when described facility information also comprise following one or several: flow information and duration information; And described main equipment setting model comprise following one or several: when particular flow rate information and specific duration information, described communication equipment also comprises:
Statistical module, for adding up flow information corresponding to described main equipment and/or duration information.
24. communication equipments according to claim 23, is characterized in that, also comprise:
Judge module, for judging whether the flow information that described main equipment is corresponding and/or duration information meet described main equipment setting model;
If then described master/slave arrangement arranges module and also judges that the flow information that described main equipment is corresponding and/or duration information do not meet described main equipment setting model for described judge module, then main equipment is updated to meet described main equipment setting model one from equipment;
Described transceiver module also sends the second enhancing service request of device identification corresponding to the main equipment after carrying described renewal to described network equipment for the data channel corresponding by the main equipment after renewal.
25. communication equipments according to claim 24, it is characterized in that, second of device identification corresponding to the main equipment after described renewal that carry that described transceiver module also receives the transmission of described network equipment for the data channel corresponding by the main equipment after described renewal strengthens service authorization message;
Described statistical module is also for adding up flow information corresponding to the main equipment after described renewal and/or duration information.
26. communication equipments according to claim 25, is characterized in that, described transceiver module is also for the data flow of receiving terminal apparatus transmission;
Then described communication equipment also comprises:
Data flow processing module, for the IP address according to the main equipment after described renewal, processes described data flow;
Described transceiver module is also for sending to described network equipment by the data flow after process by described main data channel or from data channel.
27. communication equipments according to claim 21 or 22 or 26, is characterized in that, also comprise: IP address detected trigger module, not starting IP address detected function for triggering described in other from equipment.
28. 1 kinds of network equipments, is characterized in that, comprising:
Main data channel sets up module, for setting up main data channel between main equipment;
Transceiver module, for being sent by described main data channel received communication equipment first strengthens service request, and described first strengthens service request comprises: each device identification corresponding from equipment; A subscriber equipment at least two subscriber equipmenies that communication equipment is arranged is main equipment, and other subscriber equipmenies are from equipment;
Described transceiver module is also for sending the first enhancing service authorization message to described communication equipment;
Set up module from data channel, for described from set up between equipment from data channel;
Identification module, for according to each described device identification corresponding from equipment, identifies described from data channel.
29. network equipments according to claim 28, is characterized in that, also comprise:
Whether judge module is identical with signing device identification for judging the device identification that described main equipment is corresponding;
If then specifically for described judge module, described transceiver module judges that the device identification that main equipment is corresponding is identical with signing device identification, then transmission carries the first enhancing service authorization message of device identification corresponding to main equipment or success flag to described communication equipment;
Wherein, when described main data channel is set up, main equipment sends device identification corresponding to described main equipment to described network equipment.
30. network equipments according to claim 29, it is characterized in that, if specifically for described judge module, described transceiver module also judges that the device identification that described main equipment is corresponding is not signing device identification, and one is signing device identification from the device identification that equipment is corresponding, then sends first of device identification corresponding from equipment described in carrying and strengthen service authorization message to described communication equipment;
Described network equipment also comprises: main equipment arranges module, for arrange described from equipment be main equipment.
31. network equipments according to claim 29 or 30, it is characterized in that, if described transceiver module also specifically for described judge module judge the device identification that described main equipment is corresponding and each described be not all signing device identification from the device identification that equipment is corresponding, then send first and strengthen business unauthorized information to described communication equipment.
32. network equipments according to claim 30, it is characterized in that, if specifically for described judge module, described transceiver module also judges that the device identification that described main equipment is corresponding is not signing device identification, then send first and strengthen business unauthorized message to described communication equipment.
33. network equipments according to claim 29, is characterized in that, what described transceiver module also sent for receiving described communication equipment second strengthens service request, and described second strengthens service request comprises: the device identification that the main equipment of renewal is corresponding;
Whether described judge module is also signing device identification for the device identification that the main equipment after judging described renewal is corresponding;
If described transceiver module is also judged for described judge module, then send the second enhancing service authorization message of the mark of the main equipment corresponding device after described renewal or success flag to described communication equipment.
34., according to the network equipment described in claim 28 or 29 or 30 or 32 or 33, is characterized in that, also comprise:
Accounting module, for carrying out charging process to described main equipment or the main equipment after upgrading.
35. 1 kinds of communication systems, is characterized in that, comprising: the communication equipment as described in as arbitrary in claim 17 to 27 and as arbitrary in claim 28 to 34 as described in network equipment.
CN201210004318.8A 2012-01-06 2012-01-06 Data service processing method, equipment and communication system Expired - Fee Related CN102595380B (en)

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CN113392055B (en) * 2020-03-13 2024-01-30 北京小米移动软件有限公司 File transmission method, file transmission device and storage medium
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