CN105991831B - Device and method that Subscriber Identity Module in card slot is driven, a kind of terminal - Google Patents
Device and method that Subscriber Identity Module in card slot is driven, a kind of terminal Download PDFInfo
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- CN105991831B CN105991831B CN201510086476.6A CN201510086476A CN105991831B CN 105991831 B CN105991831 B CN 105991831B CN 201510086476 A CN201510086476 A CN 201510086476A CN 105991831 B CN105991831 B CN 105991831B
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Abstract
The present invention relates to the device and methods driven to Subscriber Identity Module in card slot, a kind of terminal.Described device includes: at least two card slot controllers, first memory and driving interface；The card slot controller is suitable for carrying out information exchange with the Subscriber Identity Module in corresponding card slot when it is driven；The driving interface has the correlation map with the card slot controller, the first memory is suitable for recording the correlation map, the driving interface is suitable for being called when multi-mode protocol stack receives the user information for being directed toward selected Subscriber Identity Module, and the correlation map driving recorded by the first memory and its card slot controller with correlation map；The correlation map that the first memory is recorded is adjusted when the corresponding relationship of the selected Subscriber Identity Module and Subscriber Identity Module in card slot changes.The present invention can realize the self-adapting correction of Subscriber Identity Module title in double-terminal or multi-card terminal card slot silk-screen printing mistake.
Description
Technical field
The present invention relates to wireless communication technology field, in particular to Subscriber Identity Module is driven in a kind of pair of card slot dress
It sets and method, a kind of terminal.
Background technique
Many specification protocols have been developed in current wireless communication technique, wherein commonly using in the terminal of mobile device
Include following system:
GSM(Global System for Mobil Communication)；
CDMA(Code Division Multiple Access)；
UMTS(Universal Mobile Telecommunications System)；And
LTE (Long Term Evolution), it includes following system that LTE system is classified again:
TDD-LTE(Time Division Duplexing-LTE)；And
FDD-LTE(Frequency Division Duplexing-LTE)。
Diversity and complexity based on wireless communication technique modular system, terminal in the prior art can be whole for double card
End or multi-card terminal.Double-terminal and multi-card terminal can satisfy the need that user uses different mobile systems in same terminal
It asks, user is made to carry out more communication services, communication service needed for user can also be allowed to be based on double card or more card flexible choices, from
And improve the service performance of terminal.
Above-mentioned double card or more cards refer to can having the configuration of multiple Subscriber Identity Modules (in the following contents in a terminal
In, it is related to card/subscriber card/identification card meaning and each means Subscriber Identity Module), Subscriber Identity Module configuration can be according to institute in terminal
Depending on the not homologous ray used, such as:
For existing simultaneously the system function of GSM and CDMA in terminal, GSM user can be existed simultaneously in terminal at this time
Identification module (SIM, Subscriber Identity Module) and CDMA subscriber identification module (UIM, User Identity
Module), the configuring condition of terminal user's identification card can then correspond to configuration SIM card and UIM card；
It, at this time can be same in terminal for existing simultaneously the system function of GSM, CDMA and UMTS (or LTE) in terminal
When there are GSM subscriber identification module, CDMA subscriber identification module and UMTS (or LTE) subscriber identification module (USIM,
Universal Subscriber Identity Module), the configuring condition of terminal user's identification card can then correspond to configuration
SIM card, UIM card and usim card；
The double card or more card configurations of other communication systems and corresponding Subscriber Identity Module are then similar.
For double-terminal or multi-card terminal, in order to distinguish two cards or multiple cards, terminal is needed in configuration to slotting
The Subscriber Identity Module entered in card slot distinguishes.A kind of common method is that similar " SIM1 " is printed on different card slots,
The silk-screen of " SIM2 ", such as card slot 1 is printed into " SIM1 ", card slot 2 is printed into " SIM2 ", is respectively intended to mark in different card slots
Card, and it is corresponding with the card title shown in terminal display screen.
But in some cases, above-mentioned silk-screen may print instead, such as card slot 1 is printed to " SIM2 ", and card slot 2 is printed
At " SIM1 ".It is aobvious in terminal when card slot 1 is inserted into Subscriber Identity Module in the case where above-mentioned silk-screen printing mistake occurs
The entitled SIM1 of the card that display screen is shown, but user is really to be inserted into card in the card slot 1 that silk-screen is " SIM2 ", leads to terminal usability
It can reduce, cause the interaction problems such as communication service operating error.The prior art can not be in double-terminal or multi-card terminal card slot silk
Adaptive correction is given when print printing mistake.
Summary of the invention
The technical issues of technical solution of the present invention is solved is how to print in double-terminal or multi-card terminal card slot silk-screen
The self-adapting correction of Subscriber Identity Module title is realized when mistake.
In order to solve the above-mentioned technical problem, technical solution of the present invention provides Subscriber Identity Module in a kind of pair of card slot and drives
Dynamic device is based on terminal multi-mode protocol stack, comprising: at least two card slot controllers, first memory and driving interface；
The card slot controller is suitable for carrying out information exchange with the Subscriber Identity Module in corresponding card slot when it is driven；Institute
Driving interface is stated with the correlation map with the card slot controller, the first memory is suitable for recording the correlation map,
The driving interface is suitable for being called when multi-mode protocol stack receives the user information for being directed toward selected Subscriber Identity Module, and borrows
The correlation map driving for helping the first memory to be recorded and its card slot controller with correlation map；First storage
The quilt when corresponding relationship of the correlation map that device is recorded Subscriber Identity Module in the selected Subscriber Identity Module and card slot changes
Adjustment.
