CN102572709A - Voice call processing method for terminal and terminal - Google Patents

Abstract

The invention discloses a terminal processing voice call method and the terminal, which are used to realize the trunking communication function on the dual-mode and dual-standby terminal. The terminal includes a first network communication unit, a second network communication unit, and a cluster network communication unit, and the processing method includes: the terminal in the current voice call receives the first voice call; when the current voice call is connected to the second When a voice call belongs to different communication types, the voice call is processed according to the communication type priority management policy; wherein, the communication type includes: active or passive trunking voice communication based on the trunking network communication unit, or, based on VoIP communication between the first network communication unit and/or the second network communication unit.

Description

Method and terminal for processing voice call by terminal

technical field

The invention relates to the technical field of network communication, in particular to a method for a terminal to process a voice call and the terminal.

Background technique

At present, mobile communication technology has been widely used. The mobile communication networks that have been deployed can be divided into: GSM network, CDMA network and PHS network belonging to the 2nd generation or 2.5 generation, and CDMA2000, WCDMA and TD-SCDMA network belonging to the 3rd generation according to their different access methods. Generally speaking, different network services and tariffs are different. Some networks have better coverage and service, but the price is relatively more expensive; some networks may have slightly worse service and coverage, but the price is also cheaper. In this way, the required terminal can freely choose between different networks according to the services and prices of different networks, that is, currently, dual-mode dual-standby terminals that can simultaneously stand by in two networks of different modes have been commonly used.

At the same time, the trunking communication service, which provides dedicated command and dispatching communication services for group users such as multiple departments and units, is also widely used because of its advantages of rapid call establishment and convenient team collaborative use. Generally, the existing trunking communication terminal is a dedicated terminal, or a functional terminal compatible with the original communication network function. However, a dual-mode, dual-standby terminal with a cluster communication function has not yet been realized.

Contents of the invention

Embodiments of the present invention provide a method for a terminal to process a voice call and the terminal, which are used to realize trunking communication functions on a dual-mode, dual-standby terminal.

An embodiment of the present invention provides a method for a terminal to process a voice call. The terminal includes a first network communication unit, a second network communication unit, and a cluster network communication unit. The method includes:

The terminal in the current voice call receives a first voice call;

When the current voice call and the first voice call belong to different communication types, perform voice call processing according to the communication type priority management policy; wherein,

The communication type includes: active or passive trunking voice communication based on the trunking network communication unit, or network voice communication based on the first network communication unit or/and the second network communication unit.

An embodiment of the present invention provides a terminal, including: a first network communication unit, a second network communication unit, a cluster communication unit, and

The processing unit is used to process the voice call according to the communication type priority management strategy when the current voice call and the received first voice call belong to different communication types; wherein,

The communication type includes: active or passive trunking voice communication based on the trunking network communication unit, or network voice communication based on the first network communication unit or/and the second network communication unit.

In the embodiment of the present invention, the terminal includes at least three communication units, which can perform different types of voice communication. Among them, if the current voice call and the received first voice call belong to different communication types, priority can be given according to the communication type. In this way, there will be no call conflicts. Therefore, the trunking communication function can be realized on the dual-mode dual-standby terminal, which improves the application range of the terminal.

Description of drawings

FIG. 1 is a flow chart of a terminal in a voice call in an embodiment of the present invention;

Fig. 2 is the flowchart of terminal initialization in the specific embodiment of the present invention;

FIG. 3 is a structural diagram of a terminal in an embodiment of the present invention.

Detailed ways

In the embodiment of the present invention, the terminal includes a first network communication unit, a second network communication unit, and a cluster network communication unit, so that the terminal can perform different types of voice communication, including: performing voice communication based on the first network communication unit or/and The network voice communication of the second network communication unit, or the cluster voice communication based on the cluster network communication unit. Wherein, the first network includes: GSM network, CDMA network and PHS network belonging to the 2nd generation or 2.5 generation, and CDMA2000 belonging to the 3rd generation, a kind of network in WCDMA and TD-SCDMA network, similarly, the second network includes : GSM network, CDMA network and PHS network belonging to the 2nd generation or 2.5 generation, and one of the CDMA2000, WCDMA and TD-SCDMA networks belonging to the 3rd generation. However, the first network is different from the second network.

