CN104066066A - Dual-pass realization method, system and mobile terminal based on one set of radio frequency equipment - Google Patents
Dual-pass realization method, system and mobile terminal based on one set of radio frequency equipment Download PDFInfo
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- CN104066066A CN104066066A CN201310088761.2A CN201310088761A CN104066066A CN 104066066 A CN104066066 A CN 104066066A CN 201310088761 A CN201310088761 A CN 201310088761A CN 104066066 A CN104066066 A CN 104066066A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W76/00—Connection management
- H04W76/10—Connection setup
- H04W76/15—Setup of multiple wireless link connections
- H04W76/16—Involving different core network technologies, e.g. a packet-switched [PS] bearer in combination with a circuit-switched [CS] bearer
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Abstract
The invention discloses a dual-pass realization method, system and mobile terminal based on one set of radio frequency equipment, and relates to the field of mobile terminals. The method comprises that the mobile terminal is respectively accessed to a first communication network corresponding to a first card and a second communication network corresponding to a second card via one set of radio frequency equipment according to a time division multiplexing mode; a base station monitors call events of the second card in real time when the mobile terminal performs communication via the first communication network corresponding to the first card; and when the call events of the second card are monitored, the call events of the second card are forwarded to the first card by the base station according to the preset call forwarding arrangement of the mobile terminal so that communication selection is facilitated for the mobile terminal. Two cards can be inserted into the mobile terminal with only one set of radio frequency equipment simultaneously so that dual-card dual-standby dual-pass can be realized.
Description
Technical field
The present invention relates to field of mobile terminals, particularly a kind of mobile terminal that only has a set of radio-frequency apparatus inserts in the situation of two cards at the same time, realizes method, system and the mobile terminal of dual-card dual-standby dual-pass.
Background technology
In recent years, mobile communication had had the development of advancing by leaps and bounds, and mobile phone, as requisite communication tool in people's life, more and more, to intelligent, hommization upgrading, constantly meets the growing demand of people, promotes user and experiences.
In a lot of situations, a card can not be met consumers' demand, and double card double standby mobile phone is operated and given birth to.Below to use the dual-mode handset of card of different mode as example simultaneously:
For dual-mode dual-standby bilateral mobile phone, user can use the card of different systems, realizes two different systems cards and communicates by letter simultaneously.But from hardware, because mobile phone is operated under two different networks simultaneously, need two cover radio-frequency apparatus, i.e. two cover hardware systems, cost is higher.
For double-mode double-stand by single-through mobile phone, user also can use the card of different systems, but owing to only having a set of radio frequency, be not supported in voice call occurs under heterogeneous networks simultaneously, if converse under a network and carry out, because another kind of network is in resting state, easily cause important phone to lose so, bring puzzlement to user.For example high-pass platform has this problem at present,, in the situation that only having a set of radio-frequency apparatus, does not support bilateral.
Further, user is in the time using a kind of network initiated data business, if the poor signal of this network needs user manually to reselect another network and carries out data service, terminal can not automatically switch, and user experiences poor.
Summary of the invention
The object of the present invention is to provide a kind of method, system and mobile terminal of realizing bilateral based on a set of radio-frequency apparatus, can solve better the problem that realizes dual-card dual-standby dual-pass while only having the mobile terminal of a set of radio-frequency apparatus simultaneously to serve two cards.
According to an aspect of the present invention, provide a kind of method that realizes bilateral based on a set of radio-frequency apparatus, having comprised:
According to time division multiplexing mode, mobile terminal accesses respectively the first communication network and the second communication network corresponding to the second card of the first card correspondence by a set of radio-frequency apparatus;
During mobile terminal is conversed by the first communication network of the first card correspondence, the call event that base station Real-Time Monitoring second blocks;
In the time monitoring the call event of the second card, base station, according to the default call forwarding setting of mobile terminal, is transferred to the first card, the selection so that mobile terminal is conversed by the call event of described the second card.
