CN103780737B - Answering method between composite aircraft and composite aircraft - Google Patents
Answering method between composite aircraft and composite aircraft Download PDFInfo
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- CN103780737B CN103780737B CN201410004191.9A CN201410004191A CN103780737B CN 103780737 B CN103780737 B CN 103780737B CN 201410004191 A CN201410004191 A CN 201410004191A CN 103780737 B CN103780737 B CN 103780737B
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Abstract
The present invention is applicable to communication technical field, provides the answering method between a kind of composite aircraft, and comprising step has: in main frame and handset, arrange analog switch respectively; In the communication range of described composite aircraft, the wireless sharing mechanism set up between described main frame and described handset connects; When external communications terminals phones described main frame or described handset, the operating state of described analog switch is set according to described wireless sharing mechanism, the answer mode that different described operating states is corresponding different.Correspondingly, present invention also offers a kind of composite aircraft.Whereby, the present invention is based on wireless sharing mechanism and achieve dynamically answering between composite aircraft, thus greatly enriched telephone receiving mode.
Description
Technical field
The present invention relates to communication technical field, particularly relate to the answering method between a kind of composite aircraft and composite aircraft.
Background technology
Telephone receiving is one of basic function of the communication terminals such as mobile phone, if when at present communication terminal A makes communication terminal B, communication terminal B can select manually to answer, and also can call out and transfer to communication terminal C, also can refusing incoming call, and also can not fetch electricity.But after communication terminal B receives calls, directly communication terminal C also can not be accessed talking state; Or after communication terminal B receives calls, directly switch and receive calls to communication terminal C, then communication terminal B is in the state of hanging up; Or communication terminal C also needs communication terminal B to be connected into talking state, keep communication terminal A, B, C all can converse.The telephone receiving mode of existing communication terminal is very limited, fully can not meet the different demands of user.
In summary, obviously there is inconvenience and defect in actual use in prior art, so be necessary to be improved.
Summary of the invention
For above-mentioned defect, the object of the present invention is to provide the answering method between a kind of composite aircraft and composite aircraft, it achieves dynamically answering between composite aircraft based on wireless sharing mechanism, thus has greatly enriched telephone receiving mode.
To achieve these goals, the invention provides the answering method between a kind of composite aircraft, comprising step has:
In main frame and handset, analog switch is set respectively;
In the communication range of described composite aircraft, the wireless sharing mechanism set up between described main frame and described handset connects;
When external communications terminals phones described main frame or described handset, the operating state of described analog switch is set according to described wireless sharing mechanism, the answer mode that different described operating states is corresponding different.
According to answering method of the present invention, described in the communication range of composite aircraft, the step that the wireless sharing mechanism between described main frame and described handset of setting up connects comprises:
In the communication range of described composite aircraft, connected by the wireless sharing mechanism described in NFC Model Establishment between main frame and described handset, and set up the radio communication between described main frame and described handset by bluetooth mode or infrared mode.
According to answering method of the present invention, the described step arranging the operating state of described analog switch according to wireless sharing mechanism comprises:
The described main frame received calls or described handset are according to the answer mode selection instruction of user and described wireless sharing mechanism, the handset operating state of the second analog switch in the host work state of the first analog switch in described main frame and described handset is set respectively, the described answer mode that different described host work states is corresponding different with the operating state combination of described handset operating state.
According to answering method of the present invention, the operating state of described analog switch comprises:
First operating state, corresponding first answer mode of answering only for main frame;
Second operating state, the second answer mode that respective hosts invites handset to answer together;
3rd operating state, the 3rd answer mode that corresponding handset invites main frame to answer together;
4th operating state, corresponding 4th answer mode of answering only for handset.
According to answering method of the present invention, described wireless sharing mechanism also comprises:
When described external communications terminals phones described main frame, if described main frame and described handset receive calls simultaneously, and when the operating state of described analog switch is described 4th operating state, then described chiller priority receives calls;
When described external communications terminals phones described handset, if described main frame and described handset receive calls simultaneously, and when the operating state of described analog switch is described first operating state, then described handset preferentially receives calls.
