WO2018227377A1

WO2018227377A1 - Communication method for multimode device, multimode apparatus and communication terminal

Info

Publication number: WO2018227377A1
Application number: PCT/CN2017/088066
Authority: WO
Inventors: 宫晓文; 朱德友
Original assignee: 海能达通信股份有限公司
Priority date: 2017-06-13
Filing date: 2017-06-13
Publication date: 2018-12-20

Abstract

Disclosed in the present invention is a communication method for a multimode device, comprising: upon receipt of communication requests of a first communication party and a second communication party, the multimode device performing a first voice communication with the first communication party in a first mode; and the multimode device synchronously performing a second voice communication with the second communication party in a second mode; the first mode indicating that the multimode device uses an audio system to perform the first voice communication with the first communication party; the second mode indicating that the multimode device uses a non-audio system to perform the second voice communication with the second communication party, or that the multimode device uses the audio system and the non-audio system in combination to perform the second voice communication with the second communication party. Also disclosed in the present invention are a corresponding multimode apparatus and a communication terminal. The present invention can achieve simultaneous communication, acquiring voice communications of two modes at the same time, and only uses one audio system, without adding additional hardware costs.

Description

Multi-mode device communication method, multi-mode device and communication terminal

【技术领域】[Technical Field]

The present invention relates to the field of mobile communications technologies, and in particular, to a communication method, a multimode device, and a communication terminal of a multimode device.

【背景技术】【Background technique】

With the rapid development of mobile communication technologies, the use of mobile terminals in daily life and work is becoming more and more popular. Among them, dual-mode or multi-mode communication devices can be seen everywhere, but currently dual-mode devices realize simultaneous communication under two communication modes. does not exist. For example, in the prior art, when a dual mode device receives two incoming calls at the same time, the user manually selects to answer one incoming call, and puts another incoming call into a call hold state or a call waiting state, thereby implementing communication.

For another example, when one mode of the dual mode device is in a call state and the other mode receives an incoming call, the mobile phone number of the incoming call is recorded and the incoming call is rejected, or the call is hung up and the audio is switched to another mode to answer the incoming call. Or, hold the call and switch the audio to another mode to answer the call. When the call in the other mode is completed, the audio is switched back to the original mode to continue the original call, thereby achieving communication.

It can be seen that when the existing dual-mode device communicates, only one mode of voice communication can be obtained at the same time, and the dual-mode information cannot be obtained instantaneously. Therefore, how to implement a dual-mode device with only one set of audio channels simultaneously It is increasingly important to transmit voice calls so that users can get information instantly.

【发明内容】 [Summary of the Invention]

It is an object of the present invention to provide a multi-mode device communication method for a dual-mode device in the prior art, in which only one mode of language communication can be acquired at the same time, and the dual-mode information cannot be acquired instantaneously. Multimode devices and communication terminals can acquire dual-mode information at the same time and use only one audio system without increasing hardware costs.

The technical solution adopted by the present invention to solve the above technical problem is to provide a communication method of a multimode device, comprising: the multimode device performing first voice communication with the first communication party in a first mode; The multimode device simultaneously performs second voice communication with the second party in a second mode; wherein the first mode indicates that the multimode device uses an audio system to perform first voice communication with the first party The second mode indicates that the multimode device uses a non-audio system to perform second voice communication with the second communication party, or the multimode device mixes an audio system and a non-audio system with the second The communicating party performs the second voice communication.

Another technical solution adopted by the present invention to solve the above technical problem is to provide a multi-mode device for simultaneously communicating with a first communication party and a second communication party, including: a first communication circuit, a first voice communication with the first communication party in a first mode; a second communication circuit, configured to perform a first voice with the first communication party in the first mode in the first communication circuit Simultaneously communicating with the second communication party in a second mode; wherein the first mode indicates that the first communication circuit uses an audio system to perform a first voice with the first communication party Communication; the second mode indicating that the second communication circuit uses a non-audio system to perform second voice communication with the second communication party, or the second communication circuit mixes an audio system and a non-audio system to The second communication party performs the second voice communication.

Another technical solution adopted by the present invention to solve the above technical problem is to provide a communication terminal for simultaneously communicating with a first communication party and a second communication party, including: a first transceiver device, configured to: Performing a first voice communication with the first communication party in a first mode; and second transceiver device, configured to perform a first voice communication with the first communication party in the first mode in the first transceiver device Simultaneously, performing a second voice communication with the second communication party in the second mode; wherein the first mode indicates that the first transceiver device uses an audio system to perform first voice communication with the first communication party; The second mode indicates that the second transceiver uses a non-audio system to perform a second voice communication with the second party, or the second transceiver mixes an audio system and a non-audio system with the The second communication party performs the second voice communication.

