CN106358177A - Communication method and communication device on basis of double-card and double-standby terminals - Google Patents
Communication method and communication device on basis of double-card and double-standby terminals Download PDFInfo
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- CN106358177A CN106358177A CN201610819935.1A CN201610819935A CN106358177A CN 106358177 A CN106358177 A CN 106358177A CN 201610819935 A CN201610819935 A CN 201610819935A CN 106358177 A CN106358177 A CN 106358177A
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- uicc card
- card
- uicc
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W8/00—Network data management
- H04W8/18—Processing of user or subscriber data, e.g. subscribed services, user preferences or user profiles; Transfer of user or subscriber data
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/18—Selecting a network or a communication service
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/02—Terminal devices
- H04W88/06—Terminal devices adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals
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- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Databases & Information Systems (AREA)
- Computer Security & Cryptography (AREA)
- Telephone Function (AREA)
- Mobile Radio Communication Systems (AREA)
Abstract
The invention provides a communication method and a communication device on the basis of double-card and double-standby terminals. The double-card and double-standby terminals comprise first UICC (universal integrated circuit cards) and second UICC, and the first UICC and the second UICC correspond to identities of different operators. The communication method includes receiving communication service requests transmitted by users and determining working state information of the first UICC and the second UICC according to the communication service requests; determining the target UICC among the first UICC and the second UICC according to the working state information and preset working modes; establishing communication service connection between the target UICC and the users. The target UICC are used for being in communication service connection with the users. The communication method and the communication device on the basis of the double-card and double-standby terminals have the advantages that the problem of easiness in missing incoming call of existing double-card and double-standby terminals can be effectively solved, use limitation of the terminals on the users can be reduced, the user experience can be improved, and the practicality of the communication method can be guaranteed.
Description
Technical field
The present embodiments relate to communication technical field, more particularly, to a kind of communication means based on dual-card dual-standby terminal and
Communicator.
Background technology
With scientific and technical continuous development, intelligent terminal has become as indispensable communication work in people's daily life
Tool, can be by separate for live and work separate demand in order to meet user as far as possible, and dual-card dual-standby terminal is operated and given birth to.
For dual-card dual-standby terminal, there are a uicc card and two kinds of uicc cards of the 2nd uicc card, generally,
It is stuck in call in a uicc, when the 2nd uicc card does called, can be by the call diversion of the 2nd uicc card a to uicc
On card, so can be effectively prevented from missed call, now need same operator's network inquiry the uicc card and second
The information of uicc card and call state；Therefore, in order to ensure being normally carried out of above-mentioned switching flow, need a uicc card and
2nd uicc card is set to belong to same operator, however, a uicc card and the 2nd uicc card are set to same operator
Larger to the limitation of user, it is unfavorable for experience and the use of user.
Content of the invention
The embodiment of the present invention provides a kind of communication means based on dual-card dual-standby terminal and communicator, can be effectively
While avoiding missed call, the limitation that user is used can be reduced, user-friendly, effectively increase user's
Experience property.
The one side of the embodiment of the present invention provides a kind of communication means based on dual-card dual-standby terminal, described double-card dual-standby
Terminal includes a uicc card and the 2nd uicc card, described uicc card different operators corresponding with described 2nd uicc card
Mark, described communication means includes:
Receive user send communication service request, and according to described communication service request determine a described uicc card with
The work state information of described 2nd uicc card；
According to described work state information and default mode of operation in a described uicc card and described 2nd uicc card
Middle determine for setting up, with user, the target uicc card that communication service is connected；
The communication service set up between described target uicc card and user is connected.
Communication means based on dual-card dual-standby terminal as above, described work state information includes: idle condition, institute
State default mode of operation and include called volte mode of priority, existed according to described work state information and default mode of operation
Determine for setting up, with user, the target uicc card that communication service is connected in a described uicc card and described 2nd uicc card, tool
Body includes:
It is idle condition in the work state information of a described uicc card and described 2nd uicc card, and described work
When pattern is called volte mode of priority, obtain the communication service capabilities of a described uicc card and described 2nd uicc card；
If a described uicc card does not support that volte converses, volte call supported by described 2nd uicc card, then confirm institute
State the 2nd uicc card for target uicc card.
Communication means based on dual-card dual-standby terminal as above, described work state information also includes: volte call
Carry out middle state；According to described work state information and default mode of operation in a described uicc card and described 2nd uicc
Determine in card for the target uicc card being communicatively coupled with user, also include:
State in the work state information of a described uicc card is carried out for volte call, described 2nd uicc card
Work state information is idle condition, and when described mode of operation is called volte mode of priority, confirms a described uicc card
For target uicc card.
Communication means based on dual-card dual-standby terminal as above, is confirming that a described uicc card is target uicc card
Afterwards, the described communication connection set up according to described communication service request between described target uicc card and user, specifically includes:
Obtain user and wait the temporal information setting up communication connection with described target uicc card；
If described temporal information exceedes default time threshold information, send to user and set up connection failure information, institute
State to set up in connection failure information and carry information.
Communication means based on dual-card dual-standby terminal as above, described work state information also includes: data service
Carry out state；Described default mode of operation also includes called high priority data pattern；According to described work state information and default
Mode of operation determine the target for being communicatively coupled with user in a described uicc card and described 2nd uicc card
Uicc card, specifically also includes:
If the working condition of a described uicc card carries out state, the working condition of described 2nd uicc card for data service
Information is idle condition, and when described mode of operation is called high priority data pattern, then confirms that a described uicc card is
Target uicc card.
The another aspect of the embodiment of the present invention provides a kind of communicator based on dual-card dual-standby terminal, and described double card is double
Treat that terminal includes a uicc card and the 2nd uicc card, the different operations corresponding from described 2nd uicc card of a described uicc card
Trade mark is known, and described communicator includes:
Receiver module, the communication service request sending for receive user, and institute is determined according to described communication service request
State a uicc card and the work state information of described 2nd uicc card；
Confirm module, for according to described work state information and default mode of operation in a described uicc card and institute
State and determine in the 2nd uicc card for setting up, with user, the target uicc card that communication service is connected；
Link block, is connected for setting up the communication service between described target uicc card and user.
Communicator based on dual-card dual-standby terminal as above, described work state information includes: idle condition, institute
State default mode of operation and include called volte mode of priority, described confirmation module, specifically for:
It is idle condition in the work state information of a described uicc card and described 2nd uicc card, and described work
When pattern is called volte mode of priority, obtain the communication service capabilities of a described uicc card and described 2nd uicc card；
If a described uicc card does not support that volte converses, volte call supported by described 2nd uicc card, then confirm institute
State the 2nd uicc card for target uicc card.