The present invention also provides a kind of composite aircraft, includes main frame and handset;
Described main frame includes:
First switch-linear hybrid module, for arranging analog switch in described main frame;
First Mechanism establishing module, in the communication range of described composite aircraft, the wireless sharing mechanism set up between described main frame and described handset connects;
First mode arranges module, during for phoning described main frame or described handset when external communications terminals, the operating state of the described analog switch of described main frame and/or described handset is set according to described wireless sharing mechanism, the answer mode that different described operating states is corresponding different;
Described handset includes:
Second switch arranges module, for arranging described analog switch in described handset;
Second Mechanism establishing module, in the communication range of described composite aircraft, the wireless sharing mechanism set up between described handset and described main frame connects;
Second pattern arranges module, for when described external communications terminals phones described main frame or described handset, the described operating state of the described analog switch of described main frame and/or described handset is set according to described wireless sharing mechanism, the answer mode that different described operating states is corresponding different.
According to composite aircraft of the present invention, described first Mechanism establishing module and described second Mechanism establishing module are used in the communication range of described composite aircraft, connected by the wireless sharing mechanism described in NFC Model Establishment between main frame and described handset, and set up the radio communication between described main frame and described handset by bluetooth mode or infrared mode.
According to composite aircraft of the present invention, when described external communications terminals phones described main frame or described handset, the described first mode of the described main frame received calls arranges module for according to the answer mode selection instruction of user and described wireless sharing mechanism, the handset operating state of the second analog switch described in the host work state of the first analog switch described in described main frame and described handset is set respectively, the described answer mode that different described host work states is corresponding different with the operating state combination of described handset operating state;
When described external communications terminals phones described main frame or described handset, described second pattern of the described handset received calls arranges module for according to the answer mode selection instruction of user and described wireless sharing mechanism, the handset operating state of the second analog switch described in the host work state of the first analog switch described in described main frame and described handset is set respectively, the described answer mode that different described host work states is corresponding different with the operating state combination of described handset operating state.
According to composite aircraft of the present invention, the operating state of described analog switch comprises:
First operating state, corresponding first answer mode of answering only for main frame;
Second operating state, the second answer mode that respective hosts invites handset to answer together;
3rd operating state, the 3rd answer mode that corresponding handset invites main frame to answer together;
4th operating state, corresponding 4th answer mode of answering only for handset.
According to composite aircraft of the present invention, described wireless sharing mechanism also comprises:
When described external communications terminals phones described main frame, if described main frame and described handset receive calls simultaneously, and when the operating state of described analog switch is described 4th operating state, then described chiller priority receives calls;
When described external communications terminals phones described handset, if described main frame and described handset receive calls simultaneously, and when the operating state of described analog switch is described first operating state, then described handset preferentially receives calls.
The present invention arranges an analog switch respectively in main frame and handset, and the wireless sharing mechanism set up between main frame and handset connects, when external communications terminals phones main frame or handset, user can arrange the operating state of analog switch in real time according to wireless sharing mechanism, to realize different answer modes.Whereby, the present invention is based on wireless sharing mechanism and achieve dynamically answering between composite aircraft, thus effectively enriched telephone receiving mode, fully meet the telephone receiving demand that user is different.
Accompanying drawing explanation
Fig. 1 is the structural representation of composite aircraft of the present invention;
Fig. 2 is the flow chart of the answering method between composite aircraft of the present invention;
Fig. 3 is the flow chart of the answering method between the preferred composite aircraft of the present invention;
Fig. 4 A is the instance graph of answering operation interface of main frame of the present invention;
Fig. 4 B is the instance graph of answering operation interface of handset of the present invention.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Fig. 1 is the structural representation of composite aircraft of the present invention, described composite aircraft 100 includes main frame 10 and handset 20, described main frame 10 and handset 20 all can communicate to connect with external communications terminals 30, described main frame 10, handset 20 and external communications terminals 30 can be mobile phone, base, PDA(Personal Digital Assistant, personal digital assistant), PC etc., and the radio communication that can be realized by the radio wave such as bluetooth or infrared ray between main frame 10 and handset 20 within the scope of scheduled communication, realizes composite aircraft function whereby.It is noted that composite aircraft 100 of the present invention not refers to existing cordless telephone, described composite aircraft 100 is realized by two general communication terminal can setting up the connection of wireless sharing mechanism.
