CN102026374A - Management method for wireless service of single-chip dual-card CDMA terminal and CDMA terminal - Google Patents
Management method for wireless service of single-chip dual-card CDMA terminal and CDMA terminal Download PDFInfo
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- CN102026374A CN102026374A CN2010105720462A CN201010572046A CN102026374A CN 102026374 A CN102026374 A CN 102026374A CN 2010105720462 A CN2010105720462 A CN 2010105720462A CN 201010572046 A CN201010572046 A CN 201010572046A CN 102026374 A CN102026374 A CN 102026374A
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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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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W68/00—User notification, e.g. alerting and paging, for incoming communication, change of service or the like
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Abstract
The invention discloses a management method for the wireless service of a single-chip dual-card CDMA terminal and a CDMA terminal, wherein the method comprises the following steps of: during a period from receiving a paging message corresponding to the current called subscriber card to establishing a service channel by the single-chip dual-card CDMA terminal, determining to process the service of the current called subscriber car or a service of a non-current called subscriber card according to wireless service priority of the terminal when the single-chip dual-card CDMA terminal receives a wireless service message corresponding to the non-current called subscriber card on the paging channel of the paging message. In the management method for the single-chip dual-card CDMA terminal wireless service and the CDMA terminal, by setting the wireless service priority of the terminal and using the single-mode dual-card and dual-standby called service priority management implemented by the prior protocol rules, rational scheduling of the single-chip dual-card CDMA terminal to a dual subscriber card service is ensured, regular operation of the called functions of the terminal in steady and efficient state is guaranteed, and performance of the terminal is improved.
Description
Technical field
The present invention relates to the wireless mobile communications field, relate in particular to single chip double card code division multiple access (Code Division Multiple Access is called for short CDMA) terminal wireless business is managed method and CDMA terminal.
Background technology
In the existing mobile communication system, global system for mobile communications (Global System for Mobile Communications is called for short GSM) especially, the single-chip dual-SIM dual-standby scheme is comparatively ripe and general.But the situation of cdma system is different, does not also occur mature C DMA pair at present and treats scheme, realizes that at present CDMA pair is treated that scheme generally needs to adopt the mode of two chips, realizes by the mode that two CDMA chips are dispatched.Use two CDMA chips to realize two treating, generally need to use two cover radio-frequency units, thus two subscriber cards (being the UIM card) can be operated on the Traffic Channel that differs from one another, unaffected mutually.
In the existing CDMA2000 1X system, terminal called flow process is: base station side (BS) sends beep-page message (General Page Msg) to mobile terminal side (MS), after portable terminal is received the beep-page message of base station, reply transmission access channel page-response message (Page Response Msg) to the base station, the base station sends Traffic Channel Assignment message (Extended Channel Assignment Msg) to portable terminal distribution service channel and to mobile phone again, this moment, the Traffic Channel of base station and terminal room was set up follow-up terminal and the message between the base station (for example professional connection message, the professional connection finished message etc.) all on the dedicated channel of having set up, transmit.
Under the existing cdma network, use different international mobile subscriber identitys (IMSI:International Mobile Subscriber Identification Number, abbreviation IMSI) user is that the probability that the user on the different user card monitors same frequency according to hash algorithm is frequency points/one, and general frequency points is 2 ~ 3, and the probability that such two UIM cards are operated on the same frequency of same paging channel is more than 25%.In addition, if a UIM card produces call business, terminal can receive all beep-page messages (General Page Msg) on paging channel, terminal will jump to non-time slot state by time slot state so, probably can receive the beep-page message relevant with another UIM card this moment, so terminal need possess the scheduling that efficient and rational dispatching algorithm is correlated with.
Two CDMA chips realizations of prior art employing are two waits that following limitation is arranged: terminal need dispose two cover chips and realize double-card dual-standby, increases the terminal cost; End cell and standby current load strengthen, and influence standby time and operate as normal.How to realize on single-chip CDMA terminal that the rational management to two subscriber card business is the technical issues that need to address.