Communicator based on dual-card dual-standby terminal as above, described work state information also includes: volte call
Carry out middle state；Described confirmation module, is additionally operable to:
State in the work state information of a described uicc card is carried out for volte call, described 2nd uicc card
Work state information is idle condition, and when described mode of operation is called volte mode of priority, confirms a described uicc card
For target uicc card.
The communicator based on dual-card dual-standby terminal as above, described link block, it is additionally operable to confirming described the
After one uicc card is for target uicc card, obtains user and wait the temporal information setting up communication connection with described target uicc card；
Described communicator also includes:
Sending module, if exceeding default time threshold information for described temporal information, sends, to user, the company of foundation
Connect failure information, described foundation in connection failure information carries information.
Communicator based on dual-card dual-standby terminal as above, described work state information also includes: data service
Carry out state；Described default mode of operation also includes called high priority data pattern；Described confirmation module, is specifically additionally operable to:
Carry out state, the working condition of described 2nd uicc card in the working condition of a described uicc card for data service
Information is idle condition, and when described mode of operation is called high priority data pattern, confirms that a described uicc card is mesh
Mark uicc card.
The communication means based on dual-card dual-standby terminal and communicator that the present invention provides, by according to communication service request
Determine the work state information of a uicc card and the 2nd uicc card, and true according to work state information and default mode of operation
Set the goal uicc card so that target uicc is stuck in meet sets up communication service with user under default mode of operation and be connected, not only
The situation of the easy missed call existing for dual-card dual-standby terminal can be effectively prevent, also reduce dual-card dual-standby terminal simultaneously
The limitation that user is used, convenient for users to use, effectively increase the experience property of user, and then ensure that this communication party
The practicality of method, is conducive to popularization and the application in market.
Brief description
A kind of schematic flow sheet of communication means based on dual-card dual-standby terminal that Fig. 1 provides for one embodiment of the invention；
A kind of flow process of communication means based on dual-card dual-standby terminal that Fig. 2 provides for another embodiment of the present invention is illustrated
Figure；
A kind of flow process of communication means based on dual-card dual-standby terminal that Fig. 3 provides for further embodiment of this invention is illustrated
Figure；
A kind of flow process of communication means based on dual-card dual-standby terminal that Fig. 4 provides for yet another embodiment of the invention is illustrated
Figure；
A kind of flow process of communication means based on dual-card dual-standby terminal that Fig. 5 provides for further embodiment of this invention is illustrated
Figure；
Fig. 6 is a kind of signalling diagram one of communication means based on dual-card dual-standby terminal provided in an embodiment of the present invention；
Fig. 7 is a kind of signalling diagram two of communication means based on dual-card dual-standby terminal provided in an embodiment of the present invention；
Fig. 8 is a kind of signalling diagram three of communication means based on dual-card dual-standby terminal provided in an embodiment of the present invention；
A kind of structural representation of communicator based on dual-card dual-standby terminal that Fig. 9 provides for one embodiment of the invention
Figure.
In figure,
1st, receiver module；2nd, confirm module；
3rd, link block；4th, sending module.
Specific embodiment
With reference to the accompanying drawings and examples, the specific embodiment of the present invention is described in further detail.Following instance
For the present invention is described, but it is not limited to the scope of the present invention.
A kind of schematic flow sheet of communication means based on dual-card dual-standby terminal that Fig. 1 provides for one embodiment of the invention；
Refer to the attached drawing 1 understands, present embodiments provides a kind of communication means based on dual-card dual-standby terminal, wherein, dual-card dual-standby terminal
Include a uicc card and the 2nd uicc card, uicc card different operators corresponding with the 2nd uicc card identify, this communication
Method is realized based on above-mentioned dual-card dual-standby single-pass terminal, while being effectively prevented from missed call, can drop
The low limitation to user's use, user-friendly, effectively increase the experience property of user, specifically, this communication means
Including:
The communication service request that s101: receive user sends, and a uicc card and the are determined according to communication service request
The work state information of two uicc cards；
Wherein, communication service request can include data communication service and talk business, and data communication service refers to user
Set up with dual-card dual-standby terminal and be connected, to realize data transfer, for example: carry out the biography of data file by wechat, qq, bluetooth etc.
Defeated；Talk business refers to that user and dual-card dual-standby terminal are set up and is connected, to realize real time phone call function, for example: incoming call answering or
Person's video calling etc.；Above-mentioned different types of communication service request is shown according to user's request, certain, art technology
Personnel can also arrange other kinds of communication service request according to specific design requirement, will not be described here.
In addition, when receiving communication service request, in order to realize avoiding the generation of missed call situation, needing elder generation
Determine the work state information of a uicc card and the 2nd uicc card, generally, a uicc card and the 2nd uicc card
Work state information may include that idle condition, call carry out middle state, state etc. in data transfer, and for according to logical
Communication service request determines that the process of realizing of the work state information of a uicc card and the 2nd uicc card does not limit, this area skill
Art personnel can be configured according to specific design requirement, for example: for the work state information of a uicc card, Ke Yitong
Cross the traffic flow information obtaining existing on a uicc card to be analyzed judging, if traffic flow information is less than the first default threshold
Value, then confirm that a uicc card is idle condition, if traffic flow information is more than the first predetermined threshold value and is less than the second predetermined threshold value,
Then confirm that a uicc card is state in data transfer, wherein, the second predetermined threshold value is more than the first predetermined threshold value；If data flow is believed
Breath is more than the second predetermined threshold value, then confirm that a uicc card carries out middle state for call；In the same manner, can confirm that the 2nd uicc card
Work state information.
S102: use is determined in a uicc card and the 2nd uicc card according to work state information and default mode of operation
In setting up, with user, the target uicc card that communication service is connected；
Wherein, mode of operation pre-sets, and it can be configured according to the demand of user, for example, it is possible to by work
Operation mode is set to mode of priority of conversing, under call mode of priority, if receiving the incoming call requests of user's transmission, if first
Uicc card and the 2nd uicc card are state in data transfer, then can disconnect shape in the data transfer of any one uicc card
State, sets up call with user and is connected；And also mode of operation can be set to high priority data pattern, the even the first uicc card is
State in data transfer, the 2nd uicc card is idle condition, now receives the incoming call requests of user, in order to avoid data transfer
Terminal, a uicc card and user are set up call and are connected；Certain, those skilled in the art can also basis specifically set
Meter demand and personal habits arrange other kinds of mode of operation, will not be described here.
In addition, after confirming target uicc card, setting up communication service for the ease of user with target uicc card and be connected, can
With the log-on message to user feedback target uicc card, so that user is according to the log-on message of target uicc card and target uicc
Card is set up and is connected, wherein, this log-on message can for international mobile subscriber identity imsi, ip Multimedia Public Identity impu or
Person's session initiation protocol sip information etc., as long as enabling to user target uicc card is recognized according to log-on message,
This repeats no more.