Currently, the cluster network can be a professional network, or can be attached to the first network or the second network. Take the first network as a CDMA2000 1x network, the second network as a GSM network, and the cluster network as a stage (CDMA2000 1xEV-DO, EVDO) network of a path of CDMA2000 1x evolution (3G) as an example. In this way, the cluster network is attached to first network. Thereby, the terminal can carry out CDMA voice calls, GSM voice calls, voice calls between CDMA and GSM, and PTT trunking voice calls, wherein, CDMA voice calls, GSM voice calls, and voice calls between CDMA and GSM belong to Network voice communication, PTT trunking voice call belongs to trunking voice communication.

Because there may be voice calls of different communication types at the same time, for example: there are GSM voice calls and PTT trunking voice calls, so it is easy to cause call conflicts. Therefore, it is necessary to perform voice calls. See Figure 1, specifically including:

Step 101: A terminal in a current voice call receives a first voice call.

Here, the terminal includes: a first network communication unit, a second network communication unit, and a trunking network communication unit, that is, the terminal can perform active or passive trunking voice communication based on the trunking network communication unit, or, based on the first network communication unit or /Internet voice communication with the second network communication unit.

Therefore, the current voice call can be the first network voice communication based on the first network communication unit, the second network voice communication based on the second network communication unit, and the third network voice communication based on the first network communication unit and the second network communication unit Communication, or, active or passive trunked voice communications over a trunked network communication unit.

In addition, the first voice call may be received through one of the first network communication unit, the second network communication unit, and the cluster communication unit.

Step 102: The terminal judges whether the current voice call and the first voice call belong to different communication types, if yes, execute step 103, otherwise, execute step 104.

The terminal can perform network voice communication or cluster voice communication. If the current voice call belongs to the first network voice communication, and the received first voice call belongs to the first network voice communication, the second network voice communication, or the third network voice communication, then confirm that the current voice call and the first voice call belong to The same communication type, that is, all belong to VoIP communication, in this case, step 104 is performed. If the current voice call belongs to the first network voice communication, or the second network voice communication, or the third network voice communication, and the received first voice call belongs to the passive trunking voice communication, then confirm that the current voice call and the first voice call belong to For different communication types, go to step 103.

Of course, if the trunking network is attached to the first network, then it is impossible for the first network voice communication and the trunking voice call to exist at the same time, and it is also impossible for the third network voice communication and the trunking voice call to exist at the same time. Other situations will not be listed one by one.

Step 103: The terminal performs voice call processing according to the communication type priority management strategy.

In the embodiment of the present invention, the communication type priority management policy can be pre-configured, and the communication type priority management policy can be configured as network voice communication priority, or cluster voice communication priority, so that different communication type priority management policies, voice call processing The process is also different.

When the priority of the communication type to which the current voice call belongs is higher than the priority of the communication type to which the first voice call belongs, maintain the current voice call and hang up the first voice call;

When the priority of the communication type to which the current voice call belongs is lower than the communication type to which the first voice call belongs, the first voice call is connected, the current voice call is hung up, and the current voice call is recorded in the call record.

In the embodiment of the present invention, after the first voice call is hung up, the first voice call may be recorded in the non-call record or the already-call record.

Wherein, the current voice call belongs to network voice communication, the first voice call belongs to passive trunking voice communication, or, the current voice call belongs to trunking voice communication, the first voice call belongs to network voice communication, and the trunking network corresponding to the trunking voice communication is not attached to The network corresponding to the first voice call, at this time, after hanging up the first voice call, record the first voice call in the non-call record.

However, in the embodiment of the present invention, if the current voice call belongs to network voice communication and the first voice call belongs to active trunking voice communication, the configured communication type priority management strategy can also be updated before the voice call processing, specifically including:

A cluster invitation interface is provided; when an instruction to join a cluster invitation is received through the cluster invitation interface, the communication type priority management policy is updated so that the priority of cluster voice communication is higher than that of network voice communication.

When an instruction to reject the cluster invitation is received through the cluster invitation interface, the communication type priority management policy is updated so that the priority of network voice communication is higher than that of cluster voice communication.

