CN103686958B - Mobile terminal and communication configuration method thereof - Google Patents
Mobile terminal and communication configuration method thereof Download PDFInfo
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- CN103686958B CN103686958B CN201210365189.5A CN201210365189A CN103686958B CN 103686958 B CN103686958 B CN 103686958B CN 201210365189 A CN201210365189 A CN 201210365189A CN 103686958 B CN103686958 B CN 103686958B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
Abstract
A kind of mobile terminal and communication configuration method thereof, wherein said mobile terminal includes: two baseband processing modules and two radio frequency processing modules；Protocol process module, described protocol process module includes the communication protocol processing unit of first user card, the communication protocol processing unit of the second subscriber card and GPRS protocol processing unit；Multiplexing configuration module, configures, for the duty according to described mobile terminal, the mode that in described protocol process module, each protocol processing unit communicates with two baseband processing modules.The technical program by reducing cost and the power consumption of mobile terminal at integrated two baseband processing modules of baseband chip, and the different operating state reasonable disposition being presently according to mobile terminal uses the two baseband processing module, thus while not affecting processing services by mobile terminal, reduce the power consumption of baseband processing module.
Description
Technical field
The present invention relates to moving communicating field, particularly to mobile terminal and communication configuration method thereof.
Background technology
Along with the development of mobile communication technology, define the mobile communications network of multiple types, such as Generation Mobile Telecommunication System
Global communication mobile system (GSM, Global System for Mobile Communication) in system (2G), the 3rd
Time Division-Synchronous Code Division Multiple Access (TD-SCDMA, Time Division-Synchronous in Generation Mobile Communication System (3G)
CDMA), the Long Term Evolution in next generation mobile communication system (LTE, Long Term Evolution) and worldwide interoperability for microwave connect
Enter (WIMAX, Worldwide Interoperability for Microwave Access).
For a user, it is desirable for a mobile terminal, (is called for short by differently configured subscriber identification card and uses
Family card, such as SIM, Subscriber Identity Module；Usim card, Universal Subscriber Identity
Module), to enjoy the application service that on heterogeneous networks, different operators provides.Meanwhile, a mobile terminal configures not
Same subscriber card is enjoyed required for the service Ye Shi consumer of consolidated network simultaneously.
To this end, occur in that dual-SIM-card dual-standby mobile terminal on market, one is dual-card dual-standby single-pass mobile terminal, and double card shares
At synchronization, one radio frequency processing chip, therefore can only ensure that wherein a subscriber card is conversed.Another kind is double-card dual-standby
Bilateral mobile terminal, is to be made up of two set baseband processing chips and radio frequency processing chip mostly, so can be by two radio frequencies
Reason chip processes two subscriber cards respectively and converses, but cost and power consumption are the highest.
The most how to reduce cost and the power consumption of dual-SIM-card dual-standby mobile terminal, and how reasonable distribution uses mobile terminal
Interior baseband processing chip and radio frequency processing chip are problem demanding prompt solutions, but prior art does not also have comparatively ideal solution
Scheme.
More technical schemes about dual-SIM-card dual-standby mobile terminal are referred in Publication No. US2006/0095600A1
The mobile station of a kind of bimodulus disclosed.Described dual mode mobile station can support two kinds of different mobile communications networks, as GSM,
CDMA.Described dual mode mobile station can identify configuration subscriber card in a mobile station automatically, and selects corresponding drive pattern.
Summary of the invention
The problem that the present invention solves is to reduce cost and the power consumption of dual-SIM-card dual-standby mobile terminal, and reasonable distribution uses two bases
Tape handling module.
For solving the problems referred to above, embodiments provide a kind of mobile terminal, including: two baseband processing modules and
Two radio frequency processing modules；Protocol process module, it is single that described protocol process module includes that the communication protocol of first user card processes
Unit, the communication protocol processing unit of the second subscriber card and GPRS protocol processing unit；Multiplexing configuration module, for according to described
The duty of mobile terminal configures each protocol processing unit in described protocol process module and enters with two baseband processing modules
The mode of row communication.
Alternatively, described multiplexing configuration module includes: the first standby dispensing unit, treats for being at described mobile terminal
The beep-page message of machine state and described first user card and the second subscriber card receive the time, the reception time of system message and
The most there is not conflict in the reception time of the reception time of the beep-page message of one subscriber card and the system message of another subscriber card
In the case of, the communication protocol processing unit configuring the communication protocol processing unit of described first user card and the second subscriber card is equal
Communicate with a baseband processing module.
Alternatively, described multiplexing configuration module includes: the second standby dispensing unit, treats for being at described mobile terminal
The reception time of the beep-page message of machine state and described first user card and the second subscriber card or the reception time of system message
Or there is conflict in the reception time of the system message receiving time and another subscriber card of the beep-page message of a subscriber card
In the case of, the communication protocol processing unit and the baseband processing module that configure described first user card communicate, and configure institute
The communication protocol processing unit stating the second subscriber card communicates with another baseband processing module.
Alternatively, described multiplexing configuration module includes: the first dispensing unit, for the user in described mobile terminal
In the case of card enters the state of voice communications related service, configure communication protocol processing unit and a base of this subscriber card
Tape handling module communicates to process described voice communication related service, configures the communication protocol processing unit of another subscriber card
Communicate to receive the beep-page message of this another subscriber card and/or system message with another baseband processing module.