S103: the communication service set up between target uicc card and user is connected.
After confirming target uicc card, in order to improve what communication service between target uicc card and user was connected further
Setting up efficiency, so that target uicc card actively sets up communication service with user being connected, now then not needing to send to user
The log-on message of target uicc card, and then improve the efficiency of communication service foundation, and then improve the practicality of this communication means
Property.
The communication means based on dual-card dual-standby terminal that the present embodiment provides, by determining first according to communication service request
Uicc card and the work state information of the 2nd uicc card, and target is determined according to work state information and default mode of operation
Uicc card, so that target uicc is stuck in meet sets up communication service with user under default mode of operation and be connected, not only can have
Effect avoids the situation of the easy missed call existing for dual-card dual-standby terminal, also reduces dual-card dual-standby terminal to user simultaneously
The limitation using, convenient for users to use, effectively increase the experience property of user, and then ensure that the reality of this communication means
With property, be conducive to popularization and the application in market.
A kind of flow process of communication means based on dual-card dual-standby terminal that Fig. 2 provides for another embodiment of the present invention is illustrated
Figure；On the basis of above-described embodiment, understand, the present embodiment is for work state information and Working mould with continued reference to accompanying drawing 1-2
The particular type of formula does not limit, and those skilled in the art can be configured according to specific design requirement, wherein, more excellent
Choosing, work state information can be set to, including idle condition, default mode of operation is set to including called
Volte mode of priority, now, will be according to work state information and default mode of operation in a uicc card and the 2nd uicc card
Middle determine for setting up, with user, the target uicc card that communication service is connected, be set to specifically include:
S1021: be idle condition in the work state information of a uicc card and the 2nd uicc card, and mode of operation is
During called volte mode of priority, obtain the communication service capabilities of a uicc card and the 2nd uicc card；
Wherein, called volte mode of priority is to make to be stuck in and disclosure satisfy that and user in a uicc card and the 2nd uicc
When setting up volte talk business, preferentially set up volte talk business, and the data of a uicc card and the 2nd uicc card is passed
Defeated business is done and is secondly considered；When confirming that a uicc card and the 2nd uicc card are idle condition, first now is described
Uicc card and the 2nd uicc card all can be set up corresponding communication service with user and connect, if due to mode of operation setting now
For called volte mode of priority, then in order to guarantee to realize called volte mode of priority, need to obtain a uicc card and
The communication service capabilities of the 2nd uicc card, communication service capabilities herein are to judge whether a uicc card and the 2nd uicc card prop up
Hold volte call to connect, specific judge process can be: obtain the position letter that a uicc card and the 2nd uicc card are located
Breath, this positional information is analyzed comparing with corresponding preset standard positional information, if this positional information and normal place
Information match, wherein, the preset standard positional information operator corresponding with a uicc card and the 2nd uicc card is relevant, no
The different standard location information of same operator's correspondence, then can confirm that a uicc card and the 2nd uicc card support that volte leads to
Words；If mismatching, can confirm that a uicc card and the 2nd uicc card do not support that volte converses；Certain, art technology
Personnel can also obtain the communication service capabilities of a uicc card and the 2nd uicc card using other modes, as long as can be accurate
Really judge the communication service capabilities of a uicc card and the 2nd uicc card, will not be described here.
S1022: if a uicc card does not support that volte converses, volte call supported by the 2nd uicc card, then confirm second
Uicc card is target uicc card.
Do not support that volte converses in confirmation the first uicc card, when volte call supported by the 2nd uicc card, even if user institute
The communication service request sending is to send to a uicc card, now needs for the target of communication service request to switch to second
Uicc card, and then set up the 2nd uicc card and be connected with the communication service of user, take full advantage of a uicc card and the 2nd uicc
The communication service capabilities of card.
If it should be noted that work state information is set to including state in data transfer, and a uicc card
Working condition is state in data transfer, and the 2nd uicc card is state in idle condition or data transfer, then, full in order to ensure
The default called volte mode of priority of foot, needs also exist for for the 2nd uicc card confirming as target uicc card, even now user sends out
Send for incoming call requests, then can set up the call of the volte between the 2nd uicc card and user at once and be connected, and by a uicc card
Ignore with the 2nd uicc card institute transmission data.
The present embodiment is idle condition by the work state information in a uicc card and the 2nd uicc card, and works
When pattern is called volte mode of priority, obtain the communication service capabilities of a uicc card and the 2nd uicc card, according to first
The communication service of uicc card and the 2nd uicc card confirms target uicc card, is effectively guaranteed a uicc card and the 2nd uicc card
Meet default called volte mode of priority, avoid the generation of missed call situation it is ensured that the experience property of user simultaneously,
Further increase the practicality of this communication means.
A kind of flow process of communication means based on dual-card dual-standby terminal that Fig. 3 provides for further embodiment of this invention is illustrated
Figure；A kind of schematic flow sheet of communication means based on dual-card dual-standby terminal that Fig. 4 provides for yet another embodiment of the invention；Upper
On the basis of stating embodiment, understand with continued reference to accompanying drawing 1-4, for the work state information of a uicc card and the 2nd uicc card
For, work state information can also be set to also include: volte call carries out middle state；At this point it is possible to will be according to work
Status information and default mode of operation are determined for being communicatively coupled with user in a uicc card and the 2nd uicc card
Target uicc card, be set to also include:
S1023: state in the work state information of a uicc card is carried out for volte call, the work of the 2nd uicc card
Making status information is idle condition, and when mode of operation is called volte mode of priority, confirms that a uicc card is target uicc
Card.
In the working condition determining a uicc card is carried out for volte call during state, then first now is described
Volte call supported by uicc card, therefore, in order to ensure to realize called volte mode of priority, then can directly confirm a uicc
Block for target uicc card, if it should be noted that when the communication service request that user sends is data communication service, in order to realize
Called volte mode of priority, then ensure the volte call connection of a uicc card, the data communication service that user is sent is slightly
After consider；If the communication service request that user sends is volte call request, now, in order to avoid missed call, need to set up
First uicc card and the call request of user, and carry out middle state because a uicc card is in volte call, then use occurs
The situation of connection failure set up by family and a uicc card, in order to allow user be well understood to the working condition of a uicc card,
After confirming a uicc card for target uicc card, logical between target uicc card and user by being set up according to communication service request
Letter connects, and is set to specifically include:
S1031: obtain user and wait the temporal information setting up communication connection with target uicc card；
Wherein, obtaining waits the temporal information setting up communication connection can confirm first by intervalometer come the time
After uicc card is for target uicc card, intervalometer starts, and records waiting time information.