Described main frame 10 includes:
First switch-linear hybrid module 11, for arranging analog switch in main frame 10.Preferably, the analog switch of main frame 10 is set to 0,1.
First Mechanism establishing module 12, in the communication range of composite aircraft 100, such as, in 20 meters, the wireless sharing mechanism set up between main frame 10 and handset 20 connects.Preferably, first Mechanism establishing module 12 is in the communication range of composite aircraft 100, by NFC(Near Field Communication, near-field communication) between Model Establishment main frame 10 and handset 20 wireless sharing mechanism connect, its needs all arrange NFC module in main frame 10 and handset 20.On the one hand, connected by NFC between main frame 10 and handset 20 and realize underlying protocol control, the operating state of the analog switch of both sides can be controlled to switch answer mode.On the other hand, radio communication is realized by bluetooth mode or infrared mode etc. between main frame 10 and handset 20.
First mode arranges module 13, for when external communications terminals 30 phones main frame 10 or handset 20, arranges the operating state of the analog switch of main frame 10 and/or handset 20, the answer mode that different operating states is corresponding different according to wireless sharing mechanism.
Described handset 20 includes:
Second switch arranges module 21, for arranging analog switch in handset 20.Preferably, the analog switch of handset 20 is also set to 0,1.
Second Mechanism establishing module 22, in the communication range of composite aircraft 100, the wireless sharing mechanism set up between handset 20 and main frame 10 connects.
Preferably, the second Mechanism establishing module 22 is in the communication range of composite aircraft 100, and connected by the wireless sharing mechanism between NFC Model Establishment main frame 10 and handset 20, its needs all arrange NFC module in main frame 10 and handset 20.On the one hand, connected by NFC between main frame 10 and handset 20 and realize underlying protocol control, the operating state of the analog switch of both sides can be controlled to switch answer mode.On the other hand, radio communication is realized by bluetooth mode or infrared mode etc. between main frame 10 and handset 20.
Second pattern arranges module 23, for when external communications terminals 30 phones main frame 10 or handset 20, arranges the operating state of the analog switch of main frame 10 and/or handset 20, the answer mode that different operating states is corresponding different according to wireless sharing mechanism.
It is noted that the second pattern that the first mode selecting a selection main frame 10 arranges module 13 or handset 20 arranges module 23 to arrange the operating state of the analog switch of main frame 10 and handset 20.
Preferably, when external communications terminals 30 phones main frame 10 or handset 20, the main frame 10 received calls has limit priority to arrange analog switch, therefore the first mode of main frame 10 arranges module 13 for according to the answer mode selection instruction of user and wireless sharing mechanism, the handset operating state of the second analog switch in the host work state of the first analog switch in main frame 10 and handset 20 is set respectively, the answer mode that the first different operating states is corresponding different with the operating state combination of the second operating state.Preferably, suppose that the analog switch of main frame 10 and handset 20 is all set to 0,1, then operating state combination comprises 00,01,10 and 11, and the corresponding a kind of answer mode of 00,01,10 and 11 difference.
Preferably, when external communications terminals 30 phones main frame 10 or handset 20, the handset 20 received calls has limit priority to arrange analog switch, therefore the second pattern of handset 20 arranges module 23 for according to the answer mode selection instruction of user and wireless sharing mechanism, the handset operating state of the second analog switch in the host work state of the first analog switch in main frame 10 and handset 20 is set respectively, the answer mode that different host work states is corresponding different with the operating state combination of handset operating state.Preferably, suppose that the analog switch of main frame 10 and handset 20 is all set to 0,1, then operating state combination comprises 00,01,10 and 11, and the corresponding a kind of answer mode of 00,01,10 and 11 difference.
The operating state that analog switch of the present invention is preferably arranged comprises:
First operating state, corresponding first answer mode of answering only for main frame 10.
Second operating state, the second answer mode that respective hosts 10 invites handset 20 to answer together.