Alternatively, described multiplexing configuration module includes: judging unit, enters for a subscriber card in described mobile terminal
When processing the state of GPRS data business, it is judged that whether this subscriber card is configured to support descending pair of carrier frequency；Second dispensing unit, uses
In the case of the judged result at described judging unit is for being, configure two baseband processing modules by described GPRS agreement at
Reason unit communicates to process the GPRS data business of this subscriber card with the communication protocol processing unit of this subscriber card；3rd joins
Put unit, in the case of the judged result of described judging unit is no, configure a baseband processing module by described
GPRS protocol processing unit communicates to process the GPRS data of this subscriber card with the communication protocol processing unit of this subscriber card
Business.
Alternatively, described multiplexing configuration module also includes: the 4th dispensing unit, ties for the judgement at described judging unit
Fruit be no in the case of, the communication protocol processing unit configuring another baseband processing module and another subscriber card communicates to connect
Receive beep-page message and/or the system message of this another subscriber card.
Alternatively, described multiplexing dispensing unit also includes: the 5th dispensing unit, ties for the judgement at described judging unit
Fruit be no in the case of, configure another baseband processing module respectively with communication protocol processing unit and the institute of described first user card
The communication protocol processing unit stating the second subscriber card communicates beep-page message and/or the system receiving two subscriber cards with timesharing
Message.
Alternatively, described baseband processing module, protocol process module and described multiplexing configuration module are integrated in same base band
Chip.
Alternatively, the communication protocol processing unit of described first user card and the communication protocol processing unit of the second subscriber card
For gsm communication protocol processing unit.
The embodiment of the present invention additionally provides the communication configuration method of a kind of mobile terminal, and wherein said mobile terminal includes:
Two baseband processing modules and two radio frequency processing modules；Protocol process module, described protocol process module includes first user
Communication protocol processing unit, the communication protocol processing unit of the second subscriber card and the GPRS protocol processing unit of card；
Described communication configuration method includes: configure in described protocol process module according to the duty of described mobile terminal
The mode that each protocol processing unit communicates with two baseband processing modules.
Compared with prior art, technical solution of the present invention has the advantages that
Arranging multiplexing configuration module in mobile terminal, this multiplexing configuration module configures according to the duty of mobile terminal
The mode that in described protocol process module, each protocol processing unit communicates with two baseband processing modules, by one
On baseband chip, integrated two baseband processing modules reduce cost and the power consumption of mobile terminal, and are presently according to mobile terminal
Different operating state reasonable disposition use the two baseband processing module, thus do not affecting the same of processing services by mobile terminal
Time, reduce the power consumption of baseband processing module.
Accompanying drawing explanation
Fig. 1 is the structural representation of the embodiment of a kind of mobile terminal of the present invention；
Fig. 2 A is the structural representation of a kind of configuration mode of the described multiplexing configuration module of embodiments of the invention one；
Fig. 2 B is the structural representation of a kind of configuration mode of the described multiplexing configuration module of embodiments of the invention two；
Fig. 2 C is the structural representation of a kind of configuration mode of the described multiplexing configuration module of embodiments of the invention three；
Fig. 2 D is the structural representation of a kind of configuration mode of the described multiplexing configuration module of embodiments of the invention four；
Fig. 2 E is the structural representation of the another kind of configuration mode of the described multiplexing configuration module of embodiments of the invention four；
Fig. 2 F is the structural representation of the another kind of configuration mode of the described multiplexing configuration module of embodiments of the invention four；
Fig. 2 G is the structural representation of the another kind of configuration mode of the described multiplexing configuration module of embodiments of the invention four；
Fig. 3 is the schematic flow sheet of the embodiment of the communication configuration method of a kind of mobile terminal of the present invention.
Detailed description of the invention
Understandable, below in conjunction with the accompanying drawings to the present invention for enabling the above-mentioned purpose of the present invention, feature and advantage to become apparent from
Detailed description of the invention be described in detail.
Elaborate detail in the following description so that fully understanding the present invention.But the present invention can with multiple not
Being same as alternate manner described here to implement, those skilled in the art can do class in the case of intension of the present invention
Like promoting.Therefore the present invention is not limited by following public detailed description of the invention.
As shown in Figure 1 be the structural representation of embodiment of a kind of mobile terminal of the present invention.With reference to Fig. 1, described shifting
Dynamic terminal 1 includes: baseband chip 11, and described baseband chip 11 is integrated with two baseband processing modules, the respectively first base band
Processing module 111 and the second baseband processing module 112.Protocol process module 113, including the first communication protocol processing unit
1131, the second communication protocol processing unit 1132 and GPRS protocol processing unit 1133, at wherein said first communication protocol
Reason unit 1131 is for processing the voice communication related service of first user card 131, described second communication protocol processing unit
1132 for processing the voice communication related service of the second subscriber card 132.In the present embodiment, described first communication protocol processes
Unit 1131 and the second communication protocol processing unit 1132 are gsm communication protocol processing unit.
Also being integrated with multiplexing configuration module 114 on described baseband chip 11, described multiplexing configuration module 114 is for according to institute
The duty stating mobile terminal 1 configures each protocol processing unit and two Base-Band Processing in described protocol process module 113
The mode that module (the most described first baseband processing module 111 and the second baseband processing module 112) communicates.With prior art
Difference, in the present embodiment, on the one hand, only arrange a baseband chip in mobile terminal, by integrated on this baseband chip
Two baseband processing modules, it is possible to reduce the cost of mobile terminal and power consumption.On the other hand, in mobile terminal, multiplexing is added
Configuration module, the duty being presently according to mobile terminal is come in configuration protocol processing module by described multiplexing configuration module
The mode that each protocol processing unit communicates with two baseband processing modules, so uses two base band by reasonable distribution
Processing module so that two baseband processing modules all in normally open, thus need not ensure that mobile terminal processes two use
The power consumption of baseband processing module is decreased while the business of family card.The concrete configuration mode of described multiplexing configuration module will be
Described in specific embodiment hereafter.