The invention has the beneficial effects that the multi-mode device can realize simultaneous communication, can acquire two modes of voice communication at the same time, and adopts only one audio system without additional hardware cost.

Further, when the multi-mode device communicates with different communication terminals at the same time, the audio system is preferentially used to perform voice communication with the first communication party to ensure normal voice communication with the first communication party while maintaining the voice of the second communication party. Communication is smooth.

【附图说明】 [Description of the Drawings]

The present invention will be further described below in conjunction with the accompanying drawings and embodiments, in which:

1 is a flow chart showing a first embodiment of a communication method of a multimode device of the present invention;

2 is a schematic diagram of communication of the multimode device of the above embodiment;

3 is a flow chart showing a second embodiment of a communication method of a multimode device of the present invention;

4 is a schematic structural view of an embodiment of a multimode device of the present invention;

FIG. 5 is a schematic structural diagram of an embodiment of a communication terminal according to the present invention.

【具体实施方式】【detailed description】

The technical solutions of the present invention are further described in detail below in conjunction with the accompanying drawings and specific embodiments.

As shown in FIG. 1 , it is a flowchart of a first embodiment of a communication method of a multimode device according to the present invention. A multimode device refers to a device having different radio access technologies, such as broadband wireless access and narrowband wireless access. The multimode device can communicate with different communication terminals, such as smart phones, walkie-talkies, and the like. The method can be applied to different application scenarios to realize simultaneous communication with different communication terminals, for example, an application scenario that simultaneously receives communication requests of two communication terminals, and communicates with one communication terminal while receiving another An application scenario of a communication request of a communication terminal. The method includes the following steps:

S102: The multimode device performs first voice communication with the first communication party in the first mode.

S104: The multimode device simultaneously performs the second voice communication with the second communication party in the second mode.

Wherein the first mode indicates that the multimode device uses the audio system to perform the first voice communication with the first communication party; the second mode indicates that the multimode device uses the non-audio system to perform the second voice communication with the second communication party, or multimode The device mixes the audio system and the non-audio system for second voice communication with the second party.

In the above steps, the first communication party and the second communication party refer to different communication terminals. For example, the first communication party may be a walkie-talkie, and the second communication party may be a smart phone.

In this embodiment, the audio system includes an earpiece/microphone configured by the multi-mode device itself. Of course, the audio system also includes an audio playback device that is matched with the multi-mode device and is isolated from the microphone configured by the multi-mode device and does not affect each other. For example, headphones.

Through the implementation of the above embodiment, the multi-mode device can realize simultaneous communication, and can acquire two modes of voice communication at the same time, and adopt only one audio system without additional hardware cost. Further, when the multi-mode device communicates with different communication terminals at the same time, the audio system is preferentially used to perform voice communication with the first communication party to ensure normal voice communication with the first communication party while maintaining the voice of the second communication party. Communication is smooth.

Further, in an embodiment, referring to FIG. 2, if the audio system used by the user includes the earphone and the microphone, the first mode communication of the multimode device with the first communication party in the first mode includes:

Sub-step S1021: when the first voice communication is in a transmitting state, the multi-mode device acquires a voice signal using a microphone in the audio system, and transmits the voice signal acquired by the microphone to the first communication party;

Sub-step S1021: When the first voice communication is in the receiving state, the multi-mode device receives the voice signal transmitted by the first communication party, and plays the voice signal sent by the first communication party using the earphone in the audio system.

In other embodiments, if the audio system used by the user includes an earpiece and a microphone, at this time, the multimode device uses the microphone to acquire the voice signal, and when receiving the voice signal sent by the first communication party, uses the earpiece to play the first communication party. The voice signal sent.

It should be noted that the sub-step S1021 and the sub-step S1022 do not have a chronological relationship.

While the multimode device is in the first voice communication with the first communicating party, in one embodiment, the second mode indicates that the multimode device uses the non-audio system to perform the second voice communication with the second communicating party, regardless of the multimode device The first voice communication with the first communication party is in a transmitting state or a receiving state. At this time, referring to FIG. 2, the multi-mode device simultaneously performing the second voice communication with the second communication party in the second mode includes:

Sub-step S1041: The multi-mode device acquires text information input by the user, converts the input text information into a voice signal, and transmits the converted voice signal to the second communication party.

Sub-step S1042: When receiving the voice signal transmitted by the second communication party, the voice signal transmitted by the second communication party is converted into text information, and the converted text information is displayed.

In the above sub-step S1041, the multi-mode device needs to transmit the voice to the second communication party, and in the sub-step S1042, the multi-mode device receives the voice transmitted by the second communication party. Sub-step S1041 and sub-step S1042 perform no chronological relationship.