3rd operating state, the 3rd answer mode that corresponding handset 20 invites main frame 10 to answer together.
4th operating state, corresponding 4th answer mode of answering only for handset 20.
Described wireless sharing mechanism preferably also comprises:
When external communications terminals 30 phones main frame 10, if main frame 10 and handset 20 receive calls simultaneously, and when the operating state of analog switch is the 4th operating state, then main frame 10 preferentially receives calls.
When external communications terminals 30 phones handset 20, if main frame 10 and handset 20 receive calls simultaneously, and when the operating state of analog switch is the first operating state, then handset 20 preferentially receives calls.
When main frame 10 and handset 20 can receive calls and receive calls simultaneously, need to arrange priority to avoid answering conflict, the terminal (main frame 10 or handset 20) of now calling out with external communications terminals 30 is preferentially answered.
Composite aircraft of the present invention dynamically answer technology, can effectively enrich the mode received calls.Avoiding prior art when receiving calls, directly by other communication terminal access talking state, can not optionally can not switch the drawback of communication terminal after receiving calls.
The present invention's specific embodiment is described below:
Main frame 10 and handset 20 can form bluetooth composite aircraft, and according to the share for Bluetooth mechanism between bluetooth composite aircraft, main frame 10 and handset 20 are arranged an analog switch respectively, and the analog switch of main frame 10 is set to 0,1, and the analog switch of handset 20 is also set to 0,1.The operating state compound mode of the analog switch of bluetooth composite aircraft is as follows:
00 representative is answered only for main frame 10;
01 represents main frame 10 invites handset 20 to answer together;
10 represent handset 20 invites main frame 10 to answer together;
11 represent only handset 20 answers.
Due to the communication distance between bluetooth composite aircraft limited (normally remaining on about 20m), in bluetooth composite aircraft communication range, the share for Bluetooth mechanism set up between main frame 10 with handset 20 by NFC is connected, main frame 10 and handset 20 are all provided with NFC, connected by NFC between main frame 10 and handset 20 and realize underlying protocol control, can answering mode be controlled; Communicate between main frame 10 and handset 20, realized by bluetooth.
Handoff algorithms between bluetooth composite aircraft comprises:
1, when exterior terminal phones main frame 10:
A1) main frame 10 receives calls, and when only needing main frame 10 to go to answer, the analog switch of main frame 10 is set to 0 by main frame 10, and the analog switch of handset 20 is set to 0.Because main frame 10 receives calls, therefore give main frame 10 limit priority, main frame 10 can arrange the analog switch of main frame 10 and handset 20.
A2) main frame 10 receives calls, and when needing handset 20 also to answer, the analog switch of main frame 10 is set to 0 by main frame 10, and the analog switch of handset 20 is set to 1.
A3) main frame 10 receives calls, and when confirming only to need handset 20 to answer, the analog switch of main frame 10 is set to 1 by main frame 10, and the analog switch of handset 20 is set to 1.
A4) handset 20 receives calls, and only needs handset 20 to answer, and the analog switch of main frame 10 is set to 1 by handset 20, and the analog switch of handset 20 is set to 1.Because handset 20 receives calls, therefore give handset 20 limit priority, handset 20 can arrange the analog switch of main frame 10 and handset 20.
A5) handset 20 receives calls, and when needing main frame 10 also to answer, the analog switch of main frame 10 is set to 1 by handset 20, and the analog switch of handset 20 is set to 0.
A6) handset 20 receives calls, and when confirming only to need main frame 10 to answer, the analog switch of main frame 10 is set to 0 by handset 20, and the analog switch of handset 20 is set to 0.
2, when exterior terminal phones handset 20:
B1) handset 20 receives calls, and when only handset 20 is answered, the analog switch of main frame 10 is set to 1 by handset 20, and the analog switch of handset 20 is set to 1.Because handset 20 receives calls, therefore give handset 20 limit priority, handset 20 can arrange main frame 10 and handset 20 analog switch.
B2) handset 20 receives calls, and when needing main frame 10 also to answer, the analog switch of main frame 10 is set to 1 by handset 20, and the analog switch of handset 20 is set to 0.