Summary of the invention
The technical problem to be solved in the present invention provides single chip double card CDMA terminal wireless business is managed method and CDMA terminal, guarantees the rational management of single chip double card CDMA terminal to the dual user card business, improves terminal capabilities.
In order to solve the problems of the technologies described above, the invention provides single chip double card CDMA terminal wireless business is managed method, the method comprises: single chip double card CDMA terminal is being received at the beep-page message of current called subscriber card during set up Traffic Channel, when on the paging channel of described beep-page message, receiving the wireless traffic message of blocking, determine the business of professional or non-current called subscriber's card of the described current called subscriber's card of priority treatment according to the wireless traffic priority of described terminal at non-current called subscriber.
Further, said method can also have following characteristics:
The card priority that one subscriber card is set is higher than the card priority of another subscriber card, and the wireless traffic priority of described terminal is from high to low: the short message service on the minimum subscriber card of short message service, the card priority on the highest subscriber card of data service, the card priority on the minimum subscriber card of data service, the card priority on the highest subscriber card of speech business, the card priority on the minimum subscriber card of the speech business on the highest subscriber card of card priority, card priority.
Further, said method can also have following characteristics:
The card priority of described current called subscriber card is in two users' card when minimum, after receiving speech business message, according to the speech business of the described non-current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
Further, said method can also have following characteristics:
The card priority of described current called subscriber card is in two users' card when minimum, after receiving data service message or short message service message, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
Further, said method can also have following characteristics:
The card priority of described current called subscriber card in two users' card when the highest, receive wireless traffic message at described non-current called subscriber's card after, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal.
In order to solve the problems of the technologies described above, the present invention also provides a kind of CDMA terminal; Described CDMA terminal is a single chip double card CDMA terminal; Described CDMA terminal, be used for receiving at the beep-page message of current called subscriber card during set up Traffic Channel, when on the paging channel of described beep-page message, receiving the wireless traffic message of blocking, determine the business of professional or non-current called subscriber's card of the described current called subscriber's card of priority treatment according to the wireless traffic priority of described terminal at non-current called subscriber.
Further, above-mentioned terminal can also have following characteristics:
Described CDMA terminal, the card priority that also is used to be provided with a subscriber card is higher than the card priority of another subscriber card, and the wireless traffic priority of described terminal is from high to low: the short message service on the minimum subscriber card of short message service, the card priority on the highest subscriber card of data service, the card priority on the minimum subscriber card of data service, the card priority on the highest subscriber card of speech business, the card priority on the minimum subscriber card of speech business, the card priority on the highest subscriber card of card priority.
Further, above-mentioned terminal can also have following characteristics:
Described CDMA terminal, the card priority that also is used for blocking described current called subscriber is when two users' card is minimum, after receiving speech business message, according to the speech business of the described non-current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
Further, above-mentioned terminal can also have following characteristics:
Described CDMA terminal, the card priority that also is used for blocking described current called subscriber is when two users' card is minimum, after receiving data service message or short message service message, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
Further, above-mentioned terminal can also have following characteristics:
Described CDMA terminal, the card priority that also is used for blocking described current called subscriber is when two users' card is the highest, after receiving wireless traffic message, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
The present invention adopts the mode of the wireless traffic priority that terminal is set, the single mode double-card dual-standby called service priority management that utilization existing protocol standard realizes, guarantee the rational management of single chip double card CDMA terminal to the dual user card business, guarantee that terminal makes the normal operation of called function under the state of stability and high efficiency, improve terminal capabilities.
The present invention can adopt existing portable terminal development technique under the legacy network operational mode, introduce double-card dual-standby called service priority scheduling system and method in mobile terminal device; Can utilize the conventional network equipment protocol stack, the two card of assurance called flows are normally finished; Simultaneously, the single-chip configuration can reduce cost, and promotes the service behaviours such as standby current of terminal to a great extent; In addition, also can two card priority be set flexibly according to user's needs, the two card scheduling of configuration are handled arbitrarily.
