CN101247596B - Single-base band single-radio frequency dual-SIM dual-standby communication terminal and communication method thereof - Google Patents
Single-base band single-radio frequency dual-SIM dual-standby communication terminal and communication method thereofDownload PDFInfo
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Abstract
Description
Technical field
The present invention relates to the communications field, relate in particular to a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal and the means of communication thereof.
Background technology
Along with the development of society, the interchange of people in the work life is day by day frequent.Meanwhile, the requirement of people to exchanging, more and more higher to the requirement of communication apparatus.For satisfying this requirement, the mobile phone business men has been released a kind of double card double standby mobile phone.Double card double standby mobile phone is provided with dual user identification (SubscriberIdentity Model, SIM) card.Two cards can be two SIM cards under the same network schemer, also can be two SIM cards under the heterogeneous networks pattern.
On May 4th, 2006 disclosed one piece of U.S. Patent application, publication number is 2006/0095600A1 number, has disclosed a kind of travelling carriage of bimodulus.Described bimodulus travelling carriage can be supported two kinds of different mobile communications networks, as GSM, CDMA.The bimodulus travelling carriage that this U.S. Patent application disclosed can set the SIM of travelling carriage automatically, and selects the corresponding driving pattern.But this U.S. Patent application does not disclose, and travelling carriage is under holding state, and how two being stuck in when received signal is conflicted solves.But this is for double-card mobile phone, is the problem that unavoidably needs solution.
In single base band injection double-card dual-standby communication system frequently, communicating terminal need receive Broadcast Control Channel (Broadcast Control Channel, BCCH) information and paging channel (Paging Channel, PCH) information of two cards in designated period.Because the restriction of injection frequency module, generally communicating terminal can occur satisfying simultaneously two and is stuck in and receives BCCH and PCH in the designated period, and causes terminal called call completing rate step-down and fall the net increased frequency.
In view of the foregoing, the embodiment of the invention proposes a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal and the means of communication thereof.
Summary of the invention
The technical problem to be solved in the present invention is to propose a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal and the means of communication thereof, and this communicating terminal and the means of communication thereof can be finished the synchronous of two cards.
For addressing the above problem, a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal according to the present invention comprises communication module, judge module and selection module.Communication module is used to obtain the network schemer information of first card and second card, the operator information of this network schemer information representation first card and second card.Judge module is used to judge whether first card that this communication module obtains is identical with the second operator information of blocking.Select module be used for judged result when this judge module be first card and second card operator information not simultaneously, select the receive mode of the different time-gap reception network information of blocking by described first card and second; Otherwise, whether identical according to first card with the base station that second card adheres to, select to be stuck in the receive mode that identical or different time slot receives the network information by first card and second.
According to the means of communication of a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal of the present invention, this method comprises the network schemer information of obtaining first card and second card, the operator information of this first card of described network schemer information representation and second card; Judge whether this first card is identical with the operator information of second card; When judged result be first card and second card operator information not simultaneously, select the receive mode of the different time-gap reception network information of blocking by described first card and second; Otherwise, whether identical according to first card with the base station that second card adheres to, select to be stuck in the receive mode that identical or different time slot receives the network information by first card and second.
Compared with prior art, the embodiment of the invention can make the terminal called success rate of single-base band single-radio frequency dual-SIM dual-standby communication improve greatly, significantly reduces the generation of net phenomenon simultaneously.
Description of drawings
Fig. 1 is the structural representation of a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal of the embodiment of the invention.
Fig. 2 is the flow chart of a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal called of embodiment of the invention method.
Fig. 3 is the time slot map of the means of communication of one embodiment of the invention single-base band single-radio frequency dual-SIM dual-standby communication terminal.
Fig. 4 is the time slot map of the means of communication of further embodiment of this invention single-base band single-radio frequency dual-SIM dual-standby communication terminal.
Fig. 5 is the present invention's time slot map of the means of communication of embodiment single-base band single-radio frequency dual-SIM dual-standby communication terminal repeatedly.
Fig. 6 is the present invention's time slot map of the means of communication of four embodiment single-base band single-radio frequency dual-SIM dual-standby communication terminals again.