S1032: if temporal information exceedes default time threshold information, send to user and set up connection failure information,
Set up in connection failure information and carry information.
After getting temporal information, this temporal information is compared with default time threshold information, wherein, when
Between threshold information can be 30s, 45s or 60s etc., specifically can be configured according to user's request, if temporal information
Over-time threshold information, then can confirm that a uicc card and user set up connection failure, so that user understands first
User can be returned failure information by the working condition of uicc card, and can carry information in failure information, and this carries
Show that information can be conversed for the first uicc card, or a uicc card is just in busy etc., so that user understands
The working condition of the first uicc card, efficiently avoid the generation of missed call situation.
The present embodiment is by, after confirming a uicc card for target uicc card, setting up a uicc card and user's
In communications connection procedure, obtain user and wait the temporal information setting up connection, can accurately and efficiently be judged according to temporal information
Whether communication connection foundation is successful, if setting up connection failure, to user feedback failure information, and carries the prompting of response
Information, to remind the work state information of user the uicc card so that user has learnt the process of this communication connection foundation
Reach a uicc Ka Chu, and a uicc card is not set up successfully due to some reasons, efficiently avoid missed call feelings
The generation of condition, and then improve the reliability of this communication means use.
A kind of flow process of communication means based on dual-card dual-standby terminal that Fig. 5 provides for further embodiment of this invention is illustrated
Figure；On the basis of above-described embodiment, understand, work state information can also also be included by the present embodiment with continued reference to accompanying drawing 5:
Data service carries out state；And default mode of operation may be arranged as including called high priority data pattern；Now, by root
Determine for being led to user in a uicc card and the 2nd uicc card according to work state information and default mode of operation
The target uicc card that letter connects, is set to specifically also include:
S1024: if the working condition of a uicc card carries out state, the working condition letter of the 2nd uicc card for data service
Cease for idle condition, and when mode of operation is called high priority data pattern, then confirm that a uicc card is target uicc card.
When mode of operation is for called high priority data pattern, then illustrate now not only will consider to avoid missed call
Situation in addition it is also necessary to the data service being guaranteed at the uicc card that data service carries out state is normally carried out, therefore, in a uicc
When the working condition wie data service of card carries out state, then confirm that a uicc card is target uicc card, now can be effectively
Meet high priority data pattern, when the communication service request sending in user is asked for talk business, then can set up a uicc
Card is connected with the call of user, and data transfer now can be normally carried out；If the communication service request that user sends is data
Service request, then can directly be set up a uicc card and be connected with the data transfer of user it is ensured that meeting high priority data mould
On the basis of formula, it is effectively prevented from missed call situation, and then improves the reliability of this communication means use.
Fig. 6 is a kind of signalling diagram one of communication means based on dual-card dual-standby terminal provided in an embodiment of the present invention；
Fig. 7 is a kind of signalling diagram two of communication means based on dual-card dual-standby terminal provided in an embodiment of the present invention；Fig. 8 is this
A kind of signalling diagram three of communication means based on dual-card dual-standby terminal that bright embodiment provides；Refer to the attached drawing 6-8 understands, this
The volte dual-card dual-standby terminal of technical scheme, the dual-card dual-standby single-pass terminal referring to, double card supports volte function simultaneously, signing
Volte business；Have a set of radio system and baseband system, terminal can concurrently reside in the cell of both of which although with
One moment can only carry out voice or data service in a worked cell of card, but can block selected Working moulds at two
Carry out under formula switching at a high speed, realize double card business function；In order to more be apparent from the technical program, enumerate following tool
Body Application Example:
Application Example 1: the uicc card in dual-card dual-standby terminal, the 2nd uicc card are idle condition, and first
Uicc card is the called uicc card of user, and now, a uicc card of dual-card dual-standby terminal or the 2nd uicc card all can be as
Callee receives incoming call；
Firstly, it is necessary to understand default mode of operation, generally, " called volte is preferential " and " called data is excellent
First " can be contracted by ut interface, the function of realization is respectively with default two default mode of operations for user:
Called volte is preferential: this function is applied to that " a uicc card, the 2nd uicc card are idle condition, a uicc
Volte talk business (i.e. not in volte cell) do not supported by card, and the 2nd uicc card supports that volte talk business (is existing
Volte cell), now, a uicc card is called " scene 1 and " the 2nd uicc is stuck in volte communication process, a uicc
Card is called " scene 2, for scene 1, enable to make caller to be towards the 2nd uicc card towards the Call Transfer of a uicc card
Calling, so that call can be successfully established in volte mode；For scene 2, enable to make caller exhaling towards a uicc card
Cry the calling switching to towards the 2nd uicc card, it is to avoid volte dual-card dual-standby single-pass terminal missed call.
Called high priority data: this function is be applied to " uicc is stuck in lte data service carries out, the 2nd uicc card quilt
Cry " scene, enable for caller to switch to the calling towards a uicc card towards the calling of the 2nd uicc card, it is to avoid volte
Dual-card dual-standby single-pass terminal the first uicc card stops data service, is transformed into the 2nd uicc mode card and goes to pick up call. because single
In the logical terminal same time period, an only card can be operated, if incoming call is not transferred to a uicc card, user is not
Obtain and do not interrupt data service and go voice responsive business；And pick up call using a uicc card simultaneously and carry out data service,
Can be concurrently independent of each other.
On the basis of understanding above-mentioned mode of operation, if user preset " called volte is preferential ", when a uicc card is made
For called when, judge a uicc card and whether the 2nd uicc card support that volte converses, if a uicc card is not supported, say
A bright uicc card now, not in volte cell, if volte call supported by the 2nd uicc card, illustrates second now
Uicc is stuck in volte cell, then, preferential in order to ensure called volte, can be connected called with the 2nd uicc card with reality
Existing 2nd uicc card is set up volte voice with user and is connected.