In this embodiment, the text information can be converted into a voice signal by using a software part of the multi-mode device, that is, a non-audio system is used to perform voice communication with the second communication party, and the voice communication between the multi-mode device and the first communication party is performed. Without effect, it can be seen that the multimode device can simultaneously acquire information of two voice communications and use only one audio system, and guarantees that the voice communication between the priority and the first party uses the audio system.

In another embodiment, the second mode indicates that the multimode device mixes the audio system and the non-audio system to perform second voice communication with the second communication party, the first voice communication uses the audio system or not, and accordingly, the second voice The communication is also different. The following describes the first voice communication between the multimode device and the second communication party in the second mode when the first voice communication is in a different state.

When the first voice communication is in the receiving state, that is, the multimode device uses the earpiece/headphone in the audio system to perform the first voice communication with the first communication party, and if the multimode device needs to simultaneously send the voice to the second communication party, Referring to FIG. 2, the multi-mode device simultaneously performs the second voice communication with the second communication party in the second mode, including:

Sub-step S1043: When the first voice communication is in the receiving state, the multi-mode device acquires the voice signal using the audio system, and transmits the acquired voice signal to the second communication party.

In this embodiment, when the first voice communication is in the receiving state, the multimode device plays the voice signal sent by the first communication party by using the earpiece/earphone in the audio system when receiving the voice signal sent by the first communication party. At this time, the multi-mode device performs second voice communication with the second communication party, and uses the audio system to acquire the voice signal, that is, uses the microphone to acquire the voice signal, thereby completing the second voice communication, and effectively utilizing the audio system to enable communication with the second voice. diversification. Further, since the multimode device uses the earpiece in the audio system to play the voice signal sent by the first communication party, the played voice enters the microphone, and the multimode device uses the microphone to obtain the second voice communication. For the voice signal, it can be seen that, for the microphone, the voice signal sent by the first communication party and the voice signal acquired by the second voice communication are voice aliased, and then the useless voice signal is sent during the second voice communication, thereby Affecting the communication quality of the second voice communication, preferably, when the first voice communication is in the receiving state, the multimode device plays the voice signal sent by the first communication party, and uses the earphone in the audio system to play the first communication party to send voice signal.

Further, referring to FIG. 2, if the multimode device receives the voice signal sent by the second communication party, the multimode device simultaneously performs the second voice communication with the second communication party in the second mode, including:

Sub-step S1044: Upon receiving the voice signal transmitted by the second communication party, the multi-mode device converts the voice signal transmitted by the second communication party into text information, and displays the converted text information.

It can be seen that when the first voice communication is in the receiving state, the multi-mode device performs the second voice communication with the second communication party, and when the second voice communication is in the transmitting state, the multi-mode device utilizes the audio system to effectively utilize the audio of the multi-mode device. When the second voice communication is in the receiving state, the multi-mode device utilizes the non-audio system to effectively ensure that the multi-mode device preferentially uses the microphone in the audio system to perform the first voice communication with the first communication party.

When the first voice communication is in the transmitting state, that is, the multimode device uses the microphone in the audio system to perform the first voice communication with the first communication party, referring to FIG. 2, if the multimode device needs to simultaneously send the voice to the second communication party, At this time, the multi-mode device simultaneously performs the second voice communication with the second communication party in the second mode, including:

Sub-step S1045: When the first voice communication is in the transmitting state, the multi-mode device acquires the text information input by the user, converts the input text information into a voice signal, and transmits the converted voice signal to the second communication party.

Sub-step S1046: When receiving the voice signal transmitted by the second communication party, the voice signal sent by the second communication party is converted into text information, and the converted text information is displayed.

It can be seen that when the first voice communication is in the transmitting state, the multi-mode device performs the second voice communication with the second communication party, and when the second voice communication is in the transmitting state, the multi-mode device utilizes the non-audio system to effectively ensure the priority of the multi-mode device. Using a microphone in the audio system to perform first voice communication with the first communication party; while the second voice communication is in a receiving state, the multimode device still utilizes the non-audio system to avoid interference of the second voice communication with the first voice communication, Thereby ensuring the communication quality of the first voice communication.

It should be noted that the foregoing sub-steps S1041-S1046 perform no chronological relationship, and S1041-S1046 only indicate that the above-mentioned sub-steps exist, and does not indicate that the above-mentioned sub-steps are sequentially executed in the order of the arrangement or the sequence shown in the figure.

Further, in the above embodiment, the first voice communication is on the first frequency band, and the second voice communication is on the second frequency band, wherein the first frequency band is smaller than the second frequency band. The first voice communication and the second voice communication sample different bandwidths to transmit communication information, such as voice signals, for example, the first voice communication transmits the voice signal in a narrow band, and the second voice communication transmits the voice signal in a wide band.