Also include on described baseband chip 11: the first radio frequency interface 1151 and the second radio frequency interface 1152, as base band core
Connection interface between sheet 11 and radio frequency processing module, described first radio frequency interface 1151 is for connecting the first radio frequency processing module
121, described second radio frequency interface 1152 is for connecting the second radio frequency processing module 122.On described baseband chip 11, described
One radio frequency interface 1151 and the second radio frequency interface 1152 the most respectively with the first baseband processing module 111 and the second baseband processing module
112 are connected.
First user card interface 1161 and the second subscriber card interface 1162, as the company between baseband chip 11 and subscriber card
Connection interface, described first user card interface 1161 is used for connecting first user card 131 and the first communication protocol processing unit 1131,
Described second subscriber card interface 1162 is for connecting the second subscriber card 132 and the second communication protocol processing unit 1132.
Interactive module 117, described interactive module 117 processes with the first communication protocol in described protocol process module 113
Unit the 1131, second communication protocol processing unit 1132 and GPRS protocol processing unit 1133 is connected, the most described alternately
Module 117 is connected with the keypad/display 14 in mobile terminal 1 also by keypad/display interface 118.By described friendship
The information that module 117 can realize between user and mobile terminal mutually is mutual.
Further, in the present embodiment, described baseband processing module (includes the first baseband processing module 111 and second
Baseband processing module 112), described protocol process module 113 and described multiplexing configuration module 114 be integrated in same baseband chip,
So it is possible not only to cost-effective, reduction power consumption, also improves to a certain extent and believe between each processing module on baseband chip
The efficiency of breath transmission.On the other hand, owing to above-mentioned modules is all integrated on same baseband chip, therefore in mobile terminal
When using this baseband chip, it is only necessary to some general-purpose interfaces (keyboard in such as the present embodiment/aobvious is set on this baseband chip
Display screen interface 118, microphone interface 119, subscriber card interface 1161 and 1162, radio frequency interface 1151 and 1152) and peripheral chip
(or peripheral circuit) is set up and is communicated to connect, and these general-purpose interfaces have a unified interface standard, this connects with general
Mouthful baseband chip go for various mobile terminal, for apply this baseband chip engineer provide the biggest just
Profit, and then also reduce construction cycle and the cost of mobile terminal.
Describe in detail described in mobile terminal as shown in Figure 1 multiple below according to duties different residing for mobile terminal
Configuration mode by configuration module 114.
Embodiment one
As shown in Figure 2 A be the structure of a kind of configuration mode of described multiplexing configuration module of embodiments of the invention one
Schematic diagram.
In the present embodiment, described mobile terminal is in holding state, and under this duty, mobile terminal needs to receive two
Open beep-page message and the system message of subscriber card.It will be appreciated by those skilled in the art that between the base station and mobile terminals, beep-page message
General paging channel by CCCH (Common Control Channel, CCCH) (Paging Channel,
PCH) transmission, and system message is typically transmitted by BCCH (Broadcast Control Channel, BCCH).
For same subscriber card, the beep-page message of this subscriber card and the reception time of system message will not clash.And it is right
For double-card mobile terminal, due to the reason such as the sequential relationship of each community in network, described first user card and second is used
Family card receives the time of beep-page message it may happen that conflict, receive the time of system message it can also happen that conflict, receive first
The beep-page message of subscriber card (or second subscriber card) and the system message receiving the second subscriber card (or first user card) are likely to
Clash.
In the present embodiment, described multiplexing configuration module is the reception time of beep-page message based on two subscriber cards, is
The system message receiving time and another subscriber card of the beep-page message receiving time and a subscriber card of system message
The reception time does not the most deposit and configures two communication protocol processing units in the case of a conflict and two baseband processing modules are carried out
The mode of communication.
Specifically, with reference to Fig. 2 A, described multiplexing configuration module 114 includes the first standby dispensing unit 1141, described the
One standby dispensing unit 1141, for the most not depositing in the case of a conflict in the reception time of above-mentioned various message, configures described the
One communication protocol processing unit 1131 and described second communication protocol processing unit 1132 respectively with the first baseband processing module 111
Communicate beep-page message and/or the system message receiving two subscriber cards with timesharing.In such a case, it is possible to temporary close
Described second baseband processing module 112, thus reduce the power consumption of baseband processing module.Certainly, in other embodiments, it is also possible to
It is that described first standby dispensing unit 1141 configures described first communication protocol processing unit 1131 and described second communication protocol
Processing unit 1132 communicates the beep-page message receiving two subscriber cards with timesharing respectively with the second baseband processing module 112
And/or system message, so can be with the first baseband processing module 111 described in temporary close.
Embodiment two
As shown in Figure 2 B be the structure of a kind of configuration mode of described multiplexing configuration module of embodiments of the invention two
Schematic diagram.
Unlike above-described embodiment one, in the present embodiment, although the duty of described mobile terminal is still
Be in holding state, but the beep-page message of two subscriber cards receive time or the reception time or one of system message
There is conflict in the reception time of the system message receiving time and another subscriber card opening the beep-page message of subscriber card.
In the present embodiment, described multiplexing configuration module is the reception time existence of beep-page message based on two subscriber cards
There is connecing of the beep-page message of conflict or a subscriber card in the reception time of the system message of conflict or two subscriber cards
Deposit configure in the case of a conflict at two communication protocols with reception time of system message of another subscriber card between the time receiving
The mode that reason unit and two baseband processing modules communicate.