B3) handset 20 receives calls, and when confirming only to need main frame 10 to answer, the analog switch of main frame 10 is set to 0 by handset 20, and the analog switch of handset 20 is set to 0.
B4) main frame 10 receives calls, and when only needing main frame 10 to go to answer, the analog switch of main frame 10 is set to 0 by main frame 10, and the analog switch of handset 20 is set to 0.Because main frame 10 receives calls, therefore give main frame 10 limit priority, main frame 10 can arrange main frame 10 and handset 20 analog switch.
B5) main frame 10 receives calls, and when needing handset 20 also to answer, the analog switch of main frame 10 is set to 0 by main frame 10, and the analog switch of handset 20 is set to 1.
B6) main frame 10 receives calls, and when confirming only to need handset 20 to answer, the analog switch of main frame 10 is set to 1 by main frame 10, and the analog switch of handset 20 is set to 1.
Fig. 2 is the flow chart of the answering method between composite aircraft of the present invention, and it realizes by composite aircraft 100 as shown in Figure 1, and comprising step has:
Step S201, arranges analog switch respectively in main frame 10 and handset 20.
Main frame 10 and handset 20 preferably, are arranged an analog switch by this step respectively, and the analog switch of main frame 10 is set to 0,1, and the analog switch of handset 20 is also set to 0,1.
Step S202, in the communication range of composite aircraft 100, the wireless sharing mechanism set up between main frame 10 and handset 20 connects.
Preferably, in the communication range of composite aircraft 100, connected by the wireless sharing mechanism between NFC Model Establishment main frame 10 and handset 20, its needs all arrange NFC module to this step in main frame 10 and handset 20.On the one hand, connected by NFC between main frame 10 and handset 20 and realize underlying protocol control, the operating state of the analog switch of both sides can be controlled to switch answer mode.On the other hand, radio communication is realized by bluetooth mode or infrared mode etc. between main frame 10 and handset 20.
Step S203, when external communications terminals 30 phones main frame 10 or handset 20, arranges the operating state of analog switch, the answer mode that different operating states is corresponding different according to wireless sharing mechanism.
Preferably, the operating state of described analog switch comprises:
First operating state, corresponding first answer mode of answering only for main frame 10.
Second operating state, the second answer mode that respective hosts 10 invites handset 20 to answer together.
3rd operating state, the 3rd answer mode that corresponding handset 20 invites main frame 10 to answer together.
4th operating state, corresponding 4th answer mode of answering only for handset 20.
Described wireless sharing mechanism also comprises:
When external communications terminals 30 phones main frame 10, if main frame 10 and handset 20 receive calls simultaneously, and when the operating state of analog switch is the 4th operating state, then main frame 10 preferentially receives calls.
When external communications terminals 30 phones handset 20, if main frame 10 and handset 20 receive calls simultaneously, and when the operating state of analog switch is the first operating state, then handset 20 preferentially receives calls.
When main frame 10 and handset 20 can receive calls and receive calls simultaneously, need to arrange priority to avoid answering conflict, the terminal (main frame 10 or handset 20) of now calling out with external communications terminals 30 is preferentially answered.
The present invention is according to wireless sharing mechanism such as share for Bluetooth mechanism, the operating state arranging the analog switch between composite aircraft 100 represents different answer modes, effectively achieve the method that between composite aircraft 100, switching at runtime receives calls when receiving calls, the experience that significant increase user receives calls to composite aircraft 100.
Fig. 3 is the flow chart of the answering method between the preferred composite aircraft of the present invention, and it realizes by composite aircraft 100 as shown in Figure 1, and comprising step has:
Step S301, arranges analog switch respectively in main frame 10 and handset 20.
Main frame 10 and handset 20 preferably, are arranged an analog switch by this step respectively, and the analog switch of main frame 10 is set to 0,1, and the analog switch of handset 20 is also set to 0,1.
Step S302, is connected by the wireless sharing mechanism between NFC Model Establishment main frame 10 and handset 20.
This step preferably also comprises, and in the communication range of described composite aircraft 100, sets up the radio communication between main frame 10 and handset 20 by the radio wave such as bluetooth mode or infrared mode.