Specifically it is assumed that " a uicc card, the 2nd uicc card are idle condition, and a uicc card is not little in volte
Area, the 2nd uicc is stuck in volte cell, and a uicc card is called ", and, a uicc card the 2nd uicc card all contracted
, it is assumed that a uicc card the 2nd uicc card belongs to different operators, ims domain is then different for " called volte is preferential " business；This
When, refer to the attached drawing 6 understands, above-mentioned data handling procedure includes:
1st, when signing " called volte is preferential " business success of a uicc card the 2nd uicc card, then a uicc card
There is the ims log-on message of the 2nd uicc card, the hss/as of the 2nd uicc card has the ims registration of a uicc card in hss/as
Information；
2nd, not in volte cell, such as in 2g/3g cell, then call request message should route to first to a uicc card
The cscf/as/hss of uicc card, then message is mapped as by iam message by mgcf and is sent to a uicc card (be all above
The t-ads flow process of normal volte terminal)；
3rd, after a uicc card receives call request, check the ims log-on message of the 2nd uicc card, if the 2nd uicc card is worked as
Before be in ims login state, then meet " called volte is preferential " business, answering call request message, carry that " called volte is excellent
First " service identification；
4th, mgcf receives the acm message carrying " called volte is preferential " service identification, is mapped as 183 message, sends
To the as of a uicc card, as is learnt by this service identification and trigger " called volte priority business ", then should according to signing
The ims information of the 2nd uicc card just having stored during business, the ims domain that invite message is routed to the 2nd uicc card is sent out
Give the 2nd uicc card, and the recipient changing in invite message is that (generally to header field is changed to second to the 2nd uicc card
The sip uri of uicc card)；
5th, the 2nd uicc clamping receives invite message, responds 183 message to caller, and carries " called volte is preferential "
To caller, caller learns that call object is modified to service identification, then continue to be located according to normal flow and the 2nd uicc card
Ims domain completes the foundation of voice call.
Application Example 2: the uicc card in dual-card dual-standby terminal is set in lte data service is carried out, the
Two uicc cards are called, and under double standby state, if user preset " called high priority data ", terminal can be with the side of a uicc card
Formula is connected to the original incoming call prompting towards the 2nd uicc card, and chooses whether to pick up, specifically, a uicc card second now
Uicc card has all contracted " called volte is preferential " business it is assumed that a uicc card the 2nd uicc card belongs to different operators,
Ims domain is then different, and refer to the attached drawing 7 understands, specific data exchange process includes:
1st, when signing " called volte is preferential " business success of a uicc card the 2nd uicc card, then a uicc card
There is the ims log-on message of the 2nd uicc card, the hss/as of the 2nd uicc card has the ims registration of a uicc card in hss/as
Information；
2nd, the 2nd uicc is stuck in volte call and carries out, and due to being single-pass terminal, the 2nd uicc card occupies all of letter
Road resource, a uicc card is in unreachable state, then towards a uicc card call request message, by a uicc card
Ims domain routes to and cannot respond during a uicc card；
Note: if the 2nd uicc is stuck in call, a uicc card is in cs domain, then invite route messages are by a uicc
The mgcf gateway of card is sent to a uicc card；If a uicc card is in ims domain, invite route messages are sent to by cscf
One uicc card；
3rd, the ims domain setting intervalometer of a uicc card, if overtime, returns 480 message, and carrying cause value is can not
And；
4th, after the cscf/as of a uicc card receives 480 message, because having preset " called volte on the as of a uicc card
Preferentially " business, therefore judges that being possible as the 2nd uicc is stuck in communication process so a uicc card is just unreachable, repaiies
The object changing invite message is changed to a uicc card, and according to the 2nd uicc card pre-storing ims information router to second
The ims domain of uicc card, and carry service identification " called volte is preferential "；
5th, the 2nd uicc clamping receives the invite message from caller, and after service identification " called volte is preferential ", obtains
Know that the 2nd uicc is stuck in call therefore single-pass terminal and cannot receive the incoming call exhaled to a uicc card, can be according to real feelings
Condition selects to pick up or hang up: if picking up, meaning that the 2nd uicc calorie requirement keeps currently ongoing call, connecting master
The call cried；If hanging up, replying 486busy message to caller, carrying service identification " called volte is preferential ", then caller obtains
To response be " user that you dial hurries, and please dials after a while again ".
Application Example 3: now the 2nd uicc in dual-card dual-standby terminal is stuck in volte communication process, a uicc
Card is called, if called default " called volte is preferential ", when the 2nd uicc is stuck in volte communication process, a uicc card conduct
If called, terminal should be able to be connected to the original incoming call prompting towards a uicc card in the way of the 2nd uicc card, and select be
No pick up；It should be noted that called domain selection strategy " called volte is preferential " and " called high priority data " do not conflict, can
To select simultaneously, it is directed to different scenes.
When above-mentioned " uicc is stuck in during data service carries out, and the 2nd uicc card is called ", a uicc card second
Uicc card has all contracted " called volte is preferential " business it is assumed that a uicc card the 2nd uicc card belongs to different operators,
Ims domain is then different, and refer to the attached drawing 8 understands, specific data handling procedure includes:
1st, as signing " called high priority data " business success of a uicc card the 2nd uicc card, the then hss/ of a uicc card
There is the ims log-on message of the 2nd uicc card, the hss/as of the 2nd uicc card has the ims registration letter of a uicc card in as
Breath；
2nd, a uicc card carries out data service, and the 2nd uicc card receives voice call request；(single-pass terminal is permissible
Realize one to be stuck in while carry out data service, leave the paging message that certain Radio Resource monitors another card, therefore second
Uicc card can receive call request message)；
3rd, after volte dual-card dual-standby terminal receives call request, whether judge module is entering according to a current uicc card
Row data service carries out determining whether to trigger " called high priority data " business, if meeting condition, performing module makes second
Uicc card answering call is asked, and carries service identification " called high priority data "；
4th, when the as of called 2nd uicc card receives this reply, learn and trigger called high priority data business, then change
The object of invite message is a uicc card, and invite message is route by the ims information according to the uicc card presetting
To a uicc card；
5th, after a uicc card receives invite message, reply 183 message to caller, and carry service identification " called number
According to preferential ", transmit the message to caller；
6th, caller, according to the invite message of this service identification and a uicc card, learns that former call object has been changed to
First uicc card, then according to normal flow completes the media negotiation with a uicc card and voice Establishing process.
Understand on the basis of above-mentioned concrete application embodiment, the technical program provides a kind of the double of dual-card dual-standby terminal
Card correlating method, i.e. signing " called volte is preferential ", the method for " called high priority data " business, double card can belong to difference
Operator, specifically, correlating method may include that
1st, volte dual-card dual-standby terminal inserts a uicc card, the 2nd uicc card, and double card is all contracted volte business, respectively
From complete ims registration or the registration in current area (being possible to wireless environment belonging to a uicc card the 2nd uicc card is not
Volte cell, therefore cannot do ims registration)；
2nd, respectively after the success of current area, user passes through ut interface on ui interface for a uicc card, the 2nd uicc card
Select signing service " called volte is preferential " and " called high priority data " business, reflected to respective hss in service request
Power, and add the ip IP multimedia subsystem, IMS ims information of another card, such as ip Multimedia Public Identity impu information, conversation initial
Agreement sip information, Uniform Resource Identifier uri etc.；That is a uicc is stuck in and configures " called volte by ut interface
Preferentially ", during " called high priority data " business, while by business configuration proxy gateway and hss mutual authentication, in a uicc
Add the ims log-on message of the 2nd uicc card, the such as parameter such as impu, sip, uri in the hss of card；Vice versa；
3rd, after authentication is passed through, business configuration proxy gateway applies for sending down service to respective as, and now service request carries
The parameters such as the ims log-on message of another card, such as impu: i.e., the business configuration proxy gateway in a uicc card place ims domain to
When as application " called volte is preferential " of the first uicc card, " called high priority data " business, carry the 2nd uicc card simultaneously
Ims log-on message and relevant parameter；
4th, application server as issues " called volte is preferential ", " called high priority data " business configuration completes information to the
One uicc card and the 2nd uicc card, and store related service mark and the information of associated card: i.e. the as storage of a uicc card
Deposit the business application that a uicc card is sent, and store business rule and the ims log-on message of the 2nd uicc card；Otherwise also
So.