Specifically, with reference to Fig. 2 B, described multiplexing configuration module 114 includes the second standby dispensing unit 1142, described the
Two standby dispensing units 1142, for depositing in the case of a conflict in the reception time of any of the above-described kind of message, configure described first
The paging that communication protocol processing unit 1131 communicates to receive first user card 131 with the first baseband processing module 111 disappears
Breath and/or system message, configure described second communication protocol processing unit 1132 and communicate with the second baseband processing module 112
To receive beep-page message and/or the system message of the second subscriber card 132.Owing to beep-page message and the system of same subscriber card disappear
The reception time of breath does not typically have conflict, is therefore received the paging of two subscriber cards respectively by two baseband processing modules
Message and/or system message, it is ensured that mobile terminal does not omit beep-page message and the system message of two subscriber cards.Certainly,
Can also be that described second standby dispensing unit 1141 configures at described first communication protocol processing unit 1131 and the second base band
Reason module 112 communicates to receive beep-page message and/or the system message of first user card 131, configures the second communication protocol
Processing unit 1132 and the first baseband processing module 111 communicate receive the beep-page message of the second subscriber card 132 and/or be
System message.
Further, in other embodiments, it is also possible to beep-page message and system message to two subscriber cards are arranged not
With priority, when 330 receiving between receive priority high message when there is conflict.It is to say, synchronization has only to receive
The beep-page message of one subscriber card or system message, the configuration mode of the most described multiplexing configuration module 114 is referred to above-mentioned
The configuration mode of the first standby dispensing unit 1141 described in embodiment one, will configure described first communication protocol processing unit
1131 and second communication protocol processing unit 1132 respectively with the first baseband processing module 111(or the second baseband processing module
112) communicate.According to such configuration mode, mobile terminal in the standby state, is ensureing two subscriber card medium priorities
On the premise of high message is not missed, decrease the power consumption of baseband processing module.
Wherein, described priority orders can set in advance in described mobile terminal, both can be set by operator, also
Can be with user's sets itself.The standard setting priority can be to determine according to different subscriber cards, such as first user card
Priority higher than the priority of the second subscriber card, i.e. receive the priority of the beep-page message of first user card and system message all
Higher than the beep-page message and the system message that receive the second subscriber card.Can also determine according to different reception message, such as, seek
Exhale the priority priority higher than system message of message, i.e. for first user card and the second subscriber card, every reception
The priority of beep-page message is all higher than the priority receiving system message.In actual applications, the setting of described priority orders
Being not limited to aforesaid way, those skilled in the art can also determine described priority orders according to other standards, at this not
Repeat again.
Embodiment three
It is the structure of a kind of configuration mode of the described multiplexing configuration module of embodiments of the invention three as that shown in fig. 2 c
Schematic diagram.
When a subscriber card in described mobile terminal enters the state of voice communications related service, such as, respond quilt
It is business, initiates calling service, short message service, location area updating business etc., need a baseband processing module is separately configured
Processing this business, the baseband processing module being so configured just cannot take into account the task of processing another subscriber card, in this situation
Under, described multiplexing configuration module needs to configure the communication protocol processing unit of another baseband processing module and another subscriber card and carries out
Communication is with the task of processing another subscriber card.
Specifically, in this example, it is assumed that first user card in the terminal enters voice communications phase
During the state of pass business, continue to beep-page message and/or the system message of the second subscriber card.As shown in Figure 2 C, described multiplexing
Configuration module 114 includes the first dispensing unit 1143, and described first dispensing unit 1143 is for the in described mobile terminal
In the case of one subscriber card 131 enters the state of voice communications related service, configure described first communication protocol and process single
Unit 1131 and the first baseband processing module 111 communicate to process the voice communication related service of described first user card 131,
Configure described second communication protocol processing unit 1132 and described second baseband processing module 112 and communicate to receive described the
The beep-page message of two subscriber cards 132 and/or system message.It is of course also possible to be described in described first dispensing unit 1131 configures
First communication protocol processing unit 1131 and the second baseband processing module 112 communicate to process described first user card 131
Voice communication related service, configure described second communication protocol processing unit 1132 and described first baseband processing module 111
Communicate to receive beep-page message and/or the system message of described second subscriber card 132.
Further, in the present embodiment, if when described first user card voice communications related service,
When described second subscriber card is also required to voice communications related service, by configuring and described second communication protocol processing unit
1132 baseband processing modules communicated (first baseband processing module 111 or the second baseband processing module 112) process
The voice communication related service of two subscriber cards 132.
In other embodiments, it is assumed that when the second subscriber card in mobile terminal enters voice communications related service
During state, continue to beep-page message and/or the system message of first user card.Specifically, it is referred to above-mentioned first join
Put the configuration mode of unit 1143, configure the second communication protocol processing unit 1132 and baseband processing module communicate with
Process the voice communication related service of described second subscriber card 132, configure the first communication protocol processing unit 1131 and another
Baseband processing module communicates to receive beep-page message and/or the system message of described first user card 131.
Further, if when described second subscriber card voice communications related service, described first user
When card is also required to voice communications related service, communicate with described first communication protocol processing unit 1131 by configuring
Baseband processing module (first baseband processing module 111 or the second baseband processing module 112) process first user card 131
Voice communication related service.
