CN102572709A - Voice call processing method for terminal and terminal - Google Patents
Voice call processing method for terminal and terminal Download PDFInfo
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- H—ELECTRICITY
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- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
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- H04M3/523—Centralised call answering arrangements requiring operator intervention, e.g. call or contact centers for telemarketing with call distribution or queueing
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Abstract
The invention discloses a voice call processing method for a terminal and the terminal, and aims to realize a trunking communication function on a dual-mode dual-standby terminal. The terminal comprises a first network communication unit, a second network communication unit and a trunking network communication unit. The processing method comprises the following steps of: receiving a first voice call by using the terminal with a current voice call; and when the current voice call and the first voice call belong to different communication types, performing voice call processing according to a communication type priority management strategy, wherein the communication types comprise trunking-network-communication-unit-based active or passive trunking voice communication and network voice communication based on the first network communication unit or/and the second network communication unit.
Description
Technical field
The present invention relates to the network communications technology field, particularly a kind of method of terminal processes voice call and terminal.
Background technology
Mobile communication technology has obtained extensive use at present.The mobile communications network that has obtained disposing can be divided into according to the difference of its access way: belong to GSM network, cdma network and the PHS network in the 2nd generation or 2.5 generations, and the CDMA2000 that belonged to for the 3rd generation, WCDMA and TD-SCDMA network.In general, various network service and rate are had nothing in common with each other, and the network that has has better covering and service, but price is more expensive relatively; It is slightly poor that the network that has then possibly serve and cover, but price is also more cheap.Like this, can freely between heterogeneous networks, select according to the service and the price of heterogeneous networks with regard to the demand terminal, promptly present, the double-mode and double-standby terminal of standby simultaneously in the network of two different modes is by common use.
Simultaneously, the communication service of this special use commander who provides for group users such as a plurality of departments, unit of cluster communication service, scheduling etc., rapid because of having call setup, make things convenient for the advantage of the collaborative use of team, also be widely used.Generally, existing cluster communication terminal is special-purpose terminal, perhaps, and the function terminal of a compatible original communications network functionality.And the double-mode and double-standby terminal that has cluster communication function is not simultaneously also realized.
Summary of the invention
The embodiment of the invention provides a kind of method and terminal of terminal processes voice call, in order on double-mode and double-standby terminal, to realize cluster communication function.
The embodiment of the invention provides a kind of method of terminal processes voice call, and said terminal comprises first network communication unit, second network communication unit, and cluster network communication unit, and this method comprises:
The said terminal that is in the current speech conversation receives first audio call;
When said current speech conversation belongs to different communication types with said first audio call,, carry out voice call and handle according to communication type priority management strategy; Wherein,
Said communication type comprises: based on the active or the passive cluster voice communication of said cluster network communication unit, or, based on said first network communication unit or/and the network voice communication of said second network communication unit.
The embodiment of the invention provides a kind of terminal, comprising: first network communication unit, and second network communication unit, the trunking communication unit, and
Processing unit when being used for current speech conversation and belonging to different communication types with first audio call that receives, according to communication type priority management strategy, carries out the voice call processing; Wherein,
Said communication type comprises: based on the active or the passive cluster voice communication of said cluster network communication unit, or, based on said first network communication unit or/and the network voice communication of said second network communication unit.
In the embodiment of the invention, the terminal has comprised at least three communication units, can carry out dissimilar voice communications; Wherein, when belonging to different communication types with first audio call that receives as if the current speech conversation, can be according to communication type priority management strategy; Carry out voice call and handle, like this, can not produce the conversation conflict; Thereby, can on double-mode and double-standby terminal, realize cluster communication function, improved the range of application at terminal.
Description of drawings
Fig. 1 is in the flow chart of voice call for terminal in the embodiment of the invention;
Fig. 2 is the flow chart of terminal initialization in the specific embodiment of the invention;
Fig. 3 is the structure chart at terminal in the embodiment of the invention.