Embodiment
Below in conjunction with accompanying drawing the specific embodiment of the invention is described.
For convenience of description, all (GlobalSystem For Mobile Communication, GSM) example that is applied as in describes embodiments of the invention in global system for mobile communications with it.Yet, other communication systems in the wireless telecommunications, as broadband CDMA system (Wide Code DivisionMultiple Access, WCDMA), CDMA 2000 (Code Division Multiple Access, CDMA2000), (Time Division-Synchronous CodeDivision Multiple Access TD-SCDMA) all can support the single-base band single-radio frequency dual-SIM dual-standby communication terminal of the present invention and the means of communication to TDS-CDMA system.
Figure 1 shows that embodiment of the invention single-base band single-radio frequency dual-SIM dual-standby communication terminal structure schematic diagram.A kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal of the embodiment of the invention comprisescommunication module 105, selects module 107 and judge module 109.Communication module 105 is used to obtain the network schemer information of first card, 101 andsecond card 103, the operator information of this network schemer information representationfirst card 101 and second card 103.Judge module 109 is used to judge whether the operator information offirst card 101 that thiscommunication module 105 obtains andsecond card 103 is identical.Selection module 107 is used for the judgement according to thisjudge module 10, selects network information receive mode.
In an embodiment, network schemer information can be the operator information of first card, 101 andsecond card 103, and perhaps some field in this network schemer information is represented the operator information of first card, 101 and second card 103.Underfirst card 101 and the identical situation ofsecond card 103 operators, this network schemer information can further include the information of the accompanying base station of thisfirst card 101 andsecond card 103.
In an embodiment, the network information can be BCCH information and/or PCH information.
As shown in Figure 1, communicatingterminal 10 comprises first card, 101 and second card 103.First card, 101 andsecond card 103 can be the communicating terminal card under the same operator, also can be the communicating terminal card of different operators or different communication networks.
In gsm communication system,, only need in every frame, receive a time slot usually to obtain logical channel information for each physical channel.For BCCH and PCH channel, agreement is defined under the ideal case, and communicatingterminal 10 needs to receive two information on the channel in the fixed cycle.Therefore, in the dual-card dual-standby communication system of single base band injection frequency scheme, three kinds of situations may appear in the network schemer combination of first card, 101 and second card 103:
A. two cards belong to same operator, and are attached on the same base;
B. two cards belong to same operator, but are attached on the different base station;
C. two cards belong to different operators, are attached on the different base station.
In an embodiment,judge module 109 is used to judge whether the operator of this first card, 101 andsecond card 103 is same operator.Usually,judge module 109 can obtain the operator's informaiton of this first card, 101 andsecond card 103 by the information that reads first card, 101 andsecond card 103 when communicatingterminal 10 starting up.When the operator of judging this first card, 101 andsecond card 103 was same operator, thisjudge module 109 was further used for judging whether the base station of adhering to of first card, 101 andsecond card 103 is same base.
Judging the operator information of first card, 101 andsecond card 103 when judgemodule 109 is same operator information and first card, 101 andsecond card 103 when adhering to same base, selects module 107 to be used to select to receive at identical or different time slot by first card, 101 andsecond card 103 receive modes of the network information.When judgemodule 109 judged that the operator information of first card, 101 andsecond card 103 is same operator information,judge module 109 judged further whether the base station of adhering to of first card, 101 andsecond card 103 is same base.When the adhering to the base station and be same base of first card, 101 andsecond card 103, select module 107 to select first network information receive mode.Under first network information receive mode,communication module 105 can receive the BCCH information and/or the PCH information of first card, 101 andsecond card 103 simultaneously at identical time slot, also can receive the BCCH information offirst card 101 and/or BCCH information and/or the PCH information that PCH information receivessecond card 103 more earlier.
Judging the operator information of first card, 101 andsecond card 103 whenjudge module 109 is same operator information and first card, 101 andsecond card 103 when adhering to different base station, selects module 107 to be used to select to receive at different time-gap by first card, 101 andsecond card 103 receive modes of the network information.When the adhering to the base station and be different base station of first card, 101 andsecond card 103, select module 107 to select second network information receive mode.Under second network information receive mode,communication module 105 receives the BCCH information offirst card 101 and/or BCCH information and/or the PCH information that PCH information receivessecond card 103 more earlier.