Preferably, mobile terminal is according to time division multiplexing mode, obtain respectively pilot frequency information, synchronizing information, the paging information of base station, and utilize described pilot frequency information, synchronizing information, paging information, access respectively described the first communication network and described second communication network by a set of radio-frequency apparatus.
Preferably, mobile terminal is before conversing, and mobile terminal sets in advance the described call forwarding setting for the call event of the second card being transferred to the first card of conversing, and described call forwarding setting is reported to base station.
Preferably, described base station is according to the default call forwarding setting of mobile terminal, and the step that the call event of described the second card is transferred to the first card comprises:
Base station, according to described call forwarding setting, sends the forward direction/updating message for notifying the first card to have new call event to the first card, to the call event of the second card is transferred to the first card.
Preferably, described mobile terminal converse select step comprise:
The first card of mobile terminal is received after the described call event shifting base station, if answer described calling, mobile terminal send to base station by the first communication network for answer described call event oppositely/updating message, if refuse described calling, mobile terminal shows described calling with the form of missed call, if switching current talking, mobile terminal send to base station by the first communication network for answer shifted calling and make current talking enter Call Waiting state oppositely/updating message.
Preferably, also comprise:
During mobile terminal carries out data service by the first communication network, the quality of service value of data service described in mobile terminal Real-time Collection;
Described quality of service value and quality of service threshold value are compared;
If described quality of service value is higher than described quality of service threshold value, mobile terminal continues to use described the first communication network to carry out data service, otherwise mobile terminal starts second communication network, and utilizes described second communication network to carry out data service.
According to a further aspect in the invention, provide a kind of system that realizes bilateral based on a set of radio-frequency apparatus, having comprised:
Network access module, for according to time division multiplexing mode, makes mobile terminal access respectively the first communication network and the second communication network corresponding to the second card of the first card correspondence by a set of radio-frequency apparatus of mobile terminal;
Monitoring modular, during conversing by the first communication network of the first card correspondence at mobile terminal, the call event that Real-Time Monitoring second blocks;
Shift module, in the time monitoring the call event of the second card, base station, according to the default call forwarding setting of mobile terminal, is transferred to the first card, the selection so that mobile terminal is conversed by the call event of described the second card.
Preferably, also comprise:
Module is set, for before mobile terminal is conversed, sets in advance the described call forwarding setting for the call event of the second card being transferred to the first card of conversing, and described call forwarding setting is sent to base station.
Preferably, also comprise:
Module is selected in call, receive after the described call event shifting base station for the first card at mobile terminal, in the time that mobile terminal is answered described calling, send to base station by the first communication network for answer described call event oppositely/updating message, when mobile terminal is refused described calling, described calling is shown with the form of missed call, when mobile terminal switches when current talking, send to base station by the first communication network for answer shifted calling and make current talking enter Call Waiting state oppositely/updating message.
Preferably, also comprise:
Data acquisition module, during carrying out data service at mobile terminal by the first communication network, the quality of service value of data service described in Real-time Collection;
Comparison module, for comparing described quality of service value and quality of service threshold value;
Network handover module, for when described quality of service value is during higher than described quality of service threshold value, continues to use described the first communication network to carry out data service, otherwise, start second communication network, and utilize described second communication network to carry out data service.
According to a further aspect in the invention, provide a kind of mobile terminal of realizing bilateral based on a set of radio-frequency apparatus, having comprised:
Network access module, for according to time division multiplexing mode, makes mobile terminal access respectively the first communication network and the second communication network corresponding to the second card of the first card correspondence by a set of radio-frequency apparatus of mobile terminal;
Module is set, for before mobile terminal is conversed, sets in advance the described call forwarding setting for the call event of the second card being transferred to the first card of conversing, and described call forwarding setting is sent to base station;
Module is selected in call, for receiving after the call event of the second card shifting base station at mobile terminal the first card, if mobile terminal is answered described calling, send to base station by the first communication network for answer described call event oppositely/updating message, if mobile terminal is refused described calling, described calling is shown with the form of missed call, if mobile terminal switches current talking, send to base station by the first communication network for answer shifted calling and make current talking enter Call Waiting state oppositely/updating message.