The present invention aloft interface does not increase any signaling, does not influence the normal realization of other business of portable terminal, just on the basis that existing business realizes, realizes the called process of double-card dual-standby easily and flexibly, thereby has improved the flexibility of system design.
Description of drawings
Fig. 1 manages the method schematic diagram to single chip double card CDMA terminal wireless business among the embodiment.
Embodiment
The CDMA terminal is a single chip double card CDMA terminal among the present invention; Described CDMA terminal is used for receiving at the beep-page message of current called subscriber card during set up Traffic Channel, when on the paging channel of described beep-page message, receiving the wireless traffic message of blocking, determine the business of professional or non-current called subscriber's card of the described current called subscriber's card of priority treatment according to the wireless traffic priority of described terminal at non-current called subscriber.
The card priority that described CDMA terminal also is used to be provided with a subscriber card is higher than the card priority of another subscriber card, and the wireless traffic priority of described terminal is from high to low: the short message service on the minimum subscriber card of short message service, the card priority on the highest subscriber card of data service, the card priority on the minimum subscriber card of data service, the card priority on the highest subscriber card of speech business, the card priority on the minimum subscriber card of speech business, the card priority on the highest subscriber card of card priority.
In the concrete application examples, the card priority that described CDMA terminal also is used for blocking described current called subscriber is when two users' card is minimum, after receiving speech business message, according to the speech business of the described non-current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
In the concrete application examples, the card priority that described CDMA terminal also is used for blocking described current called subscriber is when two users' card is minimum, after receiving data service message or short message service message, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
In the concrete application examples, the card priority that described CDMA terminal also is used for blocking described current called subscriber is when two users' card is the highest, after receiving wireless traffic message, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
As shown in Figure 1, single chip double card CDMA terminal wireless business is managed method, comprise: single chip double card CDMA terminal is being received at the beep-page message of current called subscriber card during set up Traffic Channel, when on the paging channel of described beep-page message, receiving the wireless traffic message of blocking, determine the business of professional or non-current called subscriber's card of the described current called subscriber's card of priority treatment according to the wireless traffic priority of described terminal at non-current called subscriber.
About priority, the card priority that one subscriber card can be set is higher than the card priority of another subscriber card, and the wireless traffic priority of described terminal is from high to low: the short message service on the minimum subscriber card of short message service, the card priority on the highest subscriber card of data service, the card priority on the minimum subscriber card of data service, the card priority on the highest subscriber card of speech business, the card priority on the minimum subscriber card of the speech business on the highest subscriber card of card priority, card priority.
Wherein data service is a wireless packet data service, and MMS also belongs to this data service.
The card priority that the user can be provided with the subscriber card of handling important service in the terminal according to actual needs is the highest, and the card priority of another subscriber card is minimum.Terminal can be provided with the switch of above-mentioned wireless traffic priority and close.
Embodiment one:
The card priority of described current called subscriber card is in two users' card when minimum, after receiving speech business message, according to the speech business of the described non-current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
For example, in concrete the application, the card priority of current called subscriber card (UIM2 card) is in two users' card when minimum, after receiving beep-page message (the SO thresholding is 0X3) at described non-current called subscriber's card (UIM1 card), this beep-page message of the described non-current called subscriber's card of priority treatment (UIM1 card), wait for the channel assignment message that the base station sends at this non-current called subscriber's card (UIM1 card), after setting up Traffic Channel, begin the voice call process of this non-current called subscriber's card (UIM1 card).Because of two users block shared same paging channel, after terminal makes non-current called subscriber's card (UIM1 card) and base station set up Traffic Channel, can't receive the beep-page message of described current called subscriber's card (UIM1 card), make the call failure of current called subscriber's card (UIM2 card).