In this way, after the update, when the voice call is processed, an instruction to reject the group invitation is received, so that it can be determined that the priority of the communication type to which the current voice call belongs is higher than the priority of the communication type to which the first voice call belongs, then the current After making a voice call and hanging up the first voice call, the first voice call can be recorded in the call record.

In addition, when the current voice call belongs to the trunking voice communication, the first voice call belongs to the network voice communication, and the trunking network corresponding to the trunking voice communication is attached to the network corresponding to the first voice call, the first voice call is ignored. Record the first voice call in the call log.

Step 104: Determine whether the current voice call and the first voice call belong to trunking voice communication, if yes, perform step 105, otherwise, perform step 106.

If the current voice call and the first voice call already belong to the same communication type, then it is determined whether it belongs to trunking voice communication or network voice communication. If they belong to the group voice communication, go to step 105; otherwise, go to step 106.

Step 105: The terminal enhances trunking voice communication.

Since the current voice call and the first voice call already belong to the trunking voice communication, there is no conflict at this time, and the trunking voice communication is directly improved.

Step 106: Determine whether the communication unit based on the current voice call overlaps with the communication unit based on the first voice call, if yes, perform step 107, otherwise, perform step 108.

When the current voice call belongs to the first network voice communication or the third network voice communication, the first voice call belongs to the first network voice communication. At this time, because the current voice call is based on the first network communication unit, or based on the first network communication unit and the second network communication unit, the first voice call is based on the first network communication unit, therefore, there is overlap between the two, and step 107 is performed. If the current voice call belongs to the first network voice communication and the first voice call belongs to the second network voice communication, since the current voice call is based on the first network communication unit and the first voice call is based on the second network communication unit, there is no overlap between the two , go to step 108.

Step 107: the terminal puts the first voice call in a call waiting state.

Since the current voice call has already used the corresponding network communication unit, the first voice call can only be in a waiting state at this time.

Step 108: The terminal switches the VoIP communication according to the selection instruction.

At this time, the terminal may provide a call display interface, then receive a selection instruction, and perform network voice communication switching according to the selection instruction.

Moreover, the terminal can support two channels to be online at the same time.

In the embodiment of the present invention, steps 106-108 may adopt the existing voice call processing process of the dual-mode dual-standby terminal.

Of course, the terminal must separately capture the first network, the second network, and the cluster network before using it. When the cluster network is attached to the first network, the first network can be captured first, and then the cluster network can be captured after the capture is successful.

The embodiments of the present invention will be further described in detail below in conjunction with the accompanying drawings.

In this embodiment, the terminal is a dual-mode, dual-standby terminal, and a cluster communication function is added to the dual-mode, dual-standby terminal. That is, the first network communication unit of the dual-mode dual-standby terminal is a CDMA 1x network communication unit, the second network communication unit is a GSM network communication unit, and the cluster network communication unit is an EVDO network communication unit. It can be seen that the EVDO network is attached to the CDMA 1x network, that is, the cluster network is attached to the first network. Here, the CDMA 1x network is referred to as the C network, and the GSM network is referred to as the G network.

In this way, network voice communication includes: C network voice communication based on CDMA 1x network communication unit; G network voice communication based on GSM network communication unit, and CG network voice communication based on CDMA 1x network communication unit and GSM network communication unit. Group voice communication includes: Qchat voice communication.

After the terminal is turned on, the initialization process is shown in Figure 2, which specifically includes:

Step 201: Select C network or G network, select C network, perform step 202, select G network, perform step 210

Step 202: Whether the C card exists, if yes, execute step 203, otherwise, end.

Step 203: Search C network through C card.

Step 204: Is C-net capture successful? If successful, execute step 205, otherwise, end.

Step 205: Search EVDO network.

Step 206: Is the EVDO network capture successful? If successful, execute step 207, otherwise, end.

Step 207: Log in to the cluster network, that is, log in to the EVDO network.

Step 208: Is the login successful? If successful, execute step 209, otherwise, end.

Step 209: the terminal enters a standby state.

Step 210: Does the G card exist? If yes, execute step 211, otherwise, end.

Step 211: Search the G network through the G card.

Step 212: Is the G-net capture successful? If successful, execute step 209, otherwise, end.

In the above process, steps 202-208 and steps 210-212 are two parallel processes.

That is, after the terminal successfully searches the C network and G network, and logs in to the cluster network, it enters the standby state. Among them, the cluster network is attached to the C network.