Preferably, also comprise:
Data acquisition module, during carrying out data service at mobile terminal by the first communication network, the quality of service value of data service described in Real-time Collection;
Comparison module, for comparing described quality of service value and quality of service threshold value;
Network handover module, for when described quality of service value is during higher than described quality of service threshold value, continues to use described the first communication network to carry out data service, otherwise, start second communication network, and utilize described second communication network to carry out data service.
Compared with prior art, beneficial effect of the present invention is:
1, the present invention the radio-frequency apparatus quantity of mobile terminal can be reduced to a set of, thereby reduced the cost of mobile terminal;
2, the present invention, in the situation that mobile terminal only possesses a set of radio-frequency apparatus, can avoid missing phone, has improved user's experience;
3, the present invention, by the automatic switchover of communication network, has improved data service ability.
Brief description of the drawings
Fig. 1 be the embodiment of the present invention provide realize the Method And Principle block diagram of mobile terminal bilateral based on a set of radio-frequency apparatus;
Fig. 2 is the talk business bilateral flow chart that the embodiment of the present invention provides;
Fig. 3 shows that two cards can find the schematic diagram of communication network simultaneously on the interface of mobile terminal that provides of the embodiment of the present invention;
Fig. 4 is that the card 1 that the embodiment of the present invention provides shows new flow chart of sending a telegram here;
Fig. 5 is the data service bilateral flow chart that the embodiment of the present invention provides.
Embodiment
To a preferred embodiment of the present invention will be described in detail, should be appreciated that following illustrated preferred embodiment, only for description and interpretation the present invention, is not intended to limit the present invention below in conjunction with accompanying drawing.
Fig. 1 be the embodiment of the present invention provide realize the Method And Principle block diagram of mobile terminal bilateral based on a set of radio-frequency apparatus, as shown in Figure 1, comprising:
Step 101, according to time division multiplexing mode, mobile terminal accesses respectively the first communication network and the second communication network corresponding to the second card of the first card correspondence by a set of radio-frequency apparatus.
Particularly, mobile terminal is according to time division multiplexing mode, obtain respectively pilot frequency information, synchronizing information, the paging information of base station, and utilize described pilot frequency information, synchronizing information, paging information, access respectively described the first communication network and described second communication network by a set of radio-frequency apparatus.
During step 102, mobile terminal are conversed by the first communication network of the first card correspondence, the call event that base station Real-Time Monitoring second blocks.
Further, during mobile terminal utilizes described radio-frequency apparatus to converse under the first communication network corresponding to described the first card, mobile terminal makes the second card enter resting state.
Step 103, in the time monitoring the call event of the second card, base station is according to the default call forwarding setting of mobile terminal, and the call event of described the second card is transferred to the first card, the selection so that mobile terminal is conversed.
Wherein, described call forwarding setting is that mobile terminal sets in advance and be sent to base station before conversing, for the call event of the second card being transferred to the first card of conversing.
Particularly, when base station monitors to enter resting state second card call event time, base station, according to described call forwarding setting, sends the forward direction/updating message for notifying the first card to have new call event to the first card, to the call event of the second card is transferred to the first card.Mobile terminal is received after the described call event shifting base station, can answer or refuse described calling, also the switching of can conversing, that is to say, in the time answering described calling, mobile terminal send to base station by the first communication network for answer described call event oppositely/updating message, in the time of the described calling of refusal, mobile terminal shows described calling with the form of missed call, in the time switching current talking, mobile terminal send to base station by the first communication network for answer shifted calling and make current talking enter Call Waiting state oppositely/updating message.