Step S303, external communications terminals 30 phones main frame 10 or handset 20.
Step S304, judges distance between main frame 10 and handset 20 whether in the communication range of composite aircraft 100, if then perform step S306, otherwise performs step S305.External communications terminals 30 phones main frame 10 or handset 20.
Step S305, called main frame 10 or handset 20 receive calls.
If the distance between main frame 10 and handset 20 not in the communication range of composite aircraft 100, then cannot realize composite aircraft function, therefore directly to carry out according to the mode of receiving calls normally, the main frame 10 namely dialed by external communications terminals 30 or handset 20 receive calls.
Step S306, main frame 10 or handset 20 receive calls.
If the distance between main frame 10 and handset 20 in the communication range of composite aircraft 100, then can realize composite aircraft function, therefore no matter external communications terminals 30 dials main frame 10 or handset 20, and main frame 10 and handset 20 can receive calls.
Step S307, user switches the answer mode of composite aircraft 100 as required.
This step preferably, the main frame 10 received calls or handset 20 are according to the answer mode selection instruction of user and wireless sharing mechanism, the handset operating state of the second analog switch in the host work state of the first analog switch in main frame 10 and handset 20 is set respectively, the answer mode that different host work states is corresponding different with the operating state combination of handset operating state.Preferably, suppose that the analog switch of main frame 10 and handset 20 is all set to 0,1, then operating state combination comprises 00,01,10 and 11, and the corresponding a kind of answer mode of 00,01,10 and 11 difference.
Fig. 4 A is the instance graph of answering operation interface of main frame 10 of the present invention, external communications terminals 30 phones main frame 10 or handset 20, if the distance between main frame 10 and handset 20 is in composite aircraft communication range, and main frame 10 receives calls, now answering on operation interface of main frame 10 can show " only handset is answered " button and " composite aircraft is answered jointly " button.If host subscriber want by call forwarding to handset 20 and main frame 10 hang up the telephone, host subscriber can click " only handset is answered " button and can realize; If host subscriber want by call forwarding to handset 20 and main frame 10 keep call to realize Three-Way Calling, host subscriber can click " composite aircraft is answered jointly " button and can realize.
Fig. 4 B is the instance graph of answering operation interface of handset 20 of the present invention, external communications terminals 30 phones main frame 10 or handset 20, if the distance between main frame 10 and handset 20 is in composite aircraft communication range, and handset 20 receives calls, now answering on operation interface of handset 20 can show " only main frame is answered " button and " composite aircraft is answered jointly " button.If handset user want by call forwarding to main frame 10 and handset 20 hang up the telephone, handset user can click " only main frame is answered " button and can realize; If handset user want by call forwarding to main frame 10 and handset 20 keep call to realize Three-Way Calling, handset user can click " composite aircraft is answered jointly " button and can realize.
In sum, the present invention arranges an analog switch respectively in main frame and handset, and the wireless sharing mechanism set up between main frame and handset connects, when external communications terminals phones main frame or handset, user can arrange the operating state of analog switch in real time according to wireless sharing mechanism, to realize different answer modes.Whereby, the present invention is based on wireless sharing mechanism and achieve dynamically answering between composite aircraft, thus effectively enriched telephone receiving mode, fully meet the telephone receiving demand that user is different.
Certainly; the present invention also can have other various embodiments; when not deviating from the present invention's spirit and essence thereof; those of ordinary skill in the art are when making various corresponding change and distortion according to the present invention, but these change accordingly and are out of shape the protection range that all should belong to the claim appended by the present invention.
Claims (6)
1. the answering method between composite aircraft, is characterized in that, comprising step has:
In main frame and handset, analog switch is set respectively;
In the communication range of described composite aircraft, the wireless sharing mechanism set up between described main frame and described handset connects;
When external communications terminals phones described main frame or described handset, the operating state of described analog switch is set according to described wireless sharing mechanism, the answer mode that different described operating states is corresponding different;
Described in the communication range of composite aircraft, the step that the wireless sharing mechanism between described main frame and described handset of setting up connects comprises:
In the communication range of described composite aircraft, connected by the wireless sharing mechanism described in NFC Model Establishment between main frame and described handset, and set up the radio communication between described main frame and described handset by bluetooth mode or infrared mode;
The described step arranging the operating state of described analog switch according to wireless sharing mechanism comprises:
The described main frame received calls or described handset are according to the answer mode selection instruction of user and described wireless sharing mechanism, the handset operating state of the second analog switch in the host work state of the first analog switch in described main frame and described handset is set respectively, the described answer mode that different described host work states is corresponding different with the operating state combination of described handset operating state.