Optionally, the card slot controller includes: the first buffer, the second buffer and card slot port, the card slot end
Mouth is suitable for transmitting Subscriber Identity Module of the information into corresponding card slot；The card slot controller be suitable for by information preservation to be sent in
First buffer, and convert this information into and meet the signal form of interface standard and be transferred to the card slot port, simultaneously
The information preservation that Subscriber Identity Module in corresponding card slot is returned is in second buffer；
The multi-mode protocol stack is suitable for operating mode based on the terminal and executes the first general information, and according to described the
One general information forms the information for calling driving interface, and first general information and described be directed toward selected Subscriber Identity Module
User information is related.
Optionally, the driving interface is further adapted for reading the information in second buffer when called and by the letter
Breath is converted to the second general information that can be executed by the multi-mode protocol stack.
Optionally, first general information is also related to the information to be sent, and the driving interface is further adapted for
Being converted to first general information when called can be by the received information to be sent of the card slot controller.
Optionally, the driving interface is further adapted for initializing the card slot controller when called.
Optionally, the operating mode of the terminal is UMTS mode, GSM mode, CDMA mode or LTE mode.
Optionally, the Subscriber Identity Module in the card slot controller and card slot has unique corresponding relation.
Optionally, the driving interface and the selected Subscriber Identity Module have unique call relation.
Optionally, described device further include: second memory, the second memory are suitable for storing matching for Subscriber Identity Module
Confidence breath, the configuration information includes: the corresponding relationship of Subscriber Identity Module and the card slot controller and the tune with driving interface
With relationship.
Optionally, the second memory is integrated in the card slot controller.
Optionally, the second memory is register.
Optionally, the first memory is nonvolatile memory.
Optionally, when the selected Subscriber Identity Module in the groove position and card slot that user terminal is shown Subscriber Identity Module
Groove position then the corresponding relationship of Subscriber Identity Module changes in the selected Subscriber Identity Module and card slot when mismatching.
Optionally, when the knowledge that the selected Subscriber Identity Module identifies in the identification card title and card slot that user terminal is shown
Then the corresponding relationship of the selected Subscriber Identity Module and Subscriber Identity Module in card slot changes when card title does not mismatch.
Optionally, the Subscriber Identity Module is SIM card or usim card.
Optionally, described device further include:
Human-computer interaction module, suitable for the human-computer interaction interface between display terminal and user terminal, according to user terminal described
The input of human-computer interaction interface, sending can be by the received user informations of the multi-mode protocol stack.
In order to solve the above-mentioned technical problem, technical solution of the present invention additionally provides Subscriber Identity Module in a kind of pair of card slot and carries out
The method of driving is based on device as described above, comprising:
When multi-mode protocol stack receives the user information for being directed toward selected Subscriber Identity Module, call and the selected use
Family identification card has the driving interface of call relation, and the driving interface then drives and its card slot with correlation map controls
Device；
Card slot controller carries out information exchange with the Subscriber Identity Module in corresponding card slot when being driven；
The driving is adjusted when the corresponding relationship of Subscriber Identity Module changes in the selected Subscriber Identity Module and card slot
The correlation map of interface and card slot controller.
Optionally, the Subscriber Identity Module in the card slot controller and card slot has unique corresponding relation, and the driving connects
Mouth has unique call relation with the selected Subscriber Identity Module；
When the identification card name that the selected Subscriber Identity Module identifies in the identification card title and card slot that user terminal is shown
Then the corresponding relationship of the selected Subscriber Identity Module and Subscriber Identity Module in card slot changes when claiming to mismatch.
In order to solve the above-mentioned technical problem, technical solution of the present invention additionally provides a kind of terminal, comprising: display screen and as above
The device.
The technical effect of technical solution of the present invention includes at least:
Technical solution of the present invention is by increasing storage card to the device driven to Subscriber Identity Module configured in terminal
The first memory of correlation map between greeve controller and driving interface, in double-terminal or the printing of multi-card terminal card slot silk-screen
Above-mentioned correlation map is adjusted into (rewriting) in time when mistake, so as to adaptively realize that user shown by terminal upper layer knows
The Subscriber Identity Module not being inserted into card title and practical card slot is corresponding consistent, can correct card brought by card slot silk-screen misprint
Title shows wrong problem.
Technical solution of the present invention is added by the device that above-mentioned first memory drives terminal to Subscriber Identity Module
Correlation map between new configuration information namely card slot controller and driving interface in relation to card slot, and can be printed in card slot silk-screen
Brush mistake carries out time update to above-mentioned new configuration, realizes that the subscriber card of terminal protocol stack is shown and prints situation with card slot silk-screen
Between flexible configuration, total energy keeps terminal to show the corresponding of the Subscriber Identity Module being inserted into subscriber card title and practical card slot
Consistency.
In the optinal plan of technical solution of the present invention, match confidence using second memory storage Subscriber Identity Module
Breath, the configuration information of identification card include that the corresponding relationship of Subscriber Identity Module and the card slot controller and terminal are shown under identification card
Call driving interface relationship, using second memory store above-mentioned corresponding relationship and call relation, can automatic identification it is current
Card slot Subscriber Identity Module shows whether identification card is consistent with terminal, and thus judges whether to need to adjust in first memory to store
New configuration information (correlation map between card slot controller and driving interface).
Technical solution of the present invention is without additional addition hardware device, and the realization size of code of software section is small, to terminal hardware
And the modification amount of software is limited, is suitble to the terminal silk-screen for solving the problems, such as to occur under scale of mass production printing mistake, can save
Maintenance cost and production time brought by error correction.