Note: as long as a uicc card the 2nd uicc card is volte user, even if local environment is not volte cell also may be used
So that supplementary service is configured by ut interface.
The communication means that the technical program is provided achieves the called domain selection strategy of volte dual-card dual-standby terminal, fixed
Justice " called volte is preferential " and " called voice is preferential " two mode of operations, if the signing success of ut interface, volte
Two cards of double-card dual-standby are at association status, can find ims log-on message in the hss/as of other side respectively, complete called
Switching；In addition, on the basis of meeting under corresponding mode of operation, it is capable of the optimum called domain of selection, it is to avoid single-pass terminal
The shortcoming that the incoming call of the 2nd uicc card cannot be received during uicc cartoon words a, it is to avoid uicc is stuck in data and enters
When in row, the 2nd uicc card is called has to interrupt the scene of data service, all in a uicc card and the 2nd uicc card simultaneously
In the state of free time, it is effectively guaranteed to connect dialogue with the more excellent volte talking mode of voice quality, improve user's body
Test, and then ensure that the practicality of this communication means, be conducive to popularization and the application in market.
A kind of structural representation of communicator based on dual-card dual-standby terminal that Fig. 9 provides for one embodiment of the invention
Figure, refer to the attached drawing 9 understands, present embodiments provides a kind of communicator based on dual-card dual-standby terminal, and wherein, double-card dual-standby is eventually
End includes a uicc card and the 2nd uicc card, and uicc card different operators corresponding with the 2nd uicc card identify, and are based on
On the basis of above-mentioned dual-card dual-standby terminal, this communicator can be effectively prevented from missed call, and improves user experience
Effect, specifically, this communicator includes:
Receiver module 1, the communication service request sending for receive user, and determine first according to communication service request
Uicc card and the work state information of the 2nd uicc card；
Wherein, the concrete shape structure for receiver module 1 does not limit, and those skilled in the art can be according to specific
Design requirement is configured, as long as being capable of above-mentioned operating procedure, will not be described here；In addition, in the present embodiment
The realization implementing process and realizing effect and step s101 in above-described embodiment of the realized operating procedure of receiver module 1
Process, with to realize effect identical, specifically refer to above statement content, will not be described here.
Confirm module 2, for according to work state information and default mode of operation in a uicc card and the 2nd uicc
Determine in card for setting up, with user, the target uicc card that communication service is connected；
Wherein, the concrete shape structure confirming module 2 is not limited, those skilled in the art can be according to specific
Design requirement is configured, as long as being capable of above-mentioned operating procedure, will not be described here；In addition, in the present embodiment
Confirm the realization implementing process and realizing effect and step s102 in above-described embodiment of the realized operating procedure of module 2
Process, with to realize effect identical, specifically refer to above statement content, will not be described here.
Link block 3, is connected for setting up the communication service between target uicc card and user.
Wherein, the concrete shape structure for link block 3 does not limit, and those skilled in the art can be according to specific
Design requirement is configured, as long as being capable of above-mentioned operating procedure, will not be described here；In addition, in the present embodiment
The realization implementing process and realizing effect and step s103 in above-described embodiment of the realized operating procedure of link block 3
Process, with to realize effect identical, specifically refer to above statement content, will not be described here.
It should be noted that being also provided with memory module in this communicator, this memory module is used for storage the
The ims log-on message of one uicc card and the 2nd uicc card, the communication strategy of user preset and a uicc card and the 2nd uicc
Block the wireless environment being presently in and ongoing business etc., by calling the related letter being stored in advance in memory module
Breath, can effectively improve the confirmation understanding to a uicc card and the 2nd uicc card work state information for the module 2, improve mesh
Efficiency and accuracy that mark uicc card confirms, further increase the reliability of this communicator use.
The communicator based on dual-card dual-standby terminal that the present embodiment provides, receiver module 1 passes through please according to communication service
Seek the work state information determining a uicc card and the 2nd uicc card, and pass through confirmation module 2 according to work state information with
Default mode of operation determines target uicc card, link block 3 make target uicc be stuck in meet under default mode of operation with
User sets up communication service and connects, and not only can effectively prevent the feelings of the easy missed call existing for dual-card dual-standby terminal
Condition, also reduces the limitation that dual-card dual-standby terminal uses to user simultaneously, convenient for users to use, effectively increases user
Experience property, and then ensure that the practicality of this communicator, be conducive to popularization and the application in market.
On the basis of above-described embodiment, understand, the present embodiment is for work state information and work with continued reference to accompanying drawing 9
The particular type of pattern does not limit, and those skilled in the art can be configured according to specific design requirement, wherein, more
Preferably, work state information can be set to, including idle condition, default mode of operation is set to including called
Volte mode of priority, now can will confirm that module 2 be set to specifically for:
It is idle condition in the work state information of a uicc card and the 2nd uicc card, and mode of operation is called
During volte mode of priority, obtain the communication service capabilities of a uicc card and the 2nd uicc card；
If a uicc card does not support that volte converses, volte call supported by the 2nd uicc card, then confirm the 2nd uicc card
For target uicc card.
Implementing process and realizing effect and above-mentioned enforcement of the realized operating procedure of module 2 is confirmed in the present embodiment
In example step s1021-s1022 realize process with to realize effect identical, specifically refer to above statement content, here is no longer superfluous
State.
The present embodiment is idle shape by confirming module 2 in the work state information of a uicc card and the 2nd uicc card
State, and when mode of operation is called volte mode of priority, obtain the communication service capabilities of a uicc card and the 2nd uicc card,
Target uicc card is confirmed according to the communication service of a uicc card and the 2nd uicc card, is effectively guaranteed a uicc card and the
Two uicc cards meet default called volte mode of priority, avoid the generation of missed call situation it is ensured that user simultaneously
Experience property, further increases the practicality of this communicator.