Fig. 2 is the talk business bilateral flow chart that the embodiment of the present invention provides, and prerequisite of the present invention is that mobile terminal only has a set of radio-frequency apparatus, inserts the card standby simultaneously of two different systems of mobile terminal, and as shown in Figure 2, step comprises:
After the first step, mobile terminal-opening, two cards of mobile terminal identification, read the information about card number code, such as authentication information A-Key, password, MEID, operator, national code, network code etc., then system determines that communication network (for example, determine and select cdma network, or GSM network, or UMTS etc.), it (is the pilot signal that mobile terminal catches base station to issue that pilot channel is captured, the general the strongest base station of pilot signal of selecting, time restriction is 15s, realizing mobile terminal synchronizes with base station short code), it (is that mobile terminal receives the synchronizing signal that base station issues that synchronizing channel is captured, capture systems configuration and timing information), time synchronized (need to be used three synchronizing channel parameters: the offset parameter PILOT_PN of pilot PN sequence, long code state LC_STAYE and system time SYS_TIME, realize mobile terminal and base station synchronization), complete mobile phone initialization procedure, finally, two cartoons are crossed time division multiplexing TDMA mode, are registered to network, two card standbies simultaneously, and specific implementation is: the operating time of radio-frequency apparatus is divided into multiple timeslices, and each timeslice is given different cards and used.For example, in the T0 time period, card 1 obtains described in the pilot frequency information Pilot Channel(of base station pilot frequency information for obtaining frequency and the phase information of base station), described in synchronizing information Sync Channel(synchronizing information for obtaining frequency and the phase information of base station), paging information Paging Chanel, and in the T1 time period, card 2 obtains pilot frequency information, synchronizing information, the paging information of base station.Divide shortlyer due to timeslice, show that two cards can find communication network on interface of mobile terminal simultaneously, user can not feel and falls net.As shown in Figure 3.
Second step, card 1 are initiated caller or receive calledly, and communication link is successfully established, and card 1 carries out speech business.
Mobile terminal receives that BTS channel assignment message (Extended Channel Assignme-nt), service connection message (Service Connect), the service connection from base station completes message (Service ConnectComplete), service negotiation process finishes, and talking link is successfully established.
The 3rd step, owing to only having a set of radio frequency, now block 2 dormancy, can not receive base station give card 2 send call signaling Page/General Page.
When mobile terminal will have incoming call or will receive note etc., base station will send this call signaling to this mobile terminal.If other mobile terminals are wanted paging card 2, base station will send Page/General Page paging card 2 so, and announcement card 2 will have a piece of news.Specifically, if caller, mobile terminal will receive the access that issues of base station/rise and exhale signaling Access/origination, BTS channel assignment message Extended ChannelAssignment, service connection message Service Connect, and service connection completes message ServiceConnect Complete.If called: Page/General Page call signaling, access/page response signaling Access/Page Response, BTS channel assignment message ExtendedChannel Assignment, service connection message Service Connect that reception base station is issued, and service connection completes message Service Connect Complete.
The 4th step, base station judge whether mobile terminal has started call forwarding function, if carry out the 6th step, otherwise carry out the 5th step.
Mobile terminal can provide an Interface Options for user, after user chooses in advance, can realize following functions: if card 1 is in talk business, card 2 can not receive incoming call, the incoming call of card 2 can be transferred to card 1, in like manner, if card 2 is in talk business, card 1 can not receive incoming call, the incoming call of card 1 can be transferred to card 2, realizes unreachable automatic forwarding function.Mobile terminal after setting completed, reports to base station by call forwarding setting, so that respective handling is carried out in base station.
The 5th step, mobile terminal are missed described incoming call.
If the 6th step base station judges that mobile terminal is automatically to the default call forwarding setting of card 2, choose in advance unreachable automatic forwarding function, so under the state of card 1 call, if there is the incoming call paging of card 2, base station can issue forward direction/updating message Forward/Flash With Information to immediately card 1, informs that card 1 has again new incoming call Ring Call to come.