Detailed description of the invention
Fig. 1 is a kind of the case where silk-screen is correctly printed in double-card mobile terminal card slot schematic diagram；
The case where Fig. 2 is silk-screen mistake printing in a kind of double-card mobile terminal card slot schematic diagram；
The apparatus structure signal that Subscriber Identity Module is driven in a kind of pair of card slot that Fig. 3 provides for technical solution of the present invention
Figure；
Fig. 4 is based on Fig. 3, and the structural schematic diagram of device under error situation is printed for a kind of card slot silk-screen；
Fig. 5 is that the apparatus structure that the another kind that technical solution of the present invention provides drives Subscriber Identity Module in card slot shows
It is intended to；
Fig. 6 is based on Fig. 5, and the structural schematic diagram of device under error situation is printed for a kind of card slot silk-screen；
Fig. 7 is based on Fig. 5, and the structural schematic diagram of device under error situation is printed for another card slot silk-screen；
Interaction between a kind of card slot controller, driving interface and the multi-mode protocol stack that Fig. 8 provides for technical solution of the present invention
Software and hardware structure schematic diagram；
Fig. 9 is that another apparatus structure driven to Subscriber Identity Module in card slot that technical solution of the present invention provides shows
It is intended to；
Figure 10 is another apparatus structure driven to Subscriber Identity Module in card slot that technical solution of the present invention provides
Schematic diagram；
The apparatus structure that Subscriber Identity Module is driven in the multiple a kind of pair of card slot that Figure 11 provides for technical solution of the present invention
Schematic diagram；
The method flow that Subscriber Identity Module is driven in a kind of pair of card slot that Figure 12 provides for technical solution of the present invention shows
It is intended to.
Specific embodiment
Subscriber Identity Module is terminal a part indispensable with telecommunication network and Data processing, is related to terminal
Several component parts such as hardware, driving, software are inserted into Subscriber Identity Module in terminal groove, and it is right in terminal that Subscriber Identity Module passes through
Card slot controller, driving and protocol stack and communication network and terminal is answered to carry out data interaction, wherein it is main to block corresponding protocol stack
It is responsible for 3GPP, 7816 wait Subscriber Identity Module related protocol in consensus standards to realize that driving is mainly responsible for the initial of card slot controller
Change, control and the functions such as data interaction, card slot controller realize finally to the control of Subscriber Identity Module and and Subscriber Identity Module into
The final data interaction etc. of row.
With the continuous development of wireless communication technology, 3G/4G network is universal, in order to meet the needs of people are different, mesh
It is preceding to have many double-terminals even multi-card terminal on the market.Different cards can be used to use different business, such as a card
It is mainly used to execute 3G/4G data service based on UMTS/LTE communication system, another card is mainly used to based on GSM/CDMA
Communication system executes the business such as phone, short message.In order to distinguish this two different cards, a kind of way common at present is at end
End physical card groove location stamps similar " SIM1 ", the silk-screen of " SIM2 ", then shown in terminal display screen card title " SIM1 " and
" SIM2 ", with corresponding with two cards in card slot respectively.It is current free or that above-mentioned Normal practice can facilitate user to distinguish
Select identification card, convenient for identify be carrying out business with card or for use block.
The case where silk-screen is correctly printed in a kind of double-card mobile terminal card slot that Fig. 1 is shown, double-card mobile terminal include card
Slot one, card slot two and display screen, card slot one print silk-screen " SIM1 ", and card slot two prints silk-screen " SIM2 ", and user can pass through silk-screen
Know its double card title, and the double card title on silk-screen is consistent corresponding, Ye Jixian with the card title that terminal display screen is shown
Display screen shows that card title " SIM1 " is the corresponding card SIM1 into card slot one, and display screen shows that card title " SIM2 " is to correspond to extremely
Card SIM2 in card slot two.
It continues to refer to figure 1, when " SIM1 " card that active user is free or terminal selects display screen to show is executed as current
Corresponding service when with card or stand-by card, be that card and communication network in card slot one is established and communicated to connect.
The case where silk-screen mistake is printed in a kind of double-card mobile terminal card slot that Fig. 2 is shown, double-card mobile terminal also includes
Card slot one, card slot two and display screen, card slot one are printed wrong silk-screen " SIM2 ", and card slot two prints wrong silk-screen " SIM1 ", user
The double card title of terminal is still known according to the silk-screen that originally configured and display card title, still, double card title on silk-screen with
The card title that terminal display screen is shown but be not it is consistent corresponding, i.e., display screen shows that card title " SIM1 " is corresponding to card slot
Card SIM2 in one, and display screen shows that card title " SIM2 " is the corresponding card SIM1 into card slot two.
With continued reference to Fig. 2, when " SIM1 " card that active user is free or terminal selects display screen to show is executed as current
Corresponding service when with card or stand-by card, desirably the card SIM1 in card slot two and communication network establish communication link originally
It connects, but reality is then card SIM2 and the communication network foundation communication connection in card slot one.
It will be apparent that terminal capabilities may significantly reduce, for example, wanting to make in user in the case where the printing of silk-screen mistake
When executing corresponding service with the card SIM1 in card slot two, " SIM1 " that free terminal show as the subscriber card that selected, but
Actual selection is card SIM2 connection communication network in card slot one, since the subscriber card of card slot one and card slot two may execute
Be different communication protocol, even if the two can fulfil one needed for communication service, but probably because carry out communication
The difference of agreement and be unable to reach expection in execution efficiency and implementation effect.
Technical solution of the present invention provides following embodiment then to solve the above problems.
In order to keep the purpose of the present invention, feature and effect more obvious and easy to understand, with reference to the accompanying drawing to of the invention
Specific embodiment elaborates.
In the following description, numerous specific details are set forth in order to facilitate a full understanding of the present invention, but the present invention can be with
Implemented using other than the one described here mode, therefore the present invention is not limited by the specific embodiments disclosed below.