Select module 107 to be further used for when judgemodule 109 judges that the operator of first card, 101 andsecond card 103 is different operators, selecting to receive at different time-gap the receive mode of the network information by first card, 101 and second card 103.When judgemodule 109 judges that the operator information of first card, 101 andsecond card 103 is different operators information, select module 107 to select second network information receive mode.When the operator of first card, 101 andsecond card 103 is different operators,communication module 105 can be used for receiving the network information by two different time-gaps that are stuck in the identical frame of burst sequence number, also can be used for receiving the network information at the different time-gap of the different frame of burst sequence number.
Be illustrated in figure 2 as the means of communication flow chart of embodiment of the invention single-base band single-radio frequency dual-SIM dual-standby communication terminal.As shown in the figure, this method comprises S301, obtains the first network schemer information of blocking 101 andsecond card 103 in the present embodiment, operator information of this first card, 101 andsecond card 103 of described network schemer information representation; S303, judge whether thisfirst card 101 is identical with second card, 103 operator information; And S305, according to judged result, select network information receive mode.
In an embodiment, network schemer information can be the operator information of first card, 101 andsecond card 103, and perhaps some field in this network schemer information is represented the operator information of first card, 101 and second card 103.Underfirst card 101 and the identical situation ofsecond card 103 operators, this network schemer information can further include the information of the accompanying base station of thisfirst card 101 andsecond card 103.
In an embodiment, the network information can be BCCH information and/or PCH information.
As previously mentioned, in the dual-card dual-standby communication system of single base band injection frequency scheme, three kinds of situations may appear in the network schemer combination of first card, 101 and second card 103.If the BCCH and the PCH of two calorie requirement receptions do not conflict in time, promptly when harvesting whole BCCH/PCH message, a clamping need not receive the BCCH/PCH of an other card, and use this moment mechanism commonly used to get final product; Otherwise can think that BCCH and PCH that two clampings are received conflict in time.
In an embodiment, communicatingterminal 10 has different receiving modes according to the combination of twocards.Judge module 109 obtains the operator information of first card, 101 andsecond card 103, and judges whether the operator of first card, 101 andsecond card 103 is same operator.
Whenjudge module 109 judged that the operator of first card, 101 andsecond card 103 is same operator, judgemodule 109 judged further whetherfirst card 101 andsecond card 103 adhere to the base station identical.When first card, 101 andsecond card 103 adheres to same base, select module 107 to select first network information receive mode, receive the network information by first card, 101 andsecond card 103 at identical or different time slot bycommunication module 105.
As shown in Figure 3, first card, 101 andsecond card 103 belongs to same operator and is attached on the same base station.The Common Control Channel group (Common Control Channel Group, CCCH GROUP) that judge module 107 is done behind the location area updating according to two cards judges how to receive.In the embodiment shown in fig. 3, the reception of first card, 101 andsecond card 103 is divided into following four kinds of situations.Need to prove that because first card, 101 andsecond card 103 belongs to same operator and is attached to same base station, thereforesecond card 103 can no longer receive the BCCH channel information.
A. first card, 101 andsecond card 103 all receives on 0 time slot;
B.first card 101 receives on 0 time slot, andsecond card 103 receives on 2 time slots;
C.first card 101 receives on 0 time slot, andsecond card 103 receives on 4 time slots;
D.first card 101 receives on 0 time slot, andsecond card 103 receives on 6 time slots.
Whenjudge module 109 judged that the operator of first card, 101 andsecond card 103 is same operator, judgemodule 109 judged further whetherfirst card 101 andsecond card 103 adhere to the base station identical.When first card, 101 andsecond card 103 adheres to different base station, select module 107 to select second network information receive mode, be stuck in different time-gap bycommunication module 105 by first card and second and receive the network information.When judgemodule 109 judges that the operator of first card, 101 andsecond card 103 is different operators, select module 107 also to select second network information receive mode, be stuck in different time-gap bycommunication module 105 by first card and second and receive the network information.When the operator of first card, 101 andsecond card 103 is different operators,communication module 105 can receive the network information by two different time-gaps that are stuck in the identical frame of burst sequence number, also can receive the network information at the different time-gap of the different frame of burst sequence number.