In the 7th step, card 1 call, receive successively after forward direction/updating message Forward/Flash WithInformation, call event caller number CM_CALL_EVENT_CALLER_ID, upgrade CallList list and number state, and show and have the incoming call of Call Waiting on the interface of mobile terminal, for user's selection of conversing.Mobile terminal Modem side changes event Call State Changed by call state and reports, and the display interface of notice mobile terminal, need to refresh interface again, and mobile terminal ejects electric interface.Particularly, mobile terminal is received after CM_CALL_EVENT_CALLER_ID event, upgrade the number information in Call List list, if there have been a-road-through words (num_of_call_ids unequal to 0), and there is again CM_CALL_EVENT_CALLER_ID to report, so the mark flag that waits for Waiting is arranged to 1, informs that mobile terminal exists the phone of a Call Waiting, concrete steps as shown in Figure 4.
The 8th step, user can select to answer or refuse new incoming call.If user answers new incoming call, at reverse link, send oppositely/updating message Reverse/Flash With Information to base station.If user refuses new incoming call, informing shows a missed call.For the phone of Call Waiting, user can pass through Flash menu handoff calls, and now mobile terminal is informed the base station switching of conversing by send Reverse/Flash WithInformation at reverse link.
The present invention has also realized the bilateral of data service, specifically, during mobile terminal carries out data service by the first communication network, the quality of service value of data service described in mobile terminal Real-time Collection, described quality of service value and quality of service threshold value are compared, if described quality of service value is higher than described quality of service threshold value, mobile terminal continues to use described the first communication network to carry out data service, otherwise, mobile terminal starts second communication network, and utilizes described second communication network to carry out data service.Concrete steps as shown in Figure 5, comprising:
The first step, for after starting up of terminal, two cards of different systems are successfully registered to communication network separately.
Second step, user use card 1 network schemer to initiate data service.
The 3rd step, mobile terminal can provide an Interface Options for user, after choosing, can realize following functions: if card 1 is initiated data service, by the indices of data service and threshold value comparison, if indices majority does not meet standard, be quality of service value not higher than quality of service threshold value, carry out successively the 4th step and the 5th step, otherwise carry out the 6th step.
The present embodiment, by following algorithm, obtains each side parameter, and a large amount of Data-Statistics are got up, and is averaged, and obtains threshold parameter:
Adopt multi-user diversity and adaptive technique, obtain speed control parameter, described speed control parameter represents the type of coding of the default employing of up GPRS link while being up default CS type, while being up default MCS type, represent the type of coding of the default employing of up EDGE link.
The control mode of reverse high speed power control and forward direction SCH/FCH, SCH/DCCH before adopting, obtain power contorl parameters, described power contorl parameters has been set in the time using mobile phone GPRS dynamic power control, with the corresponding relation of path loss in the grade that reduces of mobile phone transmission power, and the received signal strength of BTS end expection.
Adopt sliding window congestion avoidance algorithm, obtain complement channel SCH handoff parameter, described complement channel SCH is responsible for the transmission of bursty data.
Data SCH switches: initiate in the process of data service at card 1, constantly the threshold value of the parametric variables such as card 1 data service network speed, response time and setting is compared, current network speed speed whether lower than threshold value, response time whether exceed the threshold response time, packet loss is to exceed maximum constraints etc.According to actual conditions and experience, can also comprise network side load, frame error rate etc.
Above-mentioned these parameters have all represented current data service conditions, exceed the current measurement value of half when undesirable when the parameter of setting has, and network can occur and switch.
Further, user selects to arrange data service automatic switching function, and setting data business network speed threshold value comprises throughput, access duration, time delay, packet loss etc., and the present embodiment adopts M-LWDF(modified largestwait delay first).Entering the poor user of channel status can wait in the queue of base station, once and the time of waiting for exceedes the time restriction of appointment, these groupings will abandon and no longer serviced.
The 4th step, current data service feature are extremely low, and mobile terminal is closed current network mode data business automatically.
The 5th step, mobile terminal are enabled another network schemer and are carried out data service, realize data service automatic switching function.
The 6th step, mobile terminal continue to use current network pattern to carry out data service.