Embodiment one
The device that Subscriber Identity Module is driven in a kind of pair of card slot is present embodiments provided, terminal multimode agreement is based on
Stack, is able to solve driving card brought by card slot silk-screen misprint and terminal display blocks inconsistent problem.
By taking terminal 1 shown in Fig. 3 as an example, terminal 1 is double-terminal, which includes: card slot controller 10, card slot control
Device 11, card slot 1, card slot 2 13, first memory 14, driving interface 15 and driving interface 16.Terminal has multimode agreement
Stack, multi-mode protocol stack include that can be responsible in the consensus standards such as 3GPP, 7816 realizing with Subscriber Identity Module SIM1 related protocol
SIM1 protocol stack part and the SIM2 protocol stack part realized with Subscriber Identity Module SIM2 related protocol.
With continued reference to Fig. 3, in terminal 1, the protocol stack part of SIM card, driving interface, card slot control in multi-mode protocol stack
The Subscriber Identity Module being inserted into device, card slot and card slot have following interactive relation, with SIM1 protocol stack part, driving interface 15,
For card slot controller 10, card slot 1 and Subscriber Identity Module SIM1:
If upper-layer user is free or system has selected Subscriber Identity Module for SIM1, the SIM1 protocol stack part of multi-mode protocol stack
Driving interface 15 can be called, with driving card greeve controller 10, and card slot controller 10 is then driven and with the use in card slot 1
Family identification card SIM1 is interacted.
Above-mentioned interactive process is for SIM2 protocol stack part, driving interface 16, card slot controller 11, card slot 2 13 and user
Identification card SIM2 is also similar.
From the point of view of above-mentioned interactive process, it is known that: pass through the Subscriber Identity Module of upper layer selected (it has been determined that using), multimode association
View stack then will start the corresponding protocol stack part of the Subscriber Identity Module, and the protocol stack part started then calls corresponding driving to connect
Mouthful, called driving interface then drives corresponding card slot controller, and driven card slot controller is then and in corresponding card slot
Subscriber Identity Module interacts.
Foundation above content, available following interactive relation:
Selected Subscriber Identity Module and driving interface has call relation；
Driving interface and card slot controller have driving relationship；
Subscriber Identity Module in card slot controller and card slot has corresponding relationship.
In the present embodiment, the interactive relation of above-mentioned device configures in the following way in terminal 1:
Above-mentioned call relation is unique；
Above-mentioned driving relationship is configurable using the correlation map between driving interface and card slot controller；
Above-mentioned corresponding relationship is unique.
With continued reference to Fig. 3, first memory 14 is suitable for recording the correlation map.
The implementation mechanism of the present embodiment are as follows:
There is the correlation map with the card slot controller to 1 configuration driven interface of terminal, and will be in the correlation map
It stores and is stored in first memory 14.When driving interface is called, stored in driving interface meeting foundation first memory 14
The configuration of the correlation map, driving and its card slot controller with correlation map.
When Subscriber Identity Module has been selected on upper layer, multi-mode protocol stack can receive the user's letter for being directed toward selected Subscriber Identity Module
Breath, then selected the protocol stack part of Subscriber Identity Module to start, and calls and selected Subscriber Identity Module to have unique call relation
Driving interface；Called driving interface then drives respective card slot controller according to its correlation map；Card slot controller and card
Subscriber Identity Module in slot has unique corresponding relation, and card slot controller can be identified when being driven with the user in corresponding card slot
Stick into row information interaction.
The terminal 1 of the present embodiment has used additional memory (first memory 14) to record the configurable correlation
Mapping illustrates the mode for configuring the correlation map in combination with two situations of Fig. 3 and Fig. 4:
The structure lower bayonet slot silk-screen that Fig. 3 illustrates terminal 1 prints correct situation, wherein card slot 1 prints silk-screen
SIM1, and Subscriber Identity Module SIM1 is inserted, card slot 2 13 prints silk-screen SIM2, and inserts Subscriber Identity Module SIM2.In card
Slot silk-screen is printed in correct situation, the configured correlation map stored in first memory 14 are as follows: driving interface 15 is directed toward card
Greeve controller 10, and driving interface 16 is directed toward card slot controller 11.
When it is SIM1 that Subscriber Identity Module has been selected on upper layer, multi-mode protocol stack starts the protocol stack part of SIM1:
In initial phase, multi-mode protocol stack can initialize the protocol stack part of SIM1, and the protocol stack part of SIM1 is called
Driving interface 15；According to the configuration for the correlation map that first memory 14 is stored, the correlation map of driving interface 15 is directed toward card
Greeve controller 10, thus the driving that driving interface 15 initializes card slot controller 10；Card slot controller 10 is initialised
Initial work is carried out to the Subscriber Identity Module SIM1 in card slot 1 afterwards.
In the data interaction stage, driving interface 15 is then called in the protocol stack part of SIM1, with the user into card slot 1
Identification card SIM1 sends upper layer data, wherein according to the configuration for the correlation map that first memory 14 is stored, driving interface 15
Correlation map be directed toward card slot controller 10, thus driving interface 15 drives with to card slot controller card slot controller 10
10 transmitting upper layer datas；Card slot controller 10 receives upper layer data and the data is transferred to the Subscriber Identity Module in card slot 1
SIM1.In the data interaction stage, the SIM number of the also Subscriber Identity Module SIM1 transmitting in receiving card slot 1 of card slot controller 10
According to, and (correlation map of driving interface 15 is directed toward card slot control for the configuration of the correlation map stored according to first memory 14
Device 10) it SIM data is transferred to driving interface 15 after driving interface 15 receives SIM data then sends the data to
The protocol stack part of SIM1, to realize the data interaction between Subscriber Identity Module SIM1 and terminal upper layer.