2. answering method according to claim 1, is characterized in that, the operating state of described analog switch comprises:
First operating state, corresponding first answer mode of answering only for main frame;
Second operating state, the second answer mode that respective hosts invites handset to answer together;
3rd operating state, the 3rd answer mode that corresponding handset invites main frame to answer together;
4th operating state, corresponding 4th answer mode of answering only for handset.
3. answering method according to claim 2, is characterized in that, described wireless sharing mechanism also comprises:
When described external communications terminals phones described main frame, if described main frame and described handset receive calls simultaneously, and when the operating state of described analog switch is described 4th operating state, then described handset preferentially receives calls;
When described external communications terminals phones described handset, if described main frame and described handset receive calls simultaneously, and when the operating state of described analog switch is described first operating state, then described chiller priority receives calls.
4. a composite aircraft, includes main frame and handset, it is characterized in that, described main frame includes:
First switch-linear hybrid module, for arranging analog switch in described main frame;
First Mechanism establishing module, in the communication range of described composite aircraft, the wireless sharing mechanism set up between described main frame and described handset connects;
First mode arranges module, during for phoning described main frame or described handset when external communications terminals, the operating state of the described analog switch of described main frame and/or described handset is set according to described wireless sharing mechanism, the answer mode that different described operating states is corresponding different;
Described handset includes:
Second switch arranges module, for arranging described analog switch in described handset;
Second Mechanism establishing module, in the communication range of described composite aircraft, the wireless sharing mechanism set up between described handset and described main frame connects;
Second pattern arranges module, for when described external communications terminals phones described main frame or described handset, the described operating state of the described analog switch of described main frame and/or described handset is set according to described wireless sharing mechanism, the answer mode that different described operating states is corresponding different;
Described first Mechanism establishing module and described second Mechanism establishing module are used in the communication range of described composite aircraft, connected by the wireless sharing mechanism described in NFC Model Establishment between main frame and described handset, and set up the radio communication between described main frame and described handset by bluetooth mode or infrared mode;
When described external communications terminals phones described main frame or described handset, the described first mode of the described main frame received calls arranges module for according to the answer mode selection instruction of user and described wireless sharing mechanism, the handset operating state of the second analog switch described in the host work state of the first analog switch described in described main frame and described handset is set respectively, the described answer mode that different described host work states is corresponding different with the operating state combination of described handset operating state;
When described external communications terminals phones described main frame or described handset, described second pattern of the described handset received calls arranges module for according to the answer mode selection instruction of user and described wireless sharing mechanism, the handset operating state of the second analog switch described in the host work state of the first analog switch described in described main frame and described handset is set respectively, the described answer mode that different described host work states is corresponding different with the operating state combination of described handset operating state.
5. composite aircraft according to claim 4, is characterized in that, the operating state of described analog switch comprises:
First operating state, corresponding first answer mode of answering only for main frame;
Second operating state, the second answer mode that respective hosts invites handset to answer together;
3rd operating state, the 3rd answer mode that corresponding handset invites main frame to answer together;
4th operating state, corresponding 4th answer mode of answering only for handset.
6. composite aircraft according to claim 5, is characterized in that, described wireless sharing mechanism also comprises:
When described external communications terminals phones described main frame, if described main frame and described handset receive calls simultaneously, and when the operating state of described analog switch is described 4th operating state, then described handset preferentially receives calls;
When described external communications terminals phones described handset, if described main frame and described handset receive calls simultaneously, and when the operating state of described analog switch is described first operating state, then described chiller priority receives calls.
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| CN103780737A (en) | 2014-05-07 |
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