On the basis of above-described embodiment, understand with continued reference to accompanying drawing 9, for the work of a uicc card and the 2nd uicc card
For making status information, work state information can also be set to also include: volte call carries out middle state；At this point it is possible to
Will confirm that module 2 is set to be additionally operable to:
State in the work state information of a uicc card is carried out for volte call, the working condition of the 2nd uicc card
Information is idle condition, and when mode of operation is called volte mode of priority, confirms that a uicc card is target uicc card.
In the working condition confirming module 2 determination the first uicc card is carried out for volte call during state, then illustrate now
A uicc card support volte call, therefore, in order to ensure to realize called volte mode of priority, then can directly confirm the
One uicc card is target uicc card, if it should be noted that when the communication service request that user sends is data communication service, being
Realize called volte mode of priority, then ensure the volte call connection of a uicc card, the data communication that user is sent
Business considers after a while；If the communication service request that user sends is volte call request, now, in order to avoid missed call, need
Set up the call request of a uicc card and user, and carry out middle state because a uicc card is in volte call, then can
User occurs and a uicc card sets up the situation of connection failure, in order to allow user be well understood to the work shape of a uicc card
State, after confirming a uicc card for target uicc card, link block 3 is set to be additionally operable to:
After confirming a uicc card for target uicc card, obtain user and wait and the foundation communication connection of target uicc card
Temporal information；
In the present embodiment, the realized operating procedure of link block 3 implements process and realizes effect and above-mentioned enforcement
In example step s1031 realize process with to realize effect identical, specifically refer to above statement content, will not be described here.
Communicator also includes:
Sending module 4, if exceeding default time threshold information for temporal information, sending to user to set up to connect and losing
Lose information, set up in connection failure information and carry information.
Wherein, the concrete shape structure for sending module 4 does not limit, and those skilled in the art can be according to specific
Design requirement is configured, as long as being capable of above-mentioned operating procedure, will not be described here；In addition, in the present embodiment
The reality implementing process and realizing effect and step s1032 in above-described embodiment of the realized operating procedure of sending module 4
Existing process, with to realize effect identical, specifically refer to above statement content, will not be described here.
The present embodiment link block 3 is by, after confirming a uicc card for target uicc card, setting up a uicc
In card and the communications connection procedure of user, obtain user and wait and set up the temporal information connecting, according to temporal information can accurately,
Effectively judge that whether success is set up in communication connection, if setting up connection failure, sending module 4 to user feedback failure information,
And carry the information of response, to remind the work state information of user the uicc card so that user learns that this leads to
The process of letter connection establishment has arrived at a uicc Ka Chu, and a uicc card is not set up successfully due to some reasons, has
Avoid to effect the generation of missed call situation, and then improve the reliability of this communicator use.
On the basis of above-described embodiment, understand, the present embodiment can also by work state information also with continued reference to accompanying drawing 9
Including: data service carries out state；And default mode of operation may be arranged as including called high priority data pattern；This
When, will confirm that module 2 is set to specifically be additionally operable to:
Carry out state in the working condition of a uicc card for data service, the work state information of the 2nd uicc card is sky
Not busy state, and when mode of operation is called high priority data pattern, confirm that a uicc card is target uicc card.
Implementing process and realizing effect and above-mentioned enforcement of the realized operating procedure of module 2 is confirmed in the present embodiment
In example step s1024 realize process with to realize effect identical, specifically refer to above statement content, will not be described here.
It should be understood that disclosed apparatus and method in several embodiments provided by the present invention, can be passed through it
Its mode is realized.For example, device embodiment described above is only schematically, for example, the division of described unit, and only
It is only a kind of division of logic function, actual can have other dividing mode when realizing, and for example multiple units or assembly can be tied
Close or be desirably integrated into another system, or some features can be ignored, or do not execute.Another, shown or discussed
Coupling each other or direct-coupling or communication connection can be by some interfaces, the INDIRECT COUPLING of device or unit or logical
Letter connects, and can be electrical, mechanical or other forms.
The described unit illustrating as separating component can be or may not be physically separate, show as unit
The part showing can be or may not be physical location, you can with positioned at a place, or can also be distributed to multiple
On NE.The mesh to realize this embodiment scheme for some or all of unit therein can be selected according to the actual needs
's.
In addition, can be integrated in a processing unit in each functional unit in each embodiment of the present invention it is also possible to
It is that unit is individually physically present it is also possible to two or more units are integrated in a unit.Above-mentioned integrated list
Unit both can be to be realized in the form of hardware, it would however also be possible to employ the form that hardware adds SFU software functional unit is realized.
The above-mentioned integrated unit realized in the form of SFU software functional unit, can be stored in an embodied on computer readable and deposit
In storage media.Above-mentioned SFU software functional unit is stored in a storage medium, including some instructions with so that a computer
Equipment (can be personal computer, server, or network equipment etc.) or processor (processor) execution the present invention each
The part steps of embodiment methods described.And aforesaid storage medium includes: u disk, portable hard drive, read only memory (read-
Only memory, rom), random access memory (random access memory, ram), magnetic disc or CD etc. various
Can be with the medium of store program codes.
Those skilled in the art can be understood that, for convenience and simplicity of description, only with above-mentioned each functional module
Division be illustrated, in practical application, can as desired will above-mentioned functions distribution complete by different functional modules
Become, the internal structure of device will be divided into different functional modules, to complete all or part of function described above.On
State the specific work process of the device of description, may be referred to the corresponding process in preceding method embodiment, will not be described here.
Finally it is noted that various embodiments above, only in order to technical scheme to be described, is not intended to limit；To the greatest extent
Pipe has been described in detail to the present invention with reference to foregoing embodiments, it will be understood by those within the art that: its according to
So the technical scheme described in foregoing embodiments can be modified, or wherein some or all of technical characteristic is entered
Row equivalent；And these modifications or replacement, do not make the essence of appropriate technical solution depart from various embodiments of the present invention technology
The scope of scheme.
Claims (10)
1. a kind of communication means based on dual-card dual-standby terminal, described dual-card dual-standby terminal includes a uicc card and second
Uicc card, described uicc card different operators corresponding with described 2nd uicc card mark is it is characterised in that described communication party
Method includes:
The communication service request that receive user sends, and a described uicc card and described is determined according to described communication service request
The work state information of the 2nd uicc card；
True in a described uicc card and described 2nd uicc card according to described work state information and default mode of operation
Determine to be used for setting up, with user, the target uicc card that communication service is connected；
The communication service set up between described target uicc card and user is connected.