When it is SIM2 that Subscriber Identity Module has been selected on upper layer, multi-mode protocol stack starts the protocol stack part of SIM2, upper-layer protocol
The process in initial phase and data interaction stage is also similar, this reality between stack and Subscriber Identity Module SIM2 in card slot 2 13
Example is applied to repeat no more.
Fig. 4 illustrates the case where structure lower bayonet slot silk-screen misprint of terminal 1, wherein card slot 1 prints silk-screen
SIM2, and Subscriber Identity Module SIM2 is inserted, card slot 2 13 prints silk-screen SIM1, and inserts Subscriber Identity Module SIM1.In card
In the case where slot silk-screen printing mistake, the configure correlation map that is stored in first memory 14 are as follows: the direction of driving interface 15 is blocked
Greeve controller 11, and driving interface 16 is directed toward card slot controller 10.
When it is SIM1 that Subscriber Identity Module has been selected on upper layer, multi-mode protocol stack starts the protocol stack part of SIM1:
In initial phase, multi-mode protocol stack can initialize the protocol stack part of SIM1, and the protocol stack part of SIM1 is called
Driving interface 15；According to the configuration for the correlation map that first memory 14 is stored, the correlation map of driving interface 15 is directed toward card
Greeve controller 11, thus the driving that driving interface 15 initializes card slot controller 11；Card slot controller 11 is initialised
Initial work is carried out to the Subscriber Identity Module SIM1 in card slot 2 13 afterwards.
In the data interaction stage, driving interface 15 is then called in the protocol stack part of SIM1, with the user into card slot 2 13
Identification card SIM1 sends upper layer data, wherein according to the configuration for the correlation map that first memory 14 is stored, driving interface 15
Correlation map be directed toward card slot controller 11, thus driving interface 15 drives with to card slot controller card slot controller 11
11 transmitting upper layer datas；Card slot controller 11 receives upper layer data and the data is transferred to the Subscriber Identity Module in card slot 2 13
SIM1.In the data interaction stage, the SIM number of the also Subscriber Identity Module SIM1 transmitting in receiving card slot 2 13 of card slot controller 11
According to, and (correlation map of driving interface 15 is directed toward card slot control for the configuration of the correlation map stored according to first memory 14
Device 11) it SIM data is transferred to driving interface 15 after driving interface 15 receives SIM data then sends the data to
The protocol stack part of SIM1, to realize the data interaction between Subscriber Identity Module SIM1 and terminal upper layer.
When it is SIM2 that Subscriber Identity Module has been selected on upper layer, multi-mode protocol stack starts the protocol stack part of SIM2, upper-layer protocol
The process in initial phase and data interaction stage is also similar, this reality between stack and Subscriber Identity Module SIM2 in card slot 1
Example is applied to repeat no more.
Configuration mode based on the present embodiment driving interface Yu card slot controller, it is known that, the present embodiment is printed in card slot silk-screen
System mistake under, can be realized upper layer selected user identification card in card slot Subscriber Identity Module it is corresponding consistent.
It should be understood that
No matter wrong or correct in the printing of card slot silk-screen, the driving that upper layer has selected Subscriber Identity Module protocol stack to be called connects
Unique call relation between mouthful is constant, and the unique corresponding relation of the Subscriber Identity Module in card slot controller and card slot
Be it is constant, configurable is the driving relationship between driving interface and card slot controller, and the present embodiment is based on first memory
The correlation map for establishing driving interface Yu card slot controller realizes the driving relationship between driving interface and card slot controller
It is adjustable.
Subscriber Identity Module in Subscriber Identity Module and card slot has been selected on upper layer when card slot silk-screen printing mistake will lead to terminal operating
It is inconsistent (namely system know enabling identification card and physical end card slot go out enable identification card be not be same knowledge
Not Ka), the inconsistent situation of above-mentioned identification card changes in the corresponding relationship that the present embodiment is known as terminal user's identification card.
When the corresponding relationship of Subscriber Identity Module changes, then need to adjust the correlation map that first memory is recorded, specifically
Adjustment process then can refer to the configuration of correlation map described in the present embodiment.
The present embodiment, which gives two, can trigger the condition for judging that the corresponding relationship of Subscriber Identity Module changes, but above-mentioned use
Whether the change of the corresponding relationship of family identification card, other trigger conditions can also be used:
When the card slot of selected Subscriber Identity Module Subscriber Identity Module in the groove position and card slot that user terminal is shown
Then the corresponding relationship of the selected Subscriber Identity Module and Subscriber Identity Module in card slot changes when position mismatches.
When the identification card name that the selected Subscriber Identity Module identifies in the identification card title and card slot that user terminal is shown
Then the corresponding relationship of the selected Subscriber Identity Module and Subscriber Identity Module in card slot changes when claiming to mismatch.
It should also be noted that, the type of Subscriber Identity Module is not limited to SIM card, it is also possible to USIM in other embodiments
Card or other Card Types, the present embodiment do not limit the type of Subscriber Identity Module, are only known with SIM card as the present embodiment is logical
Subscriber Identity Module mark.
Embodiment two
The device that Subscriber Identity Module is driven in a kind of pair of card slot is present embodiments provided, it is similar with embodiment one,
Based on multi-card terminal.
By taking terminal 2 shown in fig. 5 as an example, terminal 2 is three card terminals, which includes: card slot controller 20 to card slot control
Device 22, card slot 1 to card slot 3 25, first memory 26 and driving interface 27 processed are to driving interface 29.Terminal is assisted with multimode
Discuss stack, multi-mode protocol stack include be responsible for such as 3GPP, in 7816 respective protocol standards with Subscriber Identity Module SIM1, SIM2 and SIM3
SIM1 protocol stack part, SIM2 protocol stack part and the SIM3 protocol stack part that related protocol is realized.