It should be noted that as shown in fig. 2 b and fig. 2 c, although described second standby dispensing unit 1142 and described first
Dispensing unit 1143 configuration mode is similar, but actually the difference under mobile terminal is in different operating state configured
Journey, the configuration mode of wherein said second standby dispensing unit 1142 is a kind of configuration under mobile terminal is in holding state
Mode, and the configuration mode of described first dispensing unit 1143 is that a subscriber card voice communications is correlated with in the terminal
A kind of configuration mode of business.
Embodiment four
When the present embodiment is based on a subscriber card entrance process GPRS data service condition in described mobile terminal, described
The communication party of each protocol processing unit and two baseband processing modules in multiplexing configuration module how configuration protocol processing module
Formula.In the present embodiment, described multiplexing configuration module needs according to the user entering GPRS data Business Processing in mobile terminal
Whether card is configured to support descending pair of carrier frequency to determine concrete configuration mode, and concrete configuration process will be the most detailed
Thin description.
Those skilled in the art know, according to GSM evolution scheme, i.e. and enhanced data rates for gsm evolution technology
(Enhanced Data Rate for GSM Evolution, EDGE) introduces descending pair of carrier frequency technology, i.e. mobile terminal
Downlink data can be received on two carrier frequency simultaneously, the speed of data transmission will be improved the most undoubtedly.In actual applications, also
Having developed downlink double/multi-load frequency technology further, mobile terminal can receive downlink data on multiple carrier frequency simultaneously, and its data pass
Defeated speed nearly reaches the requirement to message transmission rate of the 3G system.
As shown in Figure 2 D be the structure of a kind of configuration mode of described multiplexing configuration module of embodiments of the invention four
Schematic diagram.Multiplexing configuration module as shown in Figure 2 D is that the subscriber card entering GPRS data business processing status is configured to support
The structural representation of the concrete configuration mode in the case of descending pair of carrier frequency.
With reference to Fig. 2 D, described multiplexing configuration module 114 includes judging unit 1144 and the second dispensing unit 1145.In this reality
Execute in example, be allocated to as a example by described first user card 131 processes GPRS data business by described GPRS protocol processing unit 1133
It is described.
Specifically, described judging unit 1144 processes GPRS for first user card 131 entrance in described mobile terminal
During the state of data service, it is judged that whether described first user card 131 is configured to support descending pair of carrier frequency.In actual applications,
Whether subscriber card is configured to support that descending pair of carrier frequency needs jointly to determine based on network side (being primarily referred to as base station) and mobile terminal.
Specifically, on the one hand, mobile terminal is notified that in start attaching process whether base station is configured with double carrier frequency, is namely moving
Two baseband processing modules (corresponding two radio frequency processing modules) whether it are provided with in dynamic terminal；On the other hand, base station is in distribution
Also it is notified that during channel whether the downlink data that mobile terminal is transmitted passes through double carrier transmission.In the present embodiment, sentence described in
Based on above-mentioned two aspects, disconnected unit 1144 can judge whether the subscriber card entering GPRS data Business Processing is configured under support
The double carrier frequency of row.
Described second dispensing unit 1145, in the case of the judged result at described judging unit 1144 is for being, configures
Two baseband processing modules are processed by the communication protocol of described GPRS protocol processing unit 1133 with described first user card 131
Unit (the i.e. first communication protocol processing unit 1131) communicates to process the GPRS data industry of described first user card 131
Business.According to the configuration mode of described second dispensing unit 1145, process described first user card 131 at described mobile terminal
In GPRS data business procedure, it is impossible to take into account beep-page message and/or the system message receiving two subscriber cards.
In other embodiments, if described GPRS protocol processing unit 1133 is allocated to described second subscriber card 132 and processes
GPRS data business, will described GPRS protocol processing unit 1133 be connected with described second communication protocol processing unit 1132
Connect.In the case of described judging unit 1144 judges that described second subscriber card 132 is configured to support descending pair of carrier frequency, described
Two dispensing units 1145 can also be according to above-mentioned configuration mode two baseband processing modules of configuration by described GPRS protocol processes
Unit 1133 and described second communication protocol processing unit 1132 communicate to process the GPRS data industry of the second subscriber card 132
Business.
As shown in Figure 2 E be the knot of another kind of configuration mode of described multiplexing configuration module of embodiments of the invention four
Structure schematic diagram.Multiplexing configuration module as shown in Figure 2 E is that the subscriber card entering GPRS data business processing status is configured without
Structural representation for the concrete configuration mode in the case of descending pair of carrier frequency of support.
With reference to Fig. 2 E, described multiplexing configuration module 114 includes judging unit 1144 and the 3rd dispensing unit 1146.In this reality
Execute in example, be allocated to as a example by described first user card 131 processes GPRS data business by described GPRS protocol processing unit 1133
It is described.
Specifically, described judging unit 1144 is also to process for first user card 131 entrance in described mobile terminal
During the state of GPRS data business, it is judged that whether described first user card 131 is configured to support descending pair of carrier frequency.Described 3rd joins
Put unit 1146 in the case of the judged result of described judging unit 1144 is no, configure described first Base-Band Processing mould
Block 111 is (i.e. described with the communication protocol processing unit of described first user card 131 by described GPRS protocol processing unit 1133
First communication protocol processing unit 1131) communicate to process the GPRS data business of described first user card 131.
Certainly, in the present embodiment, described 3rd dispensing unit 1146 can also configure described second baseband processing module
112 by described GPRS protocol processing unit 1133 and the communication protocol processing unit of described first user card 131 (the most described the
One communication protocol processing unit 1131) communicate to process the GPRS data business of described first user card 131.