As shown in Figure 4, under second network information receive mode, first card, 101 andsecond card 103 receives the BCCH and the PCH of different frequent points respectively.Among the embodiment as shown in Figure 4, the receiving slot of the BCCH/PCH ofsecond card 103 is in the frame time thatfirst card 101 receives, and the burst sequence number of the BCCH/PCH of two cards in a frame time is identical.Only receiving this moment to arrange the reception of two time slots to get final product in a frame.Should be noted that also that simultaneously the 0 time slot reception ofsecond card 103 can't necessarily be alignd with certain time slot time started offirst card 101 at this moment, this needs baseband chip to control flexibly.
Figure 5 shows that another embodiment time slot distribution map of second network information receivemode.Block 101 burst sequence number not in same frame time with first when in an embodiment,second card 103 receives BCCH or PCH.The 1st burst whensecond card 103 receives BCCH or PCH is in the 2nd burst frame time of first card 101.And the like the 1st bursts thatsecond card 103 receives also may appear in the 3rd offirst card 101 or the 4th burst frame time.Need baseband chip to control flexibly for this situation and guarantee correctly to receive, before carrying out deinterleaving, reconstruct initial data simultaneously according to the burst sequence number at each burst.
Figure 6 shows that first card, 101 andsecond card 103 receives BCGH or PCH is overlapping on physical slot by time top.In this case, need abandon the reception of a certain card usually.But, when signal is enough strong, can directly obtain BCCH or PCH message by receiving two bursts because BCCH and PCH include the error correction bit of 40 bit.Therefore, in this case, base band can arrange front cross frame to receive the BCCH or the PCH offirst card 101, and back two frame arrangements receive the BCCH or the PCH ofsecond card 103.
In sum, in embodiments of the present invention,, can solve that BCCH are received in two clampings and PCH receives conflict situations, guarantee at the appointed time reception BCCH and PCH message no matter be same operator or different operators.The embodiment of the invention can make the terminal called success rate of single-base band single-radio frequency dual-SIM dual-standby communication improve greatly, has reduced the generation of falling the net phenomenon simultaneously greatly.
Be understandable that, for those of ordinary skills, can be equal to replacement or change according to technical scheme of the present invention and inventive concept thereof, and all these changes or replacement all should belong to the protection range of the appended claim of the present invention.
Claims (10)
1. a single-base band single-radio frequency dual-SIM dual-standby communication terminal is characterized in that, described communicating terminal comprises:
Communication module is used to obtain first card and the second network schemer information of blocking, the operator information of described first card of described network schemer information representation and second card;
Judge module is used to judge whether described first card that described communication module obtains is identical with the second operator information of blocking; And
Select module, the operator information that is used for judged result when described judge module and is first card and second card is selected the receive mode of the different time-gap reception network information of blocking by described first card and second not simultaneously; Otherwise, whether identical according to first card with the base station that second card adheres to, select to be stuck in the receive mode that identical or different time slot receives the network information by first card and second.
2. a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal as claimed in claim 1, it is characterized in that: described judge module is further used for judging that described first card and second blocks whether adhere to the base station identical, judging the operator information of described first card and second card when described judge module is same operator information and first card and second card when adhering to same base, selects module specifically to be used to select block and second receive mode that is stuck in the identical or different time slot reception network information by described first.
3. a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal as claimed in claim 1, it is characterized in that: described judge module is further used for judging that described first card and second blocks whether adhere to the base station identical, judging the operator information of described first card and second card when judge module is same operator information and first card and second card when adhering to different base station, selects module specifically to be used to select block and second receive mode that is stuck in the different time-gap reception network information by described first.
4. a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal as claimed in claim 1 is characterized in that: described different time-gap is the different time-gap of the different frame of the different time-gap of the identical frame of burst sequence number or burst sequence number.
5. as any described a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal of claim 1-4, it is characterized in that: the described network information is broadcast control channel information and/or paging channel information.