In terminal 2, protocol stack part, driving interface, card slot controller, card slot and the card of the corresponding SIM card of multi-mode protocol stack
The interactive relation that the Subscriber Identity Module being inserted into slot has can refer to embodiment one, wherein selected Subscriber Identity Module and drive
There is mobile interface unique call relation, driving interface and card slot controller based on the correlation map there is configurable driving to close
Subscriber Identity Module in system, card slot controller and card slot has unique corresponding relation.
The implementation mechanism of the present embodiment is also similar with embodiment one, and first memory 26 is used to record the configurable phase
Mapping is closed, illustrates the mode for configuring the correlation map in combination with three situations of Fig. 5 to Fig. 7:
The structure lower bayonet slot silk-screen that Fig. 5 illustrates terminal 2 prints correct situation, wherein card slot 1 prints silk-screen
SIM1, and Subscriber Identity Module SIM1 is inserted, card slot 2 24 prints silk-screen SIM2, and inserts Subscriber Identity Module SIM2, card slot
3 25 printing silk-screen SIM3, and Subscriber Identity Module SIM3 is inserted, in the case where card slot silk-screen prints correct situation, first memory
The configured correlation map stored in 26 are as follows: driving interface 27 is directed toward card slot controller 20, and driving interface 28 is directed toward card slot control
Device 21, driving interface 29 are directed toward card slot controller 22.
When it is SIM1 that Subscriber Identity Module has been selected on upper layer, multi-mode protocol stack starts the protocol stack part of SIM1, upper-layer protocol
Initial phase or the process in data interaction stage, the above process are carried out in stack and card slot 1 between Subscriber Identity Module SIM1
It can refer to embodiment one, details are not described herein again.
Fig. 6 illustrates a kind of the case where card slot silk-screen misprint under the structure of terminal 2, wherein card slot 1 prints silk
SIM2 is printed, and inserts Subscriber Identity Module SIM2, card slot 2 24 prints silk-screen SIM3, and inserts Subscriber Identity Module SIM3, blocks
Slot 3 25 prints silk-screen SIM1, and inserts Subscriber Identity Module SIM1, in the case where this card slot silk-screen prints mistake, first
The configured correlation map stored in memory 26 are as follows: driving interface 27 is directed toward card slot controller 22, and driving interface 28 is directed toward card
Greeve controller 20, driving interface 29 are directed toward card slot controller 21.
When it is SIM1 that Subscriber Identity Module has been selected on upper layer, multi-mode protocol stack starts the protocol stack part of SIM1, upper-layer protocol
Initial phase or the process in data interaction stage, the above process are carried out in stack and card slot 3 25 between Subscriber Identity Module SIM1
See also embodiment one, details are not described herein again.
Fig. 7 illustrates the case where another card slot silk-screen misprint under the structure of terminal 2, wherein card slot 1 is printed
Silk-screen SIM3, and Subscriber Identity Module SIM3 is inserted, card slot 2 24 prints silk-screen SIM1, and inserts Subscriber Identity Module SIM1,
Card slot 3 25 prints silk-screen SIM2, and inserts Subscriber Identity Module SIM2, in the case where this card slot silk-screen prints mistake, the
The configured correlation map stored in one memory 26 are as follows: driving interface 27 is directed toward card slot controller 21, and driving interface 28 is directed toward
Card slot controller 22, driving interface 29 are directed toward card slot controller 20.
When it is SIM1 that Subscriber Identity Module has been selected on upper layer, multi-mode protocol stack starts the protocol stack part of SIM1, upper-layer protocol
Initial phase or the process in data interaction stage, the above process are carried out in stack and card slot 2 24 between Subscriber Identity Module SIM1
See also embodiment one, details are not described herein again.
Embodiment three
The present embodiment is based on embodiment one or embodiment two, provides a kind of more specifically to Subscriber Identity Module in card slot
The device driven further provides the software and hardware of interaction between card slot controller, driving interface and multi-mode protocol stack
Structure.
In conjunction with Fig. 8, card slot controller shown in the present embodiment includes: the first buffer, the second buffer and card slot port,
The card slot port is suitable for transmitting Subscriber Identity Module of the information into corresponding card slot；The card slot controller is suitable for will be to be sent
Information preservation converts this information into first buffer and meets the signal form of interface standard and be transferred to the card slot
Port, while the information preservation that the Subscriber Identity Module in corresponding card slot is returned is in second buffer.
Wherein, the information to be sent refers to that the data information of upper layer transfers, card slot controller are conveying upper layer letter
When breath, by information preservation to be sent in the first buffer, then the information in the first buffer is converted to and meets interface standard
Signal form be transferred to the card slot port, the information on card slot port can be transmitted to Subscriber Identity Module and can be known by user
It Ka not obtain.
Second buffer saves the information of Subscriber Identity Module return, which is suitable for being transferred to terminal upper layer, for real
The data communication of existing Subscriber Identity Module and terminal upper layer.
Multi-mode protocol stack is selected according to user or system enables the relevant information that can receive relevant user identification card, namely
The data information for being directed toward specific or selected Subscriber Identity Module is received, due to the communication industry based on different Subscriber Identity Module execution
Business is different, and the operating mode of terminal is different, and the communication protocol standard executed is also different.It is executed in user or system
When specific communication service, multi-mode protocol stack is suitable for operating mode based on the terminal and executes the first general information, and described first
General information refers to the executable information formed according to special communication protocol standard, wherein being attached to, direction upper layer is selected to be used
The data information of family identification card, first general information be capable of forming call driving interface information, the driving interface with it is described
Selected Subscriber Identity Module has unique call relation.