Embodiment two:
The card priority of described current called subscriber card is in two users' card when minimum, after receiving data service message or short message service message, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
For example, the card priority of current called subscriber card (UIM2 card) is in two users' card when minimum, after receiving data service message (the SO territory is 0X6 or 0Xe) at described non-current called subscriber's card (UIM1 card), service priority order according to terminal, the speech business priority of UIM2 card is higher than the data service priority of UIM1 card, terminal continues to handle the called flow of UIM2 card, and need not to the answer message of base station transmission about the UIM1 card.
For example, the card priority of current called subscriber card (UIM2 card) is in two users' card when minimum, after receiving note burst (Data burst) at described non-current called subscriber's card (UIM1 card), service priority order according to terminal, the speech business priority of UIM2 card is higher than the short message service priority of UIM1 card, terminal continues to handle the called flow of UIM2 card, and terminal can also be preserved this note burst and prompting user.
For example, the card priority of current called subscriber card (UIM2 card) is in two users' card when minimum, after receiving short message (the SO thresholding is 0X6 or 0Xe) at described non-current called subscriber's card (UIM1 card), service priority order according to terminal, the speech business priority of UIM2 card is higher than the short message service priority of UIM1 card, terminal continues to handle the called flow of UIM2 card, terminal also needs to the affirmation message of base station transmission at the short message of UIM1 card, and obtains message content after setting up UIM1 card and service in base station channel.
Embodiment three:
The card priority of described current called subscriber card in two users' card when the highest, receive wireless traffic message at described non-current called subscriber's card after, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal.
In this method, when minimum, the beep-page message of receiving on paging channel is speech business, note, data class message, the then processing of being correlated with according to the agreement of existing C DMA to the card priority of current called subscriber card (UIM2 card) in two users' card; If on paging channel, receive the channel assignment message (Extended Channel Assignment Msg) of the UIM2 that the base station sends, Traffic Channel between terminal and the base station is set up at this moment, all signalings relevant with this terminal all will be transmitted on the Traffic Channel of having set up later on, the beep-page message relevant with UIM1 and UIM2 all can't be received this moment, can only receive the service message relevant with UIM2.
Describe the present invention in detail below by specific embodiment.The CDMA terminal comprises that two UIM cards are UIM1 card and UIM2 card in the following specific embodiment, and the IMSI of UIM1 card is imsi1, and the IMSI of UIM2 card is imsi2.The card priority of UIM1 card is higher than the card priority of UIM2 card.
Specific embodiment one
Terminal UIM2 card is done called, receiving that beep-page message (General Page Msg) is during set up the channel assignment message (Extended Channel Assignment Msg) that Traffic Channel receives that promptly the base station sends, when receiving the speech business message relevant with the UIM1 card on same paging channel, the method for carrying out service dispatching according to the wireless traffic priority of terminal comprises the steps:
Audio call is received in step 101:UIM2 clamping, and the base station sends beep-page message (General Page Msg) to terminal on paging channel.
Step 102: terminal is not received the channel assignment message relevant with UIM2 (Extended Channel Assignment Msg) that the base station sends, but receives the beep-page message (General Page Msg) that the base station sends on the paging channel.
Step 103: terminal goes to judge whether relevant with this terminal according to the value in the IMSI territory of beep-page message, if with the IMSI value of UIM1 or UIM2 be that imsi1 or imsi2 are complementary, then need further to analyze the type of beep-page message; If all do not match, then abandon this message.
Step 104: if the IMSI territory and the imsi1 of beep-page message are complementary, and the value in the SO territory of beep-page message is 0x3, then the speech business message relevant with the UIM1 card is received in explanation at this moment, judge that according to the wireless traffic priority of terminal the speech business priority of UIM1 card is higher than the speech business priority of UIM2 card this moment, the beep-page message of priority treatment UIM1 card then, reply Page Response Msg message, the channel assignment message relevant with UIM1 sent in the wait base station.Terminal is received the channel assignment message relevant with UIM1 that the base station sends, and sets up Traffic Channel, beginning UIM1 incoming call.