Embodiment
In the embodiment of the invention; The terminal comprises first network communication unit, second network communication unit, and cluster network communication unit; Like this; Dissimilar voice communications can be carried out in this terminal, comprising: carry out based on first network communication unit or/and the network voice communication of second network communication unit, or based on the cluster voice communication of cluster network communication unit.Wherein, First network comprises: belong to GSM network, cdma network and the PHS network in the 2nd generation or 2.5 generations, and the CDMA2000 that belonged to for the 3rd generation, a kind of network in WCDMA and the TD-SCDMA network; Equally; Second network comprises: belong to GSM network, cdma network and the PHS network in the 2nd generation or 2.5 generations, and the CDMA2000 that belonged to for the 3rd generation, a kind of network in WCDMA and the TD-SCDMA network.But first network is different with second network.
At present, cluster network can be the network of specialty, also can depend on first network or second network.With first network is CDMA2000 1x network; Second network is the GSM network, cluster network be a paths of CDMA2000 1x evolution (3G) a stage (CDMA2000 1xEV-DO, EVDO) network is an example; Like this, cluster network depends on first network.Thereby this terminal can be carried out CDMA voice call, GSM voice call respectively; Voice call between CDMA and the GSM; And the voice call of PTT cluster, wherein, CDMA voice call, GSM voice call; Voice call between CDMA and the GSM all belongs to network voice communication, and the voice call of PTT cluster belongs to the cluster voice communication.
Because, may there be the voice call of different communication type simultaneously, for example: have GSM voice call and the voice call of PTT cluster, like this, cause the conversation conflict easily, therefore, need carry out voice call and be in,, specifically comprise referring to Fig. 1:
Step 101: the terminal that is in the current speech conversation receives first audio call.
Here; The terminal comprises: first network communication unit; Second network communication unit, and cluster network communication unit, promptly active or the passive cluster voice communication based on the cluster network communication unit can be carried out in this terminal; Or, based on first network communication unit or/and the network voice communication of said second network communication unit.
Therefore; The current speech conversation can be first network voice communication based on first network communication unit; Second network voice communication based on second network communication unit; Based on the 3rd network voice communication of first network communication unit and second network communication unit, or, based on the active or the passive cluster voice communication of cluster network communication unit.
And, can pass through above-mentioned first network communication unit, second network communication unit, and the some communication units in the trunking communication unit receive first audio call.
Step 102: whether the conversation of terminal judges current speech belongs to different communication types with first audio call, if, execution in step 103, otherwise, execution in step 104.
Network voice communication can be carried out in the terminal, or carries out the cluster voice communication.If the current speech conversation belongs to first network voice communication; And first audio call that receives belongs to first network voice communication, second network voice communication, or during the 3rd network voice communication; Confirm that then the current speech conversation belongs to identical communication type with first audio call; Promptly all belong to network voice communication, at this moment, execution in step 104.If the current speech conversation belongs to first network voice communication; Or second network voice communication; Or the 3rd network voice communication; And first audio call that receives belongs to passive cluster voice communication, confirms that then the current speech conversation belongs to different communication types with first audio call, execution in step 103.
Certainly,, can not there be first network voice communication and cluster audio call simultaneously so, also can not have had the 3rd network voice communication and cluster audio call simultaneously if cluster network depends on first network.Other situation have just been enumerated no longer one by one.
Step 103: the terminal is carried out voice call and is handled according to communication type priority management strategy.
In the embodiment of the invention, can pre-configured communication type priority management strategy, communication type priority management strategy is configurable to be that network voice communication is preferential; Or the cluster voice communication is preferential; Like this, different communication type priority management strategies, the process that voice call is handled is also different.
When the priority of the communication type under the current speech conversation is higher than the priority of the communication type under first audio call, keeps the current speech conversation, and hang up first audio call;
When the priority of the communication type under the current speech conversation is lower than the communication type under first audio call, insert first audio call, and hang up the current speech conversation, writing down the current speech conversation in the message registration.