As shown in FIG. 3, it is a flowchart of the second embodiment of the communication method of the multi-mode device of the present invention. The difference between the embodiment and the foregoing embodiment is that the communication method of the multi-mode device further includes:

Step S306: detecting whether the first voice communication ends;

Step S308: If the first voice communication ends, the multimode device performs the second voice communication with the second communication party in the first mode.

In step S306, if the first voice communication ends, step S308 is performed, and if no, step S302 is performed.

In step S308, when the first voice communication ends, the multimode device performs the second voice communication with the second communication party in the first mode, that is, the multimode device uses the audio system to implement the second voice communication, thereby further effectively securing the multimode device. The first voice communication is preferentially performed with the first communication party using the audio system, and the audio system is further effectively utilized.

Step S302 and step S304 are the same as steps S102 and S104 in the above embodiment, and the related content is described in detail in the above embodiment.

As shown in FIG. 4, it is a schematic structural diagram of an embodiment of a multimode device of the present invention. The multimode device 400 can implement communication with different communication terminals, and can be a communication terminal, or a communication intermediate device or the like. The multimode device 400 includes a first communication circuit 410 and a second communication circuit 420, wherein:

The first communication circuit 410 is configured to perform first voice communication with the first communication party in the first mode;

The second communication circuit 420 is configured to perform second voice communication with the second communication party in the second mode while the first communication circuit 410 performs the first voice communication with the first communication party in the first mode;

Wherein the first mode indicates that the first communication circuit 410 uses the audio system to perform first voice communication with the first communication party; the second mode indicates that the second communication circuit 420 uses the non-audio system to perform second voice communication with the second communication party Or the second communication circuit 420 mixes the audio system and the non-audio system to perform second voice communication with the second communication party.

In this embodiment, the first communication circuit 410 and the second communication circuit 420 respectively adopt different access technologies, for example, the first communication circuit 410 adopts narrowband access, the second communication circuit 320 adopts broadband access, and then the first communication The circuit 410 transmits the communication information in a narrow band, and the second communication circuit 420 transmits the communication information in a wide band. The first communication party and the second communication party refer to different communication terminals, for example, the first communication party may be a walkie-talkie, and the second communication party may be a smart phone.

Further, in this embodiment, the audio system includes an earpiece/microphone configured by the multi-mode device itself. Of course, the audio system also includes audio that is paired with the multi-mode device and is isolated from the microphone configured by the multi-mode device and does not affect each other. A playback device, such as a headset.

The first communication circuit 410 includes a first transmitter 411 and a first receiver 412. If the audio system used by the user includes an earphone and a microphone, specifically:

The first transmitter 411 is configured to acquire a voice signal using a microphone in the audio system when the first voice communication is in a transmitting state, and send the voice signal acquired by the microphone to the first communication party.

The first receiver 412 is configured to receive a voice signal sent by the first communication party when the first voice communication is in the receiving state, and play the voice signal sent by the first communication party using the earphone in the audio system.

If the audio system used by the user includes an earpiece and a microphone, the first transmitter 411 acquires voice using a microphone in the audio system, and the first receiver 412 plays the first communication party using the earpiece when receiving the voice signal sent by the first communication party. The voice signal sent.

Further, when the first voice communication is in the receiving state, the first receiver 411 is configured to play the voice signal sent by the first communication party by using the earphone in the audio system when receiving the voice signal sent by the first communication party.

Specifically, the second communication circuit 420 includes a second transmitter 421 and a second receiver 422.

In one embodiment, the second mode indicates that the multimode device uses the non-audio system to perform second voice communication with the second correspondent party, regardless of whether the first voice communication of the multimode device with the first correspondent party is in a transmitting state or a receiving state, The second transmitter 421 is configured to acquire text information input by the user, convert the input text information into a voice signal, and send the converted voice signal to the second communication party. The second receiver 422 is configured to convert the voice signal sent by the second communication party into text information when the voice signal sent by the second communication party is received, and display the converted text information.

In another embodiment, the second mode indicates that the multimode device 400 mixes the audio system and the non-audio system for second voice communication with the second party. When the first voice communication is in the receiving state, that is, the multimode device uses the earpiece/headphone in the audio system to perform the first voice communication with the first communication party, and if the multimode device needs to simultaneously send the voice to the second communication party, The second transmitter 421 is configured to acquire a voice signal by using an audio system when the first voice communication is in a receiving state, and send the acquired voice signal to the second communication party. If the multi-mode device receives the voice signal sent by the second communication party, the second receiver 422 is configured to convert the voice signal sent by the second communication party into text when receiving the voice signal sent by the second communication party. Information and display the converted text information.

When the first voice communication is in a transmitting state, that is, the multimode device uses a microphone in the audio system to perform first voice communication with the first communication party, and if the multimode device needs to simultaneously send voice to the second communication party, at this time, The second transmitter 421 is configured to