Step 105: because UIM1 card and the shared paging channel of UIM2 card, if base station and UIM1 card are set up Traffic Channel, relevant with UIM2 so follow-up beep-page message can't receive that called follow-up flow process will be terminated, and causes the call failure of UIM2 card.
Specific embodiment two
Terminal UIM2 card is done called, receive that beep-page message (General Page Msg) is during set up the channel assignment message (Extended Channel Assignment Msg) that Traffic Channel receives that promptly the base station sends, when receiving note burst (data burst) message relevant with the UIM1 card on the same paging channel, the method for carrying out service dispatching according to the wireless traffic priority of terminal comprises the steps:
Step 201:UIM2 receives audio call, and the base station sends beep-page message (General Page Msg) to terminal on paging channel.
Step 202: terminal is not received the channel assignment message relevant with UIM2 (Extended Channel Assignment Msg) that the base station sends, but receives the beep-page message (General Page Msg) that the base station sends on the paging channel.
Step 203: terminal goes to judge whether relevant with this terminal according to the value in the IMSI territory of beep-page message, if with the IMSI value of UIM1 or UIM2 be that imsi1 or imsi2 are complementary, then need further to analyze the type of beep-page message; If all do not match, then abandon this message.
Step 204: if the IMSI territory and the imsi1 of beep-page message are complementary, and receive the note shocking flash relevant, then directly preserve this note shocking flash with the UIM1 card, and the prompting user;
Step 205: terminal continues the message on the monitoring seek channel, receive the channel assignment message relevant (Extended Channel Assignment Msg) that the base station sends up to terminal with the UIM2 card, this moment, Traffic Channel was set up, no longer receive all beep-page messages relevant with UIM1, the subsequent message relevant with UIM2 will be transmitted by the Dedicated Traffic Channel of having set up.
Specific embodiment three
Terminal UIM2 card is done called, receiving that beep-page message (General Page Msg) is during set up the channel assignment message (Extended Channel Assignment Msg) that Traffic Channel receives that promptly the base station sends, when receiving the short message service message relevant with the UIM1 card on same paging channel, the method for carrying out service dispatching according to the wireless traffic priority of terminal comprises the steps:
Audio call is received in step 301:UIM2 clamping, and the base station sends beep-page message (General Page Msg) to terminal on paging channel.
Step 302: terminal is not received the channel assignment message relevant with UIM2 (Extended Channel Assignment Msg) that the base station sends, but receives the beep-page message (General Page Msg) that the base station sends on the paging channel.
Step 303: terminal goes to judge whether relevant with this terminal according to the value in the IMSI territory of beep-page message, if with the IMSI value of UIM1 or UIM2 be that imsi1 or imsi2 are complementary, then need further to analyze the type of beep-page message; If all do not match, then abandon this message.
Step 304: if the IMSI territory and the imsi1 of beep-page message are complementary, and the value in the SO territory of beep-page message is 0x6 or 0x14, then this moment is received the short message service relevant with the UIM1 card in explanation, but also needs the foundation of follow-up business channel message body could be received from the base station.
Step 305: according to the wireless traffic priority orders of terminal, the speech business priority of UIM2 card is higher than the short message service priority of UIM1 card, even the priority of UIM1 card is higher than UIM2 card priority, terminal does not need to transmit a reply message to the base station yet, and terminal does not respond the beep-page message relevant with the UIM1 note at this moment.
Step 306: terminal continues the called flow of UIM2 card, waits for that promptly the base station sends the channel assignment message relevant with UIM2.Terminal is received the channel assignment message relevant with UIM2 that the base station sends, and Traffic Channel is set up, and Bearer Channel is set up, beginning UIM2 incoming call.
Step 307: because UIM1 and the shared paging channel of UIM2, if base station and UIM2 set up Traffic Channel, relevant with UIM1 so beep-page message can't be received, wait for the UIM2 end of conversation, the beep-page message relevant with the UIM1 note can be issued terminal once more, the processing that be correlated with this moment again.