In the embodiment of the invention, after hanging up first audio call, can be recorded in not in the message registration first audio call or in the message registration.
Wherein, the current speech conversation belongs to network voice communication, and first audio call belongs to passive cluster voice communication; Perhaps, the current speech conversation belongs to the cluster voice communication, and first audio call belongs to network voice communication; And the corresponding cluster network of cluster voice communication does not depend on the corresponding network of first audio call; At this moment, hang up after first audio call, do not writing down first audio call in the message registration.
And belong to network voice communication as if the current speech conversation in the embodiment of the invention, and when first audio call belongs to initiatively cluster voice communication, also can before carrying out the voice call processing, the communication type priority management strategy that disposes be upgraded, specifically comprise:
Provide cluster to invite the interface; When the instruction of inviting the interface to receive to add through cluster cluster to invite, be the priority that the priority of cluster voice communication is higher than network voice communication with communication type priority management policy update.
When inviting the interface to receive the instruction that the rejection cluster invites through cluster, be the priority that the priority of network voice communication is higher than the cluster voice communication with communication type priority management policy update.
Like this; After the renewal, when carrying out the voice call processing, receive the instruction that the rejection cluster is invited; Thereby the priority that can confirm the communication type under the current speech conversation is higher than the priority of the communication type under first audio call; Then keep the current speech conversation, and hang up after first audio call, can write down this first audio call in the message registration.
In addition; The current speech conversation belongs to the cluster voice communication; First audio call belongs to network voice communication, and the corresponding cluster network of cluster voice communication is when depending on the corresponding network of first audio call, and then first audio call is left in the basket; Like this, also need in message registration, write down this first audio call.
Step 104: judge whether the current speech conversation all belongs to the cluster voice communication with first audio call, if, execution in step 105, otherwise, execution in step 106.
The current speech conversation has belonged to identical communication type with first audio call, then judges it is to belong to the cluster voice communication, or network voice communication.If belong to the cluster voice communication, execution in step 105, otherwise, execution in step 106.
Step 105: the terminal promotes the cluster voice communication.
Because the current speech conversation has belonged to the cluster voice communication with first audio call, do not exist conflict this moment, directly promotes the cluster voice communication.
Step 106: judge current speech conversation based on communication unit and first audio call based on communication unit whether have overlappingly, as if having, then execution in step 107, otherwise, execution in step 108.
Current speech conversation belongs to first network voice communication, or during the 3rd network voice communication, first audio call belongs to first network voice communication; At this moment, owing to current speech is conversed based on first network communication unit, or based on first network communication unit and second network communication unit; First audio call is based on first network communication unit; Therefore, have between the two overlapping, execution in step 107.If the current speech conversation belongs to first network voice communication; First audio call belongs to second network voice communication, because current speech is conversed based on first network communication unit, first audio call is based on second network communication unit; Do not have between the two overlapping, execution in step 108.
Step 107: the terminal makes first audio call be in the Call Waiting state.
Because corresponding network communication unit has been used in the current speech conversation, this moment, first audio call can only be in wait state.
Step 108: the switching of network voice communication is carried out according to selection instruction in the terminal.
At this moment, the terminal can provide the calling display interface, receives selection instruction then, and according to selection instruction, carries out the switching of network voice communication.
And the terminal can support two-way simultaneously online.
In the embodiment of the invention, step 106-108 can adopt the voice call processing procedure of existing double-mode and double-standby terminal.
Certainly, the terminal also must be caught first network, second network and cluster network respectively before using.When cluster network depends on first network, then can catch first network earlier, catch cluster network behind the acquisition success again.
Below in conjunction with Figure of description the embodiment of the invention is described in further detail.