In other embodiments, if described GPRS protocol processing unit 1133 is allocated to described second subscriber card 132 and processes
GPRS data business, will described GPRS protocol processing unit 1133 be connected with described second communication protocol processing unit 1132
Connect.In the case of described judging unit 1144 judges that described second subscriber card 132 is configured without as supporting descending pair of carrier frequency, institute
State the 3rd dispensing unit 1146 and can also configure one of them baseband processing module by described GPRS according to above-mentioned configuration mode
Protocol processing unit 1133 and described second communication protocol processing unit 1132 communicate to process described second subscriber card 132
GPRS data business.
It can be seen that configure the configuration mode of module in described multiplexing as shown in Figure 2 E, owing to processing GPRS data industry
The subscriber card of business is configured without as supporting descending pair of carrier frequency, therefore has only to configure a baseband processing module by described GPRS
Protocol processing unit 1133 communicates to process the GPRS data of this subscriber card with the communication protocol processing unit of this subscriber card
Business, then another baseband processing module may be used for processing other tasks.Specific as follows:
As shown in Figure 2 F be the knot of another kind of configuration mode of described multiplexing configuration module of embodiments of the invention four
Structure schematic diagram.The configuration mode of module 114 is configured, due to described 3rd dispensing unit based on the described multiplexing shown in above-mentioned Fig. 2 E
1146 are only configured with described first baseband processing module 111 is communicated with described first by described GPRS protocol processing unit 1133
Protocol processing unit 1131 communicates to process the GPRS data business of described first user card 131, therefore at the present embodiment
In, described multiplexing configuration module 114 also includes the 4th dispensing unit 1147, and described 4th dispensing unit 1147 is for sentencing described
The judged result of disconnected unit 1144 be no in the case of, configure described second baseband processing module 112 and described second communication protocols
View processing unit 1132 communicates to receive beep-page message and/or the system message of described second subscriber card 132.Further
Ground, when described second subscriber card 132 needs the process state entering voice communication related service, described second Base-Band Processing mould
Block 112 can be by communicating to process this voice communication related service with described second communication protocol processing unit 1132.
In the present embodiment, if described 3rd dispensing unit 1146 configures described second baseband processing module 112 and passes through institute
State GPRS protocol processing unit 1133 to communicate to process described first use with described first communication protocol processing unit 1131
Under the GPRS data service conditions of family card 131, described 4th dispensing unit 1147 can configure described first baseband processing module
111 with described second communication protocol processing unit 1132 communicate to receive the beep-page message of described second subscriber card 132 and/
Or system message.
In other embodiments, if described GPRS protocol processing unit 1133 is allocated to described second subscriber card 132 and processes
GPRS data business, will described GPRS protocol processing unit 1133 be connected with described second communication protocol processing unit 1132
Connect.One of them baseband processing module is configured by described GPRS according to above-mentioned configuration mode at described 3rd dispensing unit 1146
Protocol processing unit 1133 and described second communication protocol processing unit 1132 communicate to process described second subscriber card 132
GPRS data business in the case of, described 4th dispensing unit 1147 can configure another baseband processing module and described first
Communication protocol processing unit 1131 communicates to receive beep-page message and/or the system message of described first user card 131.
As shown in Figure 2 G be the knot of another kind of configuration mode of described multiplexing configuration module of embodiments of the invention four
Structure schematic diagram.On the basis of the described multiplexing shown in above-mentioned Fig. 2 F configures the configuration mode of module 114, at described first user
Reception time, the reception time of system message and a subscriber card of the beep-page message of card 131 and described second subscriber card 132
Reception time of beep-page message and reception time of system message of another subscriber card the most do not deposit in the case of a conflict, also
Can configure another baseband processing module respectively with described first communication protocol processing unit 1131 and described second communication protocol
Processing unit 1132 communicates beep-page message and/or the system message receiving two subscriber cards with timesharing.
Specifically, in the present embodiment, with reference to Fig. 2 G, described multiplexing configuration module 114 also includes the 5th dispensing unit
1148, described 5th dispensing unit 1148, in the case of the judged result of described judging unit 1144 is no, configures institute
State the second baseband processing module 112 to process with described first communication protocol processing unit 1131 and described second communication protocol respectively
Unit 1132 communicates beep-page message and/or the system message receiving two subscriber cards with timesharing.
In the present embodiment, if described 3rd dispensing unit 1146 configures described second baseband processing module 112 and passes through institute
State GPRS protocol processing unit 1133 to communicate to process described first use with described first communication protocol processing unit 1131
Under the GPRS data service conditions of family card 131, described 5th dispensing unit 1148 can configure described first baseband processing module
111 communicate with described first communication protocol processing unit 1131 and described second communication protocol processing unit 1132 respectively with
Timesharing receives beep-page message and/or the system message of two subscriber cards.
In other embodiments, if described GPRS protocol processing unit 1133 is allocated to described second subscriber card 132 and processes
GPRS data business, will described GPRS protocol processing unit 1133 be connected with described second communication protocol processing unit 1132
Connect.One of them baseband processing module is configured by described GPRS according to above-mentioned configuration mode at described 3rd dispensing unit 1146
Protocol processing unit 1133 and described second communication protocol processing unit 1132 communicate to process described second subscriber card 132
GPRS data business in the case of, described 5th dispensing unit 1148 can configure another baseband processing module respectively with described
First communication protocol processing unit 1131 and described second communication protocol processing unit 1132 communicate and receive two with timesharing
The beep-page message of subscriber card and/or system message.