Specific embodiment four
Terminal UIM2 card is done called, receiving that beep-page message (General Page Msg) is during set up the channel assignment message (Extended Channel Assignment Msg) that Traffic Channel receives that promptly the base station sends, when receiving the data service message relevant with the UIM1 card on same paging channel, the method for carrying out service dispatching according to the wireless traffic priority of terminal comprises the steps:
Audio call is received in step 401:UIM2 clamping, and the base station sends beep-page message (General Page Msg) to terminal on paging channel.
Step 402: terminal is not received the channel assignment message relevant with UIM2 (Extended Channel Assignment Msg) that the base station sends, but receives the beep-page message (General Page Msg) that the base station sends on the paging channel.
Step 403: terminal goes to judge whether relevant with this terminal according to the value in the IMSI territory of beep-page message, if with the IMSI value of UIM1 or UIM2 be that imsi1 or imsi2 are complementary, then need further to analyze the type of beep-page message; If all do not match, then abandon this message.
Step 404: if the IMSI territory and the imsi1 of beep-page message are complementary, and the value in the SO territory of beep-page message is 0x21, and then this moment is received the data service relevant with UIM1 in explanation, but also needs the foundation of follow-up business channel data could be received from the base station.
Step 405: according to the wireless traffic priority orders of terminal, the speech business priority of UIM2 card is higher than the data service priority of UIM1 card, even the priority of UIM1 card is higher than UIM2 card priority, terminal does not transmit a reply message to the base station yet, so do not respond the beep-page message relevant with the UIM1 data service this moment.
Step 406: continue the called flow of UIM2 card, wait for that promptly the base station sends the channel assignment message relevant with UIM2.Terminal is received the channel assignment message relevant with UIM2 that the base station sends, and Traffic Channel is set up, and Bearer Channel is set up, beginning UIM2 incoming call.
Step 407: because UIM1 and the shared paging channel of UIM2, if base station and UIM2 set up Traffic Channel, relevant with UIM1 so beep-page message can't be received, wait for the UIM2 end of conversation, the beep-page message relevant with the UIM1 data service can be issued terminal once more, the processing that be correlated with this moment again.
Need to prove that under the situation of not conflicting, embodiment among the application and the feature among the embodiment be combination in any mutually.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
One of ordinary skill in the art will appreciate that all or part of step in the said method can instruct related hardware to finish by program, described program can be stored in the computer-readable recording medium, as read-only memory, disk or CD etc.Alternatively, all or part of step of the foregoing description also can use one or more integrated circuits to realize.Correspondingly, each the module/unit in the foregoing description can adopt the form of hardware to realize, also can adopt the form of software function module to realize.The present invention is not restricted to the combination of the hardware and software of any particular form.
Claims (10)
1. single chip double card CDMA terminal wireless business is managed method, it is characterized in that,
Single chip double card CDMA terminal is being received at the beep-page message of current called subscriber card during set up Traffic Channel, when on the paging channel of described beep-page message, receiving the wireless traffic message of blocking, determine the business of professional or non-current called subscriber's card of the described current called subscriber's card of priority treatment according to the wireless traffic priority of described terminal at non-current called subscriber.
2. the method for claim 1 is characterized in that,
The card priority that one subscriber card is set is higher than the card priority of another subscriber card, and the wireless traffic priority of described terminal is from high to low: the short message service on the minimum subscriber card of short message service, the card priority on the highest subscriber card of data service, the card priority on the minimum subscriber card of data service, the card priority on the highest subscriber card of speech business, the card priority on the minimum subscriber card of the speech business on the highest subscriber card of card priority, card priority.
3. method as claimed in claim 1 or 2 is characterized in that,
The card priority of described current called subscriber card is in two users' card when minimum, after receiving speech business message, according to the speech business of the described non-current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
4. method as claimed in claim 1 or 2 is characterized in that,
The card priority of described current called subscriber card is in two users' card when minimum, after receiving data service message or short message service message, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
5. method as claimed in claim 1 or 2 is characterized in that,
The card priority of described current called subscriber card in two users' card when the highest, receive wireless traffic message at described non-current called subscriber's card after, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal.