After the terminal is in the current voice call, its process of processing the voice call can refer to Table 1.

In Table 1, the communication type priority management policy (1) is that the priority of network voice communication is higher than that of trunking voice communication. Communication type priority management strategy (2) is that the priority of trunking voice communication is higher than that of network voice communication.

Table 1

According to Table 1, when the current voice call is a C network voice call, and the first voice call is an incoming call from C, the two belong to the same communication type, and both are based on the CDMA 1x network communication unit. Therefore, the incoming call from C is in a waiting state.

When the current voice call is a C network voice call, and the first voice call is a G call, both belong to the same communication type, but are based on different network communication units. At this time, the incoming call interface can be displayed, and the network voice can be performed according to the selection command communication switching. Support two channels online at the same time, and can switch.

The current voice call is a voice call on the C network. Since the trunking network is attached to the C network, it is impossible for the first voice call to be a Qchat call.

When the current voice call is a G network voice call, and the first voice call is an incoming call from C, the two belong to the same communication type, but are based on different network communication units. At this time, the incoming call interface can be displayed, and the network voice can be performed according to the selection command communication switching. Support two channels online at the same time, and can switch.

When the current voice call is a G network voice call and the first voice call is a G incoming call, both belong to the same communication type, and both are based on the GSM network communication unit. Therefore, the G incoming call is in a waiting state.

When the current voice call is a G network voice call and the first voice call is a Qchat passive incoming call, the two belong to different communication types. Therefore, the voice call is processed according to the communication type priority management strategy. Among them, when using the communication type priority management strategy (1), that is, when the priority of the network voice communication is higher than the priority of the group voice communication, the priority of the current voice call is higher than the priority of the Qchat passive call, therefore, maintain G Internet voice calls, automatically hang up Qchat, and record the Qchat passive incoming call in the missed call record, that is, it will be included in the missed call record. When using the communication type priority management strategy (2), that is, when the priority of trunking voice communication is higher than that of network voice communication, access Qchat, hang up the G network voice call, and record the G network in the call record Voice calls are counted as dialed or received.

When the current voice call is a G network voice call and the first voice call is an active call from Qchat, the two belong to different communication types. Before performing voice communication processing, the communication type priority management strategy can be updated. At this time, it can be displayed The Qchat invitation interface prompts whether to join the cluster communication. At this time, when an instruction to join the cluster invitation is received through the Qchat invitation interface, the communication type priority management strategy is updated to be that the priority of the cluster voice communication is higher than that of the network voice communication. , when receiving an instruction to reject the cluster invitation through the Qchat invitation interface, update the communication type priority management strategy to be that the priority of network voice communication is higher than the priority of cluster voice communication. In this way, when receiving the instruction to join the group invitation through the Qchat invitation interface, it is determined that the priority of the Qchat active incoming call is higher than the priority of the G network voice call. Therefore, access Qchat, and hang up the G network voice call. The G network voice call is recorded in the call log, which is counted as dialed or received. When the Qchat invitation interface receives an instruction to reject the cluster invitation, it is determined that the priority of Qchat’s active incoming call is lower than that of G network voice calls. Therefore, maintain the G network voice call and hang up Qchat, but at this time Record the active Qchat call in the call log, that is, count the active Qchat call in the received call.

When the current voice call is a CG network voice call, and the first voice call is an incoming call from C, the two belong to the same communication type, and the communication units based on the two overlap, and the overlapping part is a CDMA 1x network communication unit. At this time, the incoming call from C is waiting.

When the current voice call is a CG network voice call and the first voice call is a G call, the two belong to the same communication type, and the communication units based on the two overlap, and the overlapping part is a GSM network communication unit. At this time, the G call is in waiting state.

The current voice call is a CG network voice call. Since it is based on the CDMA 1x network, Qchat is also attached to the CDMA 1x network. Therefore, there is no Qchat incoming call at this time.