The present invention also provides a kind of mobile terminal of realizing bilateral based on a set of radio-frequency apparatus, and the carrier network that described mobile terminal is supported is including but not limited to CDMA, GSM, WCDMA, LTE, and described mobile terminal comprises with lower module:
Network access module, for according to time division multiplexing mode, makes mobile terminal access respectively the first communication network and the second communication network corresponding to the second card of the first card correspondence by a set of radio-frequency apparatus of mobile terminal;
Module is set, for before mobile terminal is conversed, sets in advance the described call forwarding setting for the call event of the second card being transferred to the first card of conversing, and described call forwarding setting is sent to base station;
Module is selected in call, for receiving after the call event of the second card shifting base station at mobile terminal the first card, if mobile terminal is answered described calling, send to base station by the first communication network for answer described call event oppositely/updating message, if mobile terminal is refused described calling, described calling is shown with the form of missed call, if mobile terminal switches current talking, send to base station by the first communication network for answer shifted calling and make current talking enter Call Waiting state oppositely/updating message;
Data acquisition module, during carrying out data service at mobile terminal by the first communication network, the quality of service value of data service described in Real-time Collection;
Comparison module, for comparing described quality of service value and quality of service threshold value;
Network handover module, for when described quality of service value is during higher than described quality of service threshold value, continues to use described the first communication network to carry out data service, otherwise, start second communication network, and utilize described second communication network to carry out data service.
In addition, the present invention also provides a kind of system that realizes bilateral based on a set of radio-frequency apparatus, and described system makes to only have the double-card mobile phone of a set of radio-frequency apparatus, realizes bilateral.Described system comprises the mobile terminal with above-mentioned module, and has the base station with lower module:
Monitoring modular, during conversing by the first communication network of the first card correspondence at mobile terminal, the call event that Real-Time Monitoring second blocks;
Shift module, in the time monitoring the call event of the second card, base station, according to the default call forwarding setting of mobile terminal, is transferred to the first card, the selection so that mobile terminal is conversed by the call event of described the second card.
When two cards insert after mobile phone, two cards of network access module identification of mobile terminal, read relevant card information, as authentication information A-Key, password, MEID, operator, national code MCC, MNC, Electronic Serial Number ESN etc., then according to these information, which carrier network judgement card belongs to, owing to only having a set of radio frequency, the present invention can look for net for ensureing two cards, use time-sharing multiplex TDMA mode, the operating time of radio frequency is divided into multiple time periods, such as, in the T0 time period, make card 1 obtain the pilot frequency information of base station, synchronizing information and paging information, in the T1 time period, make card 2 obtain the pilot frequency information of base station, synchronizing information and paging information, because sliced time is short, on interface, show that two cards can successfully be registered to network simultaneously, user imperceptible fall net.
Described mobile terminal carries out talk business under the first network, blocks 1 initiation caller or receives calledly, and after Traffic Channel is successfully established, card 1 carries out normal talking.Card 1 call, the protocol stack of card 1 takies radio-frequency apparatus all the time, and now, card 2 protocol stacks, in resting state, block 2 paging informations that do not receive from base station.In this case, the module that arranges of mobile terminal arranges call forwarding function to the card 2 under another network automatically, and the calling of card 2 is transferred on the card 1 of the first communication network.So, if terminal is at the card 1 enterprising call business that works, block 1 and had a current talking (Foreground Call), and monitoring module monitors has incoming call to card 2, owing to only having a set of radio frequency, the incoming call of card 2 is unreachable, again because mobile terminal in this case has automatically been given card 2 unreachable transfer has been set, shift module issues Forward/Flash WithInformation so, informs card 1, has individual Waiting Call call card 1.Under the first communication network, card 1 is received new Ring Call, forms Call Waiting situation, and user selects module can receive or refuse this incoming call by call, and realization realizes bilateral function only having under a set of radio frequency.