2. the communication means based on dual-card dual-standby terminal according to claim 1 is it is characterised in that described working condition is believed
Breath includes: idle condition, described default mode of operation includes called volte mode of priority, according to described work state information
Determine for setting up communication service with user in a described uicc card and described 2nd uicc card with default mode of operation
The target uicc card connecting, specifically includes:
It is idle condition in the work state information of a described uicc card and described 2nd uicc card, and described mode of operation
During for called volte mode of priority, obtain the communication service capabilities of a described uicc card and described 2nd uicc card；
If a described uicc card does not support that volte converses, described 2nd uicc card supports that volte converses, then confirm described the
Two uicc cards are target uicc card.
3. the communication means based on dual-card dual-standby terminal according to claim 1 is it is characterised in that described working condition is believed
Breath also includes: volte call carries out middle state；According to described work state information and default mode of operation described first
Determine for the target uicc card being communicatively coupled with user in uicc card and described 2nd uicc card, also include:
State in the work state information of a described uicc card is carried out for volte call, the work of described 2nd uicc card
Status information is idle condition, and when described mode of operation is called volte mode of priority, confirms that a described uicc card is mesh
Mark uicc card.
4. the communication means based on dual-card dual-standby terminal according to claim 3 is it is characterised in that confirming described first
After uicc card is for target uicc card, described set up between described target uicc card and user according to described communication service request
Communication connection, specifically includes:
Obtain user and wait the temporal information setting up communication connection with described target uicc card；
If described temporal information exceedes default time threshold information, send to user and set up connection failure information, described build
Information is carried in vertical connection failure information.
5. the communication means based on dual-card dual-standby terminal according to claim 1 is it is characterised in that described working condition is believed
Breath also includes: data service carries out state；Described default mode of operation also includes called high priority data pattern；According to described work
Make status information and default mode of operation to determine for entering with user in a described uicc card and described 2nd uicc card
The target uicc card of row communication connection, specifically also includes:
If the working condition of a described uicc card carries out state, the work state information of described 2nd uicc card for data service
For idle condition, and when described mode of operation is called high priority data pattern, then confirm that a described uicc card is target
Uicc card.
6. a kind of communicator based on dual-card dual-standby terminal, described dual-card dual-standby terminal includes a uicc card and second
Uicc card, described uicc card different operators corresponding with described 2nd uicc card mark is it is characterised in that described communication dress
Put including:
Receiver module, the communication service request sending for receive user, and determine described the according to described communication service request
One uicc card and the work state information of described 2nd uicc card；
Confirm module, for according to described work state information and default mode of operation in a described uicc card and described the
Determine in two uicc cards for setting up, with user, the target uicc card that communication service is connected；
Link block, is connected for setting up the communication service between described target uicc card and user.
7. the communicator based on dual-card dual-standby terminal according to claim 6 is it is characterised in that described working condition is believed
Breath includes: idle condition, and described default mode of operation includes called volte mode of priority, described confirmation module, concrete use
In:
It is idle condition in the work state information of a described uicc card and described 2nd uicc card, and described mode of operation
During for called volte mode of priority, obtain the communication service capabilities of a described uicc card and described 2nd uicc card；
If a described uicc card does not support that volte converses, described 2nd uicc card supports that volte converses, then confirm described the
Two uicc cards are target uicc card.
8. the communicator based on dual-card dual-standby terminal according to claim 6 is it is characterised in that described working condition is believed
Breath also includes: volte call carries out middle state；Described confirmation module, is additionally operable to:
State in the work state information of a described uicc card is carried out for volte call, the work of described 2nd uicc card
Status information is idle condition, and when described mode of operation is called volte mode of priority, confirms that a described uicc card is mesh
Mark uicc card.
9. the communicator based on dual-card dual-standby terminal according to claim 8 it is characterised in that
Described link block, is additionally operable to, after confirming a described uicc card for target uicc card, obtain user and wait and institute
State the temporal information that communication connection set up by target uicc card；
Described communicator also includes:
Sending module, if exceeding default time threshold information for described temporal information, sending to user to set up to connect and losing
Lose information, described foundation in connection failure information carries information.
10. the communicator based on dual-card dual-standby terminal according to claim 6 is it is characterised in that described working condition
Information also includes: data service carries out state；Described default mode of operation also includes called high priority data pattern；Described confirmation
Module, is specifically additionally operable to:
Carry out state, the work state information of described 2nd uicc card in the working condition of a described uicc card for data service
For idle condition, and when described mode of operation is called high priority data pattern, confirm that a described uicc card is target
Uicc card.
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| CN108632805A (en) * | 2017-03-20 | 2018-10-09 | 中国移动通信有限公司研究院 | A kind of idle method and terminal of double-terminal |
| CN108632804A (en) * | 2017-03-20 | 2018-10-09 | 中国移动通信有限公司研究院 | A kind of the service concurrence processing method and terminal of double-terminal |
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| CN107948943A (en) * | 2017-12-26 | 2018-04-20 | 中国联合网络通信集团有限公司 | The recognition methods of rete mirabile card and server in double-terminal |
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| CN109195155A (en) * | 2018-08-27 | 2019-01-11 | 中国联合网络通信集团有限公司 | Double-terminal user identifier determines method, apparatus, equipment and readable storage medium storing program for executing |
| CN109195155B (en) * | 2018-08-27 | 2021-09-07 | 中国联合网络通信集团有限公司 | Method, device and equipment for determining dual-card terminal user identification and readable storage medium |
| CN109348470A (en) * | 2018-09-10 | 2019-02-15 | 中国联合网络通信集团有限公司 | Business switch method, terminal, network server and storage medium |
| CN110300404A (en) * | 2019-06-27 | 2019-10-01 | 维沃移动通信有限公司 | A kind of network control method and mobile terminal |
| CN110300404B (en) * | 2019-06-27 | 2022-02-25 | 维沃移动通信有限公司 | Network control method and mobile terminal |
| CN112312337A (en) * | 2020-11-06 | 2021-02-02 | 珠海格力电器股份有限公司 | Method and device for processing incoming call of mobile phone |
| CN112511998A (en) * | 2020-12-04 | 2021-03-16 | 素泰智能科技(上海)有限公司 | Method for improving and adjusting VOLTE voice downlink time delay jitter and terminal equipment |
| CN116709583A (en) * | 2022-12-30 | 2023-09-05 | 荣耀终端有限公司 | Method and device for realizing double-card double-pass |
| CN116709583B (en) * | 2022-12-30 | 2024-05-14 | 荣耀终端有限公司 | Method and device for realizing double-card double-pass |
| CN117395618A (en) * | 2023-10-19 | 2024-01-12 | 北京小米移动软件有限公司 | Data link switching method, device, storage medium and chip |
| CN117395618B (en) * | 2023-10-19 | 2024-03-01 | 北京小米移动软件有限公司 | Data link switching method, device, storage medium and chip |
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