At it under special communication protocol canonical form, the execution content being directed toward can be first general information
It is diversified:
First general information can be related to the data interaction stage described in embodiment one and embodiment two: described first
General information, which may point to information namely the first general information to be sent described in the present embodiment, can carry the information to be sent,
When calling driving interface based on first general information, driving interface is further adapted for being converted to first general information can quilt
The received information to be sent of card slot controller, to realize upper layer data assigning to card slot controller；It is described
First general information may point to upper-layer protocol stack and call to the reading of driving interface transmission data, also when driving interface is called
Lead to suitable for reading the information in second buffer and converting this information into can be executed by the multi-mode protocol stack second
With information, to realize that Subscriber Identity Module data to upper layer uploads.
First general information can be related to initial phase described in embodiment one and embodiment two namely first is logical
The initialization of card slot controller is directed toward with information, when calling driving interface based on first general information, driving interface is also suitable
In initializing the card slot controller, to realize the initialization of Subscriber Identity Module in card slot.
The operating mode of the terminal can be UMTS mode, GSM mode, CDMA mode or LTE mode.
Example IV
The device that Subscriber Identity Module is driven in a kind of pair of card slot is present embodiments provided, it can be based on embodiment one to reality
Any embodiment of example three is applied, is different from place, the device further include: second memory, the second memory are suitable for
The configuration information of Subscriber Identity Module is stored, the configuration information, which includes: that Subscriber Identity Module is corresponding with the card slot controller, to close
System and the call relation with driving interface.
Such as:
A kind of terminal 3 as shown in Figure 9 is based on embodiment one, wherein the dress driven to Subscriber Identity Module in card slot
Setting further includes second memory 17.
A kind of terminal 4 as shown in Figure 10 is based on embodiment two, wherein the dress driven to Subscriber Identity Module in card slot
Setting further includes second memory 30.
In other embodiments, a kind of terminal 5 as shown in figure 11 is based on embodiment two, wherein knowing to user in card slot
The device that Ka do not driven include number can second memory identical with card slot number, each second memory integrates respectively
In the card slot controller (being integrated with second memory in card slot controller 20 ', 21 ', 22 ') of corresponding card slot, each second storage
Device is used to store the configuration information of Subscriber Identity Module in corresponding card slot.
In other embodiments, the second memory can be register, and the first memory can be deposited to be non-volatile
Reservoir.
Embodiment five
The device that Subscriber Identity Module is driven in a kind of pair of card slot is present embodiments provided, based on embodiment one to implementation
Any embodiment of example four, is, the device further include: human-computer interaction module is suitable for display terminal and user different from place
Human-computer interaction interface between end can be specified selected by upper layer according to user terminal in the input of the human-computer interaction interface as user
The Subscriber Identity Module selected, sending can be by the received user informations of the multi-mode protocol stack.
Embodiment six
The method that Subscriber Identity Module is driven in a kind of pair of card slot is present embodiments provided, embodiment one can be used to reality
It applies the device that Subscriber Identity Module is driven in a kind of pair of card slot that example five arbitrarily provides to implement, as shown in figure 12, comprising:
Step S100, when multi-mode protocol stack receives the user information for being directed toward selected Subscriber Identity Module, calling and institute
The driving interface that selected Subscriber Identity Module has call relation is stated, the driving interface then drives and it is with correlation map
Card slot controller；
Step S101, card slot controller carry out information exchange with the Subscriber Identity Module in corresponding card slot when being driven；
Step S102 is adjusted when the corresponding relationship of the selected Subscriber Identity Module and Subscriber Identity Module in card slot changes
The correlation map of the driving interface and card slot controller.
Other related contents of the present embodiment can refer to embodiment one to embodiment five, and details are not described herein again.
Embodiment seven
Present embodiments provide a kind of terminal, comprising: display screen and the device that Subscriber Identity Module in card slot is driven,
The specific embodiment of the device can refer to embodiment one to embodiment five.
Although the invention has been described by way of example and in terms of the preferred embodiments, but it is not for limiting the present invention, any this field
Technical staff without departing from the spirit and scope of the present invention, may be by the methods and technical content of the disclosure above to this hair
Bright technical solution makes possible variation and modification, therefore, anything that does not depart from the technical scheme of the invention, and according to the present invention
Technical spirit any simple modifications, equivalents, and modifications to the above embodiments, belong to technical solution of the present invention
Protection scope.
Claims (16)
1. the device that Subscriber Identity Module is driven in a kind of pair of card slot is based on terminal multi-mode protocol stack, which is characterized in that packet
It includes: the Subscriber Identity Module at least two card slot controllers, first memory and driving interface, the card slot controller and card slot
With unique corresponding relation；
The card slot controller is suitable for carrying out information exchange with the Subscriber Identity Module in corresponding card slot when it is driven；
The driving interface has the correlation map with the card slot controller, and the first memory is suitable for recording the correlation
Mapping, the driving interface are suitable for being adjusted when multi-mode protocol stack receives the user information for being directed toward selected Subscriber Identity Module
With, and the correlation map driving recorded by the first memory and its card slot controller with correlation map, it is described
Driving interface and the selected Subscriber Identity Module have unique call relation；
The correlation map that the first memory is recorded Subscriber Identity Module in the selected Subscriber Identity Module and card slot
Corresponding relationship is adjusted when changing；
When the groove position of selected Subscriber Identity Module Subscriber Identity Module in the groove position and card slot that user terminal is shown
Then the corresponding relationship of the selected Subscriber Identity Module and Subscriber Identity Module in card slot changes when mismatch.