6. a CDMA terminal is characterized in that,
Described CDMA terminal is a single chip double card CDMA terminal; Described CDMA terminal, be used for receiving at the beep-page message of current called subscriber card during set up Traffic Channel, when on the paging channel of described beep-page message, receiving the wireless traffic message of blocking, determine the business of professional or non-current called subscriber's card of the described current called subscriber's card of priority treatment according to the wireless traffic priority of described terminal at non-current called subscriber.
7. terminal as claimed in claim 6 is characterized in that,
Described CDMA terminal, the card priority that also is used to be provided with a subscriber card is higher than the card priority of another subscriber card, and the wireless traffic priority of described terminal is from high to low: the short message service on the minimum subscriber card of short message service, the card priority on the highest subscriber card of data service, the card priority on the minimum subscriber card of data service, the card priority on the highest subscriber card of speech business, the card priority on the minimum subscriber card of speech business, the card priority on the highest subscriber card of card priority.
8. as claim 6 or 7 described terminals, it is characterized in that,
Described CDMA terminal, the card priority that also is used for blocking described current called subscriber is when two users' card is minimum, after receiving speech business message, according to the speech business of the described non-current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
9. as claim 6 or 7 described terminals, it is characterized in that,
Described CDMA terminal, the card priority that also is used for blocking described current called subscriber is when two users' card is minimum, after receiving data service message or short message service message, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
10. as claim 6 or 7 described terminals, it is characterized in that,
Described CDMA terminal, the card priority that also is used for blocking described current called subscriber is when two users' card is the highest, after receiving wireless traffic message, according to the speech business of the described current called subscriber's card of the wireless traffic priority priority treatment of described terminal at described non-current called subscriber's card.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105720462A CN102026374A (en) | 2010-12-03 | 2010-12-03 | Management method for wireless service of single-chip dual-card CDMA terminal and CDMA terminal |
| PCT/CN2011/071968 WO2012071835A1 (en) | 2010-12-03 | 2011-03-18 | Method for managing wireless services of single-chip dual-card code division multiple access terminal, and cdma terminal thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105720462A CN102026374A (en) | 2010-12-03 | 2010-12-03 | Management method for wireless service of single-chip dual-card CDMA terminal and CDMA terminal |
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| CN103906255A (en) * | 2012-12-28 | 2014-07-02 | 展讯通信（上海）有限公司 | Multi-card multi-standby communication terminal and receiving and sending conflict processing method and device thereof |
| WO2015077971A1 (en) * | 2013-11-29 | 2015-06-04 | Qualcomm Incorporated | Methods and apparatus for interference mitigation in a wireless communication system |
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| CN105554884A (en) * | 2015-12-10 | 2016-05-04 | 小米科技有限责任公司 | Method and device for paging response |
| CN106793063A (en) * | 2016-12-20 | 2017-05-31 | 深圳市万普拉斯科技有限公司 | The control method and device of data attachment |
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| CN110337825A (en) * | 2019-05-23 | 2019-10-15 | 北京小米移动软件有限公司 | Business switch method and device |
| WO2020244312A1 (en) * | 2019-06-06 | 2020-12-10 | Qualcomm Incorporated | Service priority information for multi-sim user equipment paging |
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| CN105472760A (en) * | 2016-01-29 | 2016-04-06 | 深圳市桑达无线通讯技术有限公司 | Double-card bi-pass calling method used for GSM-R and GSM-R double-card bi-pass cell phone |
| CN106793063A (en) * | 2016-12-20 | 2017-05-31 | 深圳市万普拉斯科技有限公司 | The control method and device of data attachment |
| CN106793063B (en) * | 2016-12-20 | 2020-04-03 | 深圳市万普拉斯科技有限公司 | Data attachment control method and device |
| CN110337825A (en) * | 2019-05-23 | 2019-10-15 | 北京小米移动软件有限公司 | Business switch method and device |
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