6. the means of communication of a single-base band single-radio frequency dual-SIM dual-standby communication terminal is characterized in that, described method comprises:
Obtain the network schemer information of first card and second card, the operator information of described first card of described network schemer information representation and second card;
Judge whether described first card is identical with the operator information of second card;
When judged result be first card and second card operator information not simultaneously, select the receive mode of the different time-gap reception network information of blocking by described first card and second; Otherwise, whether identical according to first card with the base station that second card adheres to, select to be stuck in the receive mode that identical or different time slot receives the network information by first card and second.
7. the means of communication of a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal as claimed in claim 6, it is characterized in that: when the operator of judging described first card and second card is same operator, described method further comprise judge that described first card and second blocks whether adhere to the base station identical, when described first card and second card when adhering to same base, described selection network information receive mode is for selecting to be stuck in by first card and second receive mode of the identical or different time slot reception network information.
8. the means of communication of a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal as claimed in claim 6, it is characterized in that: when the operator of judging described first card and second card is same operator, described method further comprise judge that described first card and second blocks whether adhere to the base station identical, when first card and second card when adhering to different base station, described selection network information receive mode is for selecting to be stuck in by first card and second receive mode of the different time-gap reception network information.
9. the means of communication of a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal as claimed in claim 6 is characterized in that: describedly be stuck in different time-gap by first card and second and receive the network information for the different time-gap reception network information that is stuck in the identical frame of burst sequence number by first card and second or in the different time-gap reception network information of the different frame of burst sequence number.
10. as the means of communication of any described a kind of single-base band single-radio frequency dual-SIM dual-standby communication terminal of claim 6-9, it is characterized in that: described selection network information receive mode is for selecting the receive mode of broadcast control channel information and/or paging channel information.
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| CN2008100332251ACN101247596B (en) | 2008-01-29 | 2008-01-29 | Single-base band single-radio frequency dual-SIM dual-standby communication terminal and communication method thereof |
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| CN2008100332251ACN101247596B (en) | 2008-01-29 | 2008-01-29 | Single-base band single-radio frequency dual-SIM dual-standby communication terminal and communication method thereof |
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| US8463265B2 (en) | 2011-03-04 | 2013-06-11 | Intel Mobile Communications GmbH | Mobile communication terminal and method for registering a mobile communication terminal in a communication network |
| CN103004282B (en)* | 2011-07-21 | 2014-07-09 | 展讯通信（上海）有限公司 | Service operator determining method and residing method for multi-card mobile terminal |
| CN102547654B (en)* | 2012-01-31 | 2014-12-10 | 苏州佳世达电通有限公司 | Method for establishing network connection |
| CN103379622A (en)* | 2012-04-27 | 2013-10-30 | 马维尔国际有限公司 | Method and apparatus for receiving paging requests |
| CN102970735A (en)* | 2012-11-09 | 2013-03-13 | 中兴通讯股份有限公司 | Terminal and working method thereof |
| CN104619047B (en)* | 2015-01-16 | 2019-07-26 | 联想(北京)有限公司 | A kind of communication means and electronic equipment |
| CN107809736B (en)* | 2016-09-08 | 2020-10-30 | 中国移动通信有限公司研究院 | Dual-card terminal and data transmission method thereof |
| CN107566985B (en)* | 2017-10-20 | 2020-03-31 | 维沃移动通信有限公司 | Method and device for determining main SIM card of mobile terminal |
| CN111294986B (en)* | 2019-06-10 | 2021-09-24 | 展讯通信（上海）有限公司 | Dual-SIM UE data transmission method and device, storage medium, and user equipment |
| WO2021003612A1 (en)* | 2019-07-05 | 2021-01-14 | Oppo广东移动通信有限公司 | Mobility management method and apparatus, and terminal |
| CN115296692B (en)* | 2021-01-28 | 2024-09-03 | 维沃移动通信有限公司 | Dual-card communication method, device, equipment and storage medium of terminal |
| CN114615188B (en)* | 2022-02-09 | 2025-07-11 | 阿里云计算有限公司 | Network access device, system and communication method |
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