In the present embodiment, the terminal is a double-mode and double-standby terminal, increases cluster communication function at this double-mode and double-standby terminal.Promptly first network communication unit of this double-mode and double-standby terminal is a CDMA 1x network communication unit, and second network communication unit is the GSM network communication unit, and the cluster network communication unit is the EVDO network communication unit.It is thus clear that the EVDO network depends on CDMA 1x network, promptly cluster network depends on first network.Here, CDMA 1x network is called for short the C net, and the GSM network is called for short the G net.
Like this, network voice communication comprises: based on the C net voice communication of CDMA 1x network communication unit; G based on the GSM network communication unit nets voice communication, and nets voice communication based on the CG of CDMA 1x network communication unit and GSM network communication unit.The cluster voice communication comprises: the Qchat voice communication.
Behind this starting up of terminal, it is as shown in Figure 2 to carry out initialized flow process, specifically comprises:
Step 201: select C net or G net, select the C net, execution in step 202 is selected the G net, execution in step 210
Whether step 202:C card exists, if exist, and execution in step 203, otherwise, finish.
Step 203: through C card search C net.
Does whether step 204:C net catch successful? If success, execution in step 205, otherwise, finish.
Step 205: search EVDO network.
Whether step 206:EVDO network acquisition successful? If success, execution in step 207, otherwise, finish.
Step 207: the login cluster network, promptly login the EVDO network.
Step 208: whether login successful? If success, execution in step 209, otherwise, finish.
Step 209: the terminal gets into holding state.
Does step 210:G card exist? If exist, execution in step 211, otherwise, finish.
Step 211: through G card search G net.
Does whether step 212:G net catch successful? If success, execution in step 209, otherwise, finish.
In the said process, step 202-208 is two parallelly connected processes with step 210-212.
Be after the terminal successfully searches C net, G net and login entering cluster network, to get into holding state.Wherein, cluster network depends on the C net.
After the terminal is in the current speech conversation, but the process reference table 1 of its processed voice conversation.
In the table 1, communication type priority management strategy (1) is higher than the priority of cluster voice communication for the priority of network voice communication.Communication type priority management strategy (2) is higher than the priority of network voice communication for the priority of cluster voice communication.
Table 1
According to table 1, the current speech conversation is the voice call of C net, and when first audio call was the C incoming call, both belonged to identical communication type, and all are based on CDMA 1x network communication unit, and therefore, the C incoming call is in wait state.
The current speech conversation is the voice call of C net, and when first audio call was the G incoming call, both belonged to identical communication type, but based on the various network communication unit, at this moment, can show to come electric interface, according to selection instruction, carry out the switching of network voice communication.Support two-way simultaneously online, and can switch.
The current speech conversation is the voice call of C net, because cluster network depends on the C net, therefore, first audio call can not be sent a telegram here for Qchat.
The current speech conversation is the voice call of G net, and when first audio call was the C incoming call, both belonged to identical communication type, but based on the various network communication unit, at this moment, can show to come electric interface, according to selection instruction, carry out the switching of network voice communication.Support two-way simultaneously online, and can switch.
The current speech conversation is the voice call of G net, and when first audio call was the G incoming call, both belonged to identical communication type, and all are based on the GSM network communication unit, and therefore, the G incoming call is in wait state.
Current speech conversation is the voice call of G net, and when first audio call was the passive incoming call of Qchat, both belonged to communication type inequality, therefore, according to communication type priority management strategy, carry out the voice call processing.Wherein, when use communication type priority management strategy (1), when promptly the priority of network voice communication is higher than the priority of cluster voice communication; The priority of current speech conversation is higher than the priority of the passive incoming call of Qchat; Therefore, keep the voice call of G net, hang up Qchat automatically; And in message registration the passive incoming call of this Qchat of record, promptly count and do not connect in the record.When using communication type priority management strategy (2); Be the priority of cluster voice communication when being higher than the priority of network voice communication, insert Qchat, and hang up the voice call of G net; In message registration this G net voice call of record promptly counts and has dialled or connect.