Device of the present invention can also be realized data service automatic switching function, and, in the situation that only having a set of radio-frequency apparatus, if use the first communication network to carry out data service, second communication network is in resting state so.If current data traffic speed is very undesirable, user wants to initiate data service with another network schemer, and by device of the present invention, user reselects network without manual switchover so.
The present invention arranges data service network speed threshold value, and described threshold parameter comprises network speed, response time etc., and this threshold value is the statistical value a large amount of by platform, then obtains according to certain algorithm.When user is during by a kind of network initiated data business wherein, the comparison module of mobile terminal constantly compares current network speed and threshold velocity, if current network speed is lower than threshold velocity, judge again whether the current network speed response time exceed the Threshold time etc., all the other parameters are compared successively.If it is really very poor that indices shows current network speed, the network handover module of mobile terminal stops data service under current network automatically so, automatically under another network, initiates data service, realizes data service bilateral.
In sum, the present invention can arrange the automatic forwarding function of double card, after this function setting success, can realize under a set of radio frequency, while there is the incoming call of card 2, the incoming call of card 2 is transferred to card 1 during card 1 call, realizes speech business bilateral.The present invention can also arrange data service automatic switching function, after this function setting success, can realize data service under heterogeneous networks pattern and automatically switch.
Although above the present invention is had been described in detail, the invention is not restricted to this, those skilled in the art of the present technique can carry out various amendments according to principle of the present invention.Therefore, all amendments of doing according to the principle of the invention, all should be understood to fall into protection scope of the present invention.
Claims (12)
1. the method that realizes bilateral based on a set of radio-frequency apparatus, is characterized in that, comprising:
According to time division multiplexing mode, mobile terminal accesses respectively the first communication network and the second communication network corresponding to the second card of the first card correspondence by a set of radio-frequency apparatus;
During mobile terminal is conversed by the first communication network of the first card correspondence, the call event that base station Real-Time Monitoring second blocks;
In the time monitoring the call event of the second card, base station, according to the default call forwarding setting of mobile terminal, is transferred to the first card, the selection so that mobile terminal is conversed by the call event of described the second card.
2. method according to claim 1, it is characterized in that, mobile terminal is according to time division multiplexing mode, obtain respectively pilot frequency information, synchronizing information, the paging information of base station, and utilize described pilot frequency information, synchronizing information, paging information, access respectively described the first communication network and described second communication network by a set of radio-frequency apparatus.
3. method according to claim 2, is characterized in that, also comprises:
Mobile terminal is before conversing, and mobile terminal sets in advance the described call forwarding setting for the call event of the second card being transferred to the first card of conversing, and described call forwarding setting is reported to base station.
4. method according to claim 3, is characterized in that, described base station is according to the default call forwarding setting of mobile terminal, and the step that the call event of described the second card is transferred to the first card comprises:
Base station, according to described call forwarding setting, sends the forward direction/updating message for notifying the first card to have new call event to the first card, to the call event of the second card is transferred to the first card.
5. method according to claim 4, is characterized in that, described mobile terminal converse select step comprise:
The first card of mobile terminal is received after the described call event shifting base station, if answer described calling, mobile terminal send to base station by the first communication network for answer described call event oppositely/updating message, if refuse described calling, mobile terminal shows described calling with the form of missed call, if switching current talking, mobile terminal send to base station by the first communication network for answer shifted calling and make current talking enter Call Waiting state oppositely/updating message.
6. according to the method described in claim 1-5 any one, it is characterized in that, also comprise:
During mobile terminal carries out data service by the first communication network, the quality of service value of data service described in mobile terminal Real-time Collection;
Described quality of service value and quality of service threshold value are compared;
If described quality of service value is higher than described quality of service threshold value, mobile terminal continues to use described the first communication network to carry out data service, otherwise mobile terminal starts second communication network, and utilizes described second communication network to carry out data service.