2. device as described in claim 1, which is characterized in that the card slot controller includes: the first buffer, the second caching
Device and card slot port, the card slot port are suitable for transmitting Subscriber Identity Module of the information into corresponding card slot；The card slot controller
Suitable for information preservation to be sent in first buffer, and is converted this information into the signal form for meeting interface standard
It is transferred to the card slot port, while the information preservation that the Subscriber Identity Module in corresponding card slot is returned is in second caching
Device；
The multi-mode protocol stack is suitable for the operating mode based on the terminal and executes the first general information, and logical according to described first
The information for calling driving interface, first general information and the user for being directed toward selected Subscriber Identity Module are formed with information
Information is related.
3. device as claimed in claim 2, which is characterized in that the driving interface is further adapted for reading described when called
Information in two buffers simultaneously converts this information into the second general information that can be executed by the multi-mode protocol stack.
4. device as claimed in claim 2, which is characterized in that first general information also with the information phase to be sent
It closes, the driving interface is further adapted for that first general information is converted to and can be received by the card slot controller when called
The information to be sent.
5. device as claimed in claim 2, which is characterized in that the driving interface is further adapted for initializing when called described
Card slot controller.
6. device as claimed in claim 2, which is characterized in that the operating mode of the terminal be UMTS mode, GSM mode,
CDMA mode or LTE mode.
7. device as described in claim 1, which is characterized in that further include: second memory, the second memory are suitable for depositing
The configuration information of Subscriber Identity Module is stored up, the configuration information includes: the corresponding relationship of Subscriber Identity Module Yu the card slot controller
And the call relation with driving interface.
8. device as claimed in claim 7, which is characterized in that the second memory is integrated in the card slot controller.
9. device as claimed in claim 7, which is characterized in that the second memory is register.
10. device as described in claim 1, which is characterized in that the first memory is nonvolatile memory.
11. device as described in claim 1, which is characterized in that the Subscriber Identity Module is SIM card or usim card.
12. device as described in claim 1, which is characterized in that further include:
Human-computer interaction module, suitable for the human-computer interaction interface between display terminal and user terminal, according to user terminal described man-machine
The input of interactive interface, sending can be by the received user informations of the multi-mode protocol stack.
13. the device that Subscriber Identity Module is driven in a kind of pair of card slot is based on terminal multi-mode protocol stack, which is characterized in that packet
It includes: the Subscriber Identity Module at least two card slot controllers, first memory and driving interface, the card slot controller and card slot
With unique corresponding relation；
The card slot controller is suitable for carrying out information exchange with the Subscriber Identity Module in corresponding card slot when it is driven；
The driving interface has the correlation map with the card slot controller, and the first memory is suitable for recording the correlation
Mapping, the driving interface are suitable for being adjusted when multi-mode protocol stack receives the user information for being directed toward selected Subscriber Identity Module
With, and the correlation map driving recorded by the first memory and its card slot controller with correlation map, it is described
Driving interface and the selected Subscriber Identity Module have unique call relation；
The correlation map that the first memory is recorded Subscriber Identity Module in the selected Subscriber Identity Module and card slot
Corresponding relationship is adjusted when changing；
When the identification card title that the selected Subscriber Identity Module identifies in identification card title that user terminal is shown and card slot not
Then the corresponding relationship of the selected Subscriber Identity Module and Subscriber Identity Module in card slot changes when matching.
14. the method that Subscriber Identity Module is driven in a kind of pair of card slot, based on such as the described in any item dresses of claim 1 to 13
It sets characterized by comprising
When multi-mode protocol stack receives the user information for being directed toward selected Subscriber Identity Module, calls and know with the selected user
Ka not be with the driving interface of call relation, the driving interface then drives and its card slot controller with correlation map；
Card slot controller carries out information exchange with the Subscriber Identity Module in corresponding card slot when being driven；
The driving interface is adjusted when the corresponding relationship of Subscriber Identity Module changes in the selected Subscriber Identity Module and card slot
With the correlation map of card slot controller.
15. method as claimed in claim 14, which is characterized in that the Subscriber Identity Module in the card slot controller and card slot has
There is unique corresponding relation, the driving interface and the selected Subscriber Identity Module have unique call relation；
When the identification card title that the selected Subscriber Identity Module identifies in identification card title that user terminal is shown and card slot not
Then the corresponding relationship of the selected Subscriber Identity Module and Subscriber Identity Module in card slot changes when matching.
16. a kind of terminal characterized by comprising display screen and such as described in any item devices of claim 1 to 13.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510086476.6A CN105991831B (en) | 2015-02-16 | 2015-02-16 | Device and method that Subscriber Identity Module in card slot is driven, a kind of terminal |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510086476.6A CN105991831B (en) | 2015-02-16 | 2015-02-16 | Device and method that Subscriber Identity Module in card slot is driven, a kind of terminal |
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| CN105991831A CN105991831A (en) | 2016-10-05 |
| CN105991831B true CN105991831B (en) | 2019-04-30 |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101287236A (en) * | 2008-05-27 | 2008-10-15 | 德信无线通讯科技（北京）有限公司 | Connecting method for mobile phone with double channels and mobile phone with double channels |
| CN102982363A (en) * | 2008-02-27 | 2013-03-20 | 联发科技股份有限公司 | System and method for initiating subscriber identity card and subscriber identity module controller |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20110037487A (en) * | 2009-10-07 | 2011-04-13 | 삼성전자주식회사 | Apparatus and method for setting main sim card in dual sim cards terminal |
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2015
- 2015-02-16 CN CN201510086476.6A patent/CN105991831B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102982363A (en) * | 2008-02-27 | 2013-03-20 | 联发科技股份有限公司 | System and method for initiating subscriber identity card and subscriber identity module controller |
| CN101287236A (en) * | 2008-05-27 | 2008-10-15 | 德信无线通讯科技（北京）有限公司 | Connecting method for mobile phone with double channels and mobile phone with double channels |
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| CN105991831A (en) | 2016-10-05 |
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