The current speech conversation is the voice call of G net; First audio call is Qchat when initiatively sending a telegram here, and both belong to communication type inequality, is carrying out before voice communication handles; Renewable communication type priority management strategy; At this moment, can show that Qchat invites the interface, whether prompting adds trunking communication; This moment is when inviting the interface to receive the instruction of adding cluster invitation through this Qchat; With communication type priority management policy update is the priority that the priority of cluster voice communication is higher than network voice communication, when inviting interface to receive the instruction that the rejection cluster invites through this Qchat, is the priority that the priority of network voice communication is higher than the cluster voice communication with communication type priority management policy update.Like this; When inviting the interface to receive the instruction of adding cluster invitation through this Qchat, confirm that promptly the priority that Qchat initiatively sends a telegram here is higher than the priority that G nets voice call, therefore; Insert Qchat; And hang up the voice call of G net, in message registration this G net voice call of record promptly counts and has dialled or connect.When inviting the interface to receive the instruction of rejection cluster invitation through this Qchat; Confirm that promptly the priority that Qchat initiatively sends a telegram here is lower than the priority that G nets voice call; Therefore, keep the voice call of G net, hang up Qchat; But must initiatively send a telegram here by this Qchat of record in message registration this moment, promptly in received calls, counts this Qchat and initiatively send a telegram here.
Current speech conversation is the voice call of CG net, and when first audio call was the C incoming call, both belonged to identical communication type, and both based on communication unit have overlappingly, lap is a CDMA 1x network communication unit, at this moment, C sends a telegram here and is in wait state.
Current speech conversation is the voice call of CG net, and when first audio call was the G incoming call, both belonged to identical communication type, and both based on communication unit have overlappingly, lap is the GSM network communication unit, at this moment, G sends a telegram here and is in wait state.
The current speech conversation is the voice call of CG net, because will be based on CDMA 1x network, Qchat also will depend on CDMA 1x network, therefore, does not have the Qchat incoming call this moment.
The current speech conversation is the Qchat conversation, and when first audio call was the C incoming call, both belonged to communication type inequality, therefore, according to communication type priority management strategy, carries out voice call and handles.When using communication type priority management strategy (1), the priority of current speech conversation is lower than the priority of C incoming call, therefore, inserts the C incoming call, and hangs up the Qchat conversation, and in message registration this Qchat conversation of record promptly counts and connect or dialled.When using communication type priority management strategy (2), the priority of current speech conversation is higher than the priority of C net incoming call, and; Because cluster network depends on the C net, therefore, keep the Qchat conversation; The C incoming call is ignored by bottom automatically; Hung up, like this, also do not added any record in the message registration of upper strata.
The current speech conversation is the Qchat conversation, and when first audio call was the G incoming call, both belonged to communication type inequality, therefore, according to communication type priority management strategy, carries out voice call and handles.When using communication type priority management strategy (1), the priority of current speech conversation is lower than the priority of G incoming call, therefore, inserts the G incoming call, and hangs up the Qchat conversation, and in message registration this Qchat conversation of record promptly counts and connect or dialled.When using communication type priority management strategy (2), the priority of current speech conversation is higher than the priority of G incoming call, at this moment, keeps the Qchat conversation, and hangs up the G incoming call, and the G incoming calls record in message registration not, is promptly counted and do not connect.
The current speech conversation is the Qchat conversation, and when first audio call was Qchat active or passive incoming call, both belonged to identical communication type, promptly all are and trunking communication, therefore, do not have conflict, promotes this Qchat conversation.
In the foregoing description; With first network is CDMA2000 1x network; Second network is the GSM network, and cluster network is that example is described for the EVDO network, but in the embodiment of the invention; Be not limited thereto; First network is can also be for a kind of in WCDMA network, TD-SCDMA network, GSM network, cdma network and the PHS network, and that second network also can be in WCDMA network, TD-SCDMA network, CDMA2000 1x network, cdma network and the PHS network is a kind of, only needs that first network is different with second network to get final product.In addition, cluster network can be specialized network, does not depend on first network or second network.