7. the system that realizes bilateral based on a set of radio-frequency apparatus, is characterized in that, comprising:
Network access module, for according to time division multiplexing mode, makes mobile terminal access respectively the first communication network and the second communication network corresponding to the second card of the first card correspondence by a set of radio-frequency apparatus of mobile terminal;
Monitoring modular, during conversing by the first communication network of the first card correspondence at mobile terminal, the call event that Real-Time Monitoring second blocks;
Shift module, in the time monitoring the call event of the second card, base station, according to the default call forwarding setting of mobile terminal, is transferred to the first card, the selection so that mobile terminal is conversed by the call event of described the second card.
8. system according to claim 7, is characterized in that, also comprises:
Module is set, for before mobile terminal is conversed, sets in advance the described call forwarding setting for the call event of the second card being transferred to the first card of conversing, and described call forwarding setting is sent to base station.
9. system according to claim 8, is characterized in that, also comprises:
Module is selected in call, receive after the described call event shifting base station for the first card at mobile terminal, in the time that mobile terminal is answered described calling, send to base station by the first communication network for answer described call event oppositely/updating message, when mobile terminal is refused described calling, described calling is shown with the form of missed call, when mobile terminal switches when current talking, send to base station by the first communication network for answer shifted calling and make current talking enter Call Waiting state oppositely/updating message.
10. according to the system described in claim 7-9 any one, it is characterized in that, also comprise:
Data acquisition module, during carrying out data service at mobile terminal by the first communication network, the quality of service value of data service described in Real-time Collection;
Comparison module, for comparing described quality of service value and quality of service threshold value;
Network handover module, for when described quality of service value is during higher than described quality of service threshold value, continues to use described the first communication network to carry out data service, otherwise, start second communication network, and utilize described second communication network to carry out data service.
Realize the mobile terminal of bilateral based on a set of radio-frequency apparatus for 11. 1 kinds, it is characterized in that, comprising:
Network access module, for according to time division multiplexing mode, makes mobile terminal access respectively the first communication network and the second communication network corresponding to the second card of the first card correspondence by a set of radio-frequency apparatus of mobile terminal;
Module is set, for before mobile terminal is conversed, sets in advance the described call forwarding setting for the call event of the second card being transferred to the first card of conversing, and described call forwarding setting is sent to base station;
Module is selected in call, for receiving after the call event of the second card shifting base station at mobile terminal the first card, if mobile terminal is answered described calling, send to base station by the first communication network for answer described call event oppositely/updating message, if mobile terminal is refused described calling, described calling is shown with the form of missed call, if mobile terminal switches current talking, send to base station by the first communication network for answer shifted calling and make current talking enter Call Waiting state oppositely/updating message.
12. mobile terminals according to claim 11, is characterized in that, also comprise:
Data acquisition module, during carrying out data service at mobile terminal by the first communication network, the quality of service value of data service described in Real-time Collection;
Comparison module, for comparing described quality of service value and quality of service threshold value;
Network handover module, for when described quality of service value is during higher than described quality of service threshold value, continues to use described the first communication network to carry out data service, otherwise, start second communication network, and utilize described second communication network to carry out data service.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
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| CN201310088761.2A CN104066066A (en) | 2013-03-19 | 2013-03-19 | Dual-pass realization method, system and mobile terminal based on one set of radio frequency equipment |
| PCT/CN2013/078067 WO2013167011A2 (en) | 2013-03-19 | 2013-06-26 | Method, system, and mobile terminal for realizing bi-pass based on radio frequency device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310088761.2A CN104066066A (en) | 2013-03-19 | 2013-03-19 | Dual-pass realization method, system and mobile terminal based on one set of radio frequency equipment |
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| CN104066066A true CN104066066A (en) | 2014-09-24 |
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| CN201310088761.2A Pending CN104066066A (en) | 2013-03-19 | 2013-03-19 | Dual-pass realization method, system and mobile terminal based on one set of radio frequency equipment |
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| WO (1) | WO2013167011A2 (en) |
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Also Published As
| Publication number | Publication date |
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| WO2013167011A2 (en) | 2013-11-14 |
| WO2013167011A3 (en) | 2014-02-20 |
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