When the current voice call is a Qchat call and the first voice call is an incoming call from C, the two belong to different communication types. Therefore, the voice call is processed according to the communication type priority management strategy. When the communication type priority management strategy (1) is used, the priority of the current voice call is lower than that of C’s incoming call. Therefore, access C’s incoming call, hang up the Qchat call, and record the Qchat call in the call record. It is counted as received or dialed. When the communication type priority management strategy (2) is used, the priority of the current voice call is higher than that of incoming calls from the C network, and since the cluster network is attached to the C network, the Qchat call is maintained, and the incoming calls from C are automatically ignored by the bottom layer , hang up, so that no records will be added to the upper layer call records.

When the current voice call is a Qchat call and the first voice call is an incoming G call, the two belong to different communication types. Therefore, the voice call is processed according to the communication type priority management strategy. When the communication type priority management strategy (1) is used, the priority of the current voice call is lower than the priority of the G call, so the G call is connected, and the Qchat call is hung up, and the Qchat call is recorded in the call record, It is counted as received or dialed. When the communication type priority management strategy (2) is used, the priority of the current voice call is higher than that of the G call. At this time, the Qchat call is maintained, and the G call is hung up, and the G call is recorded in the non-call record. This counts as a missed call.

When the current voice call is a Qchat call, and the first voice call is an active or passive Qchat call, both belong to the same communication type, that is, both communicate with the cluster, so there is no conflict, and the Qchat call is upgraded.

In the above-mentioned embodiment, the first network is a CDMA2000 1x network, the second network is a GSM network, and the cluster network is an EVDO network as an example for description, but in the embodiment of the present invention, it is not limited thereto, and the first network can also be WCDMA network, TD-SCDMA network, GSM network, CDMA network and PHS network, and the second network can also be one of WCDMA network, TD-SCDMA network, CDMA2000 1x network, CDMA network and PHS network. It is only necessary that the first network is different from the second network. In addition, the cluster network can be a professional network, not attached to the first network or the second network.

When the trunking network is a separate professional network and is not attached to the first network or the second network, if the current voice call and the received first voice call belong to different communication types, directly according to the communication type priority management strategy, Perform voice call processing. If the above-mentioned current voice call is a G network voice call, the first voice call is a Qchat call, or the current voice call is a Qchat call, and the first voice call is a G network call, the specific process will not be repeated.

According to the above-mentioned embodiment, it can be seen that the terminal includes a processing unit that processes voice calls. Referring to FIG. 3 , the terminal includes: a first network communication unit 100, a second network communication unit 200, a cluster network communication unit 300, and a processing unit 400 ,in,

The processing unit 400 is configured to perform voice call processing according to the communication type priority management strategy when the current voice call and the received first voice call belong to different communication types; wherein,

The communication type includes: active or passive group voice communication based on the group network communication unit 300 , or network voice communication based on the first network communication unit 100 or/and the second network communication unit 200 .

The processing unit 400 is specifically configured to maintain the current voice call and hang up the first voice call if the priority of the communication type to which the current voice call belongs is higher than the priority of the communication type to which the first voice call belongs.

If the priority of the communication type to which the current voice call belongs is lower than the priority of the communication type to which the first voice call belongs, connect the first voice call, hang up the current voice call, and record the current voice call in the call record.

The processing unit 400 is also specifically configured to record the first voice call in the non-call record, wherein the current voice call belongs to network voice communication, the first voice call belongs to passive trunking voice communication, or the current voice call belongs to trunking voice communication, and the second A voice call belongs to network voice communication, and the cluster network corresponding to the cluster voice communication is not attached to the network corresponding to the first voice call.

The terminal also includes:

The update unit is used to provide a cluster invitation interface. When an instruction to join a cluster invitation is received through the cluster invitation interface, the communication type priority management strategy is updated to be that the priority of the cluster voice communication is higher than the priority of the network voice communication. When the cluster invitation interface receives an instruction to reject the cluster invitation, the communication type priority management policy is updated to be that the priority of network voice communication is higher than that of cluster voice communication; among them, the current voice call belongs to network voice communication, and the first voice The call is an active trunked voice communication;

Then the processing unit 400 is further specifically configured to record the first voice call in the recorded call.

The terminal further includes: a capture unit, configured to respectively capture the first network, the second network, and the cluster network.