The embodiment of the present invention additionally provides the communication configuration method of a kind of mobile terminal.In the present embodiment, described movement
The concrete structure of terminal is referred to the structural representation of mobile terminal as shown in Figure 1, and is configured module root by described multiplexing
The communication configuration process described in the present embodiment is completed according to the different operating state residing for mobile terminal.
As shown in Figure 3 be the schematic flow sheet of embodiment of communication configuration method of a kind of mobile terminal of the present invention.
Described communication configuration method includes: configure each agreement in described protocol process module according to the duty of described mobile terminal
The mode that processing unit and two baseband processing modules communicate.
Specifically, as described in step S1, if described mobile terminal is in holding state and described first user card and second
The time that receives of the beep-page message of subscriber card, system message the reception of the beep-page message receiving time and a subscriber card time
Between and reception time of system message of another subscriber card the most there is not conflict, the communication protocol of configuration first user card processes
The communication protocol processing unit of unit and the second subscriber card communicates with a baseband processing module respectively.
As described in step S2, if described mobile terminal is in holding state and described first user card and the second subscriber card
Reception time of the beep-page message receiving time or a subscriber card receiving time or system message of beep-page message and
There is conflict in the reception time of the system message of another subscriber card, configures the communication protocol processing unit of described first user card
Communicate with a baseband processing module, configure communication protocol processing unit and another Base-Band Processing mould of described second subscriber card
Block communicates.
As described in step S3, if the subscriber card in described mobile terminal enters the shape of voice communications related service
State, the communication protocol processing unit and the baseband processing module that configure this subscriber card communicate to process described voice communication phase
Pass business, the communication protocol processing unit configuring another subscriber card communicates to receive this another with another baseband processing module
The beep-page message of subscriber card and/or system message.
As described in step S4, if a subscriber card entrance processes the state of GPRS data business in described mobile terminal, sentence
Whether this subscriber card disconnected is configured to support descending pair of carrier frequency；In the case of the judged result of described step S4 is for being, perform step
Rapid S5, configures two baseband processing modules communication protocol processing unit by described GPRS protocol processing unit Yu this subscriber card
Communicate to process the GPRS data business of this subscriber card.In the case of the judged result of described step S4 is no, perform
Step S6, configures the baseband processing module communication protocol processing unit by described GPRS protocol processing unit Yu this subscriber card
Communicate to process the GPRS data business of this subscriber card.
Further, performing step S7 in the case of the judged result of described step S4 is no, described step S7 is permissible
It is that the communication protocol processing unit configuring another baseband processing module and another subscriber card communicates to receive this another user
The beep-page message of card and/or system message.Described step S7 can also be to configure another baseband processing module respectively with described the
The communication protocol processing unit of one subscriber card and the communication protocol processing unit of described second subscriber card communicate and connect with timesharing
Receive beep-page message and/or the system message of two subscriber cards.
It should be noted that the communication configuration method described in the present embodiment is not limited to schematic flow sheet as shown in Figure 3
In execution sequence between each step, as long as the duty residing for presently described mobile terminal meets above-mentioned steps S1, step
Condition in S2, step S3, step S4, then perform corresponding communication configuration method.
Although the present invention is open as above with preferred embodiment, but it is not for limiting the present invention, any this area
Technical staff without departing from the spirit and scope of the present invention, may be by the method for the disclosure above and technology contents to this
Bright technical scheme makes possible variation and amendment, therefore, every content without departing from technical solution of the present invention, according to the present invention
Technical spirit any simple modification, equivalent variations and modification that above example is made, belong to technical solution of the present invention
Protection domain.
Claims (15)
1. a mobile terminal, it is characterised in that including:
Two baseband processing modules and two radio frequency processing modules；
Protocol process module, described protocol process module includes the communication protocol processing unit of first user card, the second subscriber card
Communication protocol processing unit and GPRS protocol processing unit；
Multiplexing configuration module, configures each agreement in described protocol process module for the duty according to described mobile terminal
The mode that processing unit and two baseband processing modules communicate；
Described multiplexing configuration module includes:
Judging unit, when in described mobile terminal, a subscriber card entrance processes the state of GPRS data business, it is judged that should
Whether subscriber card is configured to support descending pair of carrier frequency；
Second dispensing unit, in the case of the judged result at described judging unit is for being, configures two Base-Band Processing moulds
Block communicates to process this subscriber card by the communication protocol processing unit of described GPRS protocol processing unit Yu this subscriber card
GPRS data business；
3rd dispensing unit, in the case of the judged result of described judging unit is no, configures a baseband processing module
Communicate to process this subscriber card by the communication protocol processing unit of described GPRS protocol processing unit Yu this subscriber card
GPRS data business.
Mobile terminal the most according to claim 1, it is characterised in that described multiplexing configuration module includes:
First standby dispensing unit, for being in holding state and described first user card and the second user at described mobile terminal
The time that receives of the beep-page message of card, system message the beep-page message receiving time and a subscriber card the reception time and
The reception time of the system message of another subscriber card does not the most deposit in the case of a conflict, configures the communication of described first user card
The communication protocol processing unit of protocol processing unit and the second subscriber card all communicates with a baseband processing module.
Mobile terminal the most according to claim 1, it is characterised in that described multiplexing configuration module includes:
Second standby dispensing unit, for being in holding state and described first user card and the second user at described mobile terminal
During the reception of the beep-page message receiving time or a subscriber card receiving time or system message of the beep-page message of card
Between and reception time of system message of another subscriber card deposit in the case of a conflict, configure the communication of described first user card
Protocol processing unit communicates with a baseband processing module, configures the communication protocol processing unit of described second subscriber card with another
One baseband processing module communicates.