When cluster network is independent specialized network; When not depending on first network or second network; When if the current speech conversation belongs to different communication types with first audio call that receives,, carry out voice call and handle directly according to communication type priority management strategy.Be the voice call of G net like the conversation of above-mentioned current speech, first audio call is the Qchat incoming call, or the current speech conversation is the Qchat conversation, and first audio call is the processing procedure of G incoming call, and detailed process has been stated with regard to no longer tiring out.
Can know that according to the foregoing description the terminal has comprised has carried out the processing unit of handling to voice call, referring to Fig. 3, the terminal comprises: first network communication unit, 100, the second network communication units 200, and cluster network communication unit 300, and processing unit 400, wherein,
Communication type comprises: based on the active or the passive cluster voice communication of cluster network communication unit 300, or, based on first network communication unit 100 or/and the network voice communication of second network communication unit 200.
When the priority of the communication type affiliated as if the current speech conversation is lower than the priority of the communication type under first audio call, insert first audio call, and hang up the current speech conversation, writing down the current speech conversation in the message registration.
This terminal also comprises:
Updating block; Be used to provide cluster to invite the interface; When inviting the interface to receive the instruction of adding cluster invitation through cluster; With communication type priority management policy update is the priority that the priority of cluster voice communication is higher than network voice communication, when inviting the interface to receive the instruction that the rejection cluster invites through cluster, is the priority that the priority of network voice communication is higher than the cluster voice communication with communication type priority management policy update; Wherein, the current speech conversation belongs to network voice communication, and first audio call belongs to initiatively cluster voice communication;
Then processing unit 400, also specifically are used at the record of message registration first audio call.
This terminal also comprises: capturing unit is used for catching respectively first network, second network and cluster network.
In the embodiment of the invention, dissimilar voice communications can be carried out in the terminal, like this, when belonging to different communication types as if the current speech conversation with first audio call that receives, can carry out voice call and handle according to communication type priority management strategy.Like this, can not produce the conversation conflict.Thereby, after having increased the cluster network communication unit on the double-mode and double-standby terminal, not only can carry out network voice communication; Also can carry out the cluster voice communication, can't cause the conflict of conversation, promptly on double-mode and double-standby terminal, realize cluster communication function; Improved the range of application at terminal; When having satisfied the multi-functional demand in terminal, reduced the taking of resource, promptly the function of the network service and the trunking communication of bimodulus just can be realized in terminal.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, belong within the scope of claim of the present invention and equivalent technologies thereof if of the present invention these are revised with modification, then the present invention also is intended to comprise these changes and modification interior.
Claims (10)
1. the method for a terminal processes voice call is characterized in that, said terminal comprises first network communication unit, second network communication unit, and cluster network communication unit, and this method comprises:
The said terminal that is in the current speech conversation receives first audio call;
When said current speech conversation belongs to different communication types with said first audio call,, carry out voice call and handle according to communication type priority management strategy; Wherein,
Said communication type comprises: based on the active or the passive cluster voice communication of said cluster network communication unit, or, based on said first network communication unit or/and the network voice communication of said second network communication unit.
2. the method for claim 1 is characterized in that, and is said according to communication type priority management strategy, carries out the voice call processing and comprises:
When the priority of the communication type under said current speech is conversed is higher than the priority of the communication type under said first audio call, keeps said current speech conversation, and hang up said first audio call;
When the priority of the communication type under said current speech is conversed is lower than the priority of the communication type under said first audio call; Insert said first audio call; And hang up said current speech conversation, writing down said current speech conversation in the message registration.
3. method as claimed in claim 2 is characterized in that, said hanging up after said first audio call also comprises:
Do not writing down said first audio call in the message registration;
Wherein, Said current speech conversation belongs to network voice communication; Said first audio call belongs to passive cluster voice communication, and perhaps, said current speech conversation belongs to the cluster voice communication; Said first audio call belongs to network voice communication, and the corresponding cluster network of said cluster voice communication does not depend on the corresponding network of said first audio call.