In the embodiment of the present invention, the terminal can perform different types of voice communication. In this way, if the current voice call and the received first voice call belong to different communication types, the voice call can be processed according to the priority management strategy of the communication type. . In this way, call conflicts will not occur. Therefore, when the trunking network communication unit is added to the dual-mode, dual-standby terminal, not only network voice communication, but also trunking voice communication can be performed without causing call conflicts, that is, trunking communication is realized on the dual-mode, dual-standby terminal function, which improves the application scope of the terminal, and reduces the occupation of resources while meeting the multi-functional requirements of the terminal, that is, one terminal can realize the functions of dual-mode network communication and cluster communication.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and equivalent technologies thereof, the present invention also intends to include these modifications and variations.

Claims (10)

1. A method for a terminal to process a voice call, wherein the terminal includes a first network communication unit, a second network communication unit, and a trunking network communication unit, the method comprising:

the terminal in the current voice call receives a first voice call;

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 include: active or passive trunked voice communication based on the trunked network communication unit, or network voice communication based on the first network communication unit or/and the second network communication unit.

2. The method of claim 1, wherein the handling of voice calls according to a communication type priority management policy comprises:

when the priority of the communication type of the current voice call is higher than that of the communication type of the first voice call, maintaining the current voice call and hanging up the first voice call;

and when the priority of the communication type of the current voice call is lower than that of the communication type of the first voice call, accessing the first voice call, hanging up the current voice call, and recording the current voice call in a call record.

3. The method of claim 2, wherein after dropping the first voice call, further comprising:

recording the first voice call in a non-call record;

the current voice call belongs to network voice communication, the first voice call belongs to passive trunking voice communication, or the current voice call belongs to trunking voice communication, the first voice call belongs to network voice communication, and a trunking network corresponding to trunking voice communication is not attached to a network corresponding to the first voice call.

4. The method of claim 2, wherein when the current voice call belongs to a network voice communication and the first voice call belongs to an active cluster voice communication, prior to the conducting voice call processing, further comprising:

providing a cluster invitation interface;

when an instruction of joining the cluster invitation is received through the cluster invitation interface, the communication type priority management strategy is updated to be that the priority of the cluster voice communication is higher than that of the network voice communication;

when an instruction of refusing the cluster invitation is received through the cluster invitation interface, the communication type priority management strategy is updated to that the priority of the network voice communication is higher than that of the cluster voice communication;

after the hanging up of the first voice call, the method further includes:

recording the first voice call in a call log.

5. The method of claim 1, wherein before the terminal in a current voice call receives the first voice call, further comprising:

the terminal captures a first network, a second network and a cluster network respectively.

6. A terminal for processing a voice call, the terminal comprising: a first network communication unit, a second network communication unit, a trunking communication unit, and

the processing unit is used for processing the voice call according to a communication type priority management strategy when the current voice call and the received first voice call belong to different communication types; wherein,

the communication types include: active or passive trunked voice communication based on the trunked network communication unit, or network voice communication based on the first network communication unit or/and the second network communication unit.

7. The terminal of claim 6,

the processing unit is specifically configured to maintain the current voice call and hang up the first voice call when the priority of the communication type to which the current voice call belongs is higher than the priority of the communication type to which the first voice call belongs;

and when the priority of the communication type of the current voice call is lower than that of the communication type of the first voice call, accessing the first voice call, hanging up the current voice call, and recording the current voice call in a call record.

8. The terminal of claim 6,

the processing unit is further specifically configured to record the first voice call in a non-call record, where the current voice call belongs to network voice communication, and the first voice call belongs to passive trunking voice communication, or the current voice call belongs to trunking voice communication, and the first voice call belongs to network voice communication, and a trunking network corresponding to trunking voice communication is not attached to a network corresponding to the first voice call.

9. The terminal of claim 6, further comprising:

the updating unit is used for providing a cluster invitation interface, updating the communication type priority management strategy to be that the priority of the cluster voice communication is higher than the priority of the network voice communication when an instruction of joining the cluster invitation is received through the cluster invitation interface, and updating the communication type priority management strategy to be that the priority of the network voice communication is higher than the priority of the cluster voice communication when an instruction of rejecting the cluster invitation is received through the cluster invitation interface; wherein the current voice call belongs to network voice communication, and the first voice call belongs to active trunking voice communication;

the processing unit is further specifically configured to record the first voice call in a call log.

10. The terminal of claim 6,

and the capturing unit is used for capturing the first network, the second network and the cluster network respectively.

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