Mobile terminal the most according to claim 1, it is characterised in that described multiplexing configuration module includes:
First dispensing unit, enters the state of voice communications related service for the subscriber card in described mobile terminal
In the case of, the communication protocol processing unit and the baseband processing module that configure this subscriber card communicate to process described voice
Communication related service, the communication protocol processing unit configuring another subscriber card communicates to receive with another baseband processing module
The beep-page message of this another subscriber card and/or system message.
Mobile terminal the most according to claim 1, it is characterised in that described multiplexing configuration module also includes:
4th dispensing unit, in the case of the judged result of described judging unit is no, configures another Base-Band Processing mould
Block communicates to receive the beep-page message of this another subscriber card and/or system with the communication protocol processing unit of another subscriber card
Message.
Mobile terminal the most according to claim 1, it is characterised in that described multiplexing dispensing unit also includes:
5th dispensing unit, in the case of the judged result of described judging unit is no, configures another Base-Band Processing mould
Block communication protocol processing unit with the communication protocol processing unit of described first user card and described second subscriber card respectively enters
Row communication receives beep-page message and/or the system message of two subscriber cards with timesharing.
Mobile terminal the most according to claim 1, it is characterised in that described baseband processing module, protocol process module and
Described multiplexing configuration module is integrated in same baseband chip.
Mobile terminal the most according to claim 1, it is characterised in that the communication protocol processing unit of described first user card
It is gsm communication protocol processing unit with the communication protocol processing unit of the second subscriber card.
9. the communication configuration method of a mobile terminal, it is characterised in that
Described mobile terminal includes:
Two baseband processing modules and two radio frequency processing modules；
Protocol process module, described protocol process module includes the communication protocol processing unit of first user card, the second subscriber card
Communication protocol processing unit and GPRS protocol processing unit；
Described communication configuration method includes:
Duty according to described mobile terminal configures each protocol processing unit and two bases in described protocol process module
The mode that tape handling module communicates；
Each protocol processing unit and two in described protocol process module is configured according to the duty residing for described mobile terminal
The mode that individual baseband processing module communicates includes:
If a subscriber card entrance processes the state of GPRS data business in described mobile terminal, it is judged that whether this subscriber card configures
For supporting descending pair of carrier frequency；
In the case of above-mentioned judged result is for being, configure two baseband processing modules by described GPRS protocol processing unit with
The communication protocol processing unit of this subscriber card communicates to process the GPRS data business of this subscriber card；
In the case of above-mentioned judged result is no, configures a baseband processing module and by described GPRS protocol processing unit and be somebody's turn to do
The communication protocol processing unit of subscriber card communicates to process the GPRS data business of this subscriber card.
The communication configuration method of mobile terminal the most according to claim 9, it is characterised in that according to described mobile terminal
Residing duty configures each protocol processing unit in described protocol process module and leads to two baseband processing modules
The mode of letter includes:
If during the reception of the beep-page message that described mobile terminal is in holding state and described first user card and the second subscriber card
Between, the reception time of system message and the reception time of beep-page message of a subscriber card and the system of another subscriber card disappear
The most there is not conflict, the communication protocol processing unit of configuration first user card and the communication protocols of the second subscriber card in the reception time of breath
View processing unit all communicates with a baseband processing module.
The communication configuration method of 11. mobile terminals according to claim 9, it is characterised in that according to described mobile terminal
Residing duty configures each protocol processing unit in described protocol process module and leads to two baseband processing modules
The mode of letter includes:
If during the reception of the beep-page message that described mobile terminal is in holding state and described first user card and the second subscriber card
Between or reception time of beep-page message of the reception time of system message or a subscriber card and another subscriber card be
There is conflict in the reception time of system message, configures communication protocol processing unit and a baseband processing module of described first user card
Communicating, the communication protocol processing unit configuring described second subscriber card communicates with another baseband processing module.
The communication configuration method of 12. mobile terminals according to claim 9, it is characterised in that according to described mobile terminal
Residing duty configures each protocol processing unit in described protocol process module and leads to two baseband processing modules
The mode of letter includes:
If the subscriber card in described mobile terminal enters the state of voice communications related service, configure the logical of this subscriber card
Letter protocol processing unit communicates to process described voice communication related service with a baseband processing module, configures another user
Communication protocol processing unit and another baseband processing module of card communicate to receive the beep-page message of this another subscriber card and/
Or system message.
The communication configuration method of 13. mobile terminals according to claim 9, it is characterised in that be in above-mentioned judged result
In the case of no, also include: the communication protocol processing unit configuring another baseband processing module and another subscriber card communicates
To receive beep-page message and/or the system message of this another subscriber card.
The communication configuration method of 14. mobile terminals according to claim 9, it is characterised in that be in above-mentioned judged result
In the case of no, also include: configure another baseband processing module respectively with the communication protocol processing unit of described first user card
With the communication protocol processing unit of described second subscriber card communicate with timesharing receive two subscriber cards beep-page message and/or
System message.
The communication configuration method of 15. mobile terminals according to claim 9, it is characterised in that described first user card
The communication protocol processing unit of communication protocol processing unit and the second subscriber card is gsm communication protocol processing unit.
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| CN105792319B (en) * | 2014-12-24 | 2019-11-05 | 中国移动通信集团公司 | A kind of the access module switching method and relevant device of multimode double-terminal |
| CN106792787B (en) * | 2015-11-24 | 2019-09-17 | 展讯通信（上海）有限公司 | Mobile terminal reception control method and device |
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