4. method as claimed in claim 2 is characterized in that, conversing when said current speech belongs to network voice communication, and when said first audio call belonged to initiatively cluster voice communication, said carrying out also comprised before the voice call processing:
Provide cluster to invite the interface;
When the instruction of inviting the interface to receive through said cluster to add cluster to invite, the said communication type priority management policy update priority that is the cluster voice communication is higher than the priority of network voice communication;
When inviting the interface to receive the instruction that the rejection cluster invites through said cluster, the said communication type priority management policy update priority that is network voice communication is higher than the priority of cluster voice communication;
Then said hanging up after said first audio call also comprises:
Writing down said first audio call in the message registration.
5. the method for claim 1 is characterized in that, the said said terminal that is in the current speech conversation receives before first audio call, also comprises:
Said terminal is caught first network, second network and cluster network respectively.
6. the terminal of processed voice conversation is characterized in that said terminal comprises: first network communication unit, and second network communication unit, the trunking communication unit, and
Processing unit when being used for current speech conversation and belonging to different communication types with first audio call that receives, according to communication type priority management strategy, carries out the voice call processing; Wherein,
Said communication type comprises: based on the active or the passive cluster voice communication of said cluster network communication unit, or, based on said first network communication unit or/and the network voice communication of said second network communication unit.
7. terminal as claimed in claim 6 is characterized in that,
Said processing unit specifically is used for when the priority of the communication type under the said current speech conversation is higher than the priority of the affiliated communication type of said first audio call, keeps said current speech conversation, and hanging up said first audio call;
When the priority of the communication type under said current speech is conversed is lower than the priority of the communication type under said first audio call; Insert said first audio call; And hang up said current speech conversation, writing down said current speech conversation in the message registration.
8. terminal as claimed in claim 6 is characterized in that,
Said processing unit also specifically is used at said first audio call of the record of message registration not, wherein; Said current speech conversation belongs to network voice communication; Said first audio call belongs to passive cluster voice communication, and perhaps, said current speech conversation belongs to the cluster voice communication; Said first audio call belongs to network voice communication, and the corresponding cluster network of said cluster voice communication does not depend on the corresponding network of said first audio call.
9. terminal as claimed in claim 6 is characterized in that, also comprises:
Updating block; Be used to provide cluster to invite the interface; When inviting the interface to receive the instruction of adding cluster invitation through said cluster; The said communication type priority management policy update priority that is the cluster voice communication is higher than the priority of network voice communication, when inviting the interface to receive the instruction that the rejection cluster invites through said cluster, the said communication type priority management policy update priority that is network voice communication is higher than the priority of cluster voice communication; Wherein, said current speech conversation belongs to network voice communication, and said first audio call belongs to initiatively cluster voice communication;
Then said processing unit also specifically is used at said first audio call of the record of message registration.
10. terminal as claimed in claim 6 is characterized in that,
Capturing unit is used for catching respectively first network, second network and cluster network.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011104191574A CN102572709A (en) | 2011-12-14 | 2011-12-14 | Voice call processing method for terminal and terminal |
| PCT/CN2012/085647 WO2013086937A1 (en) | 2011-12-14 | 2012-11-30 | Method for terminal to process voice communication, and terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011104191574A CN102572709A (en) | 2011-12-14 | 2011-12-14 | Voice call processing method for terminal and terminal |
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| CN102572709A true CN102572709A (en) | 2012-07-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011104191574A Pending CN102572709A (en) | 2011-12-14 | 2011-12-14 | Voice call processing method for terminal and terminal |
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| Country | Link |
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| CN (1) | CN102572709A (en) |
| WO (1) | WO2013086937A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2013086937A1 (en) | 2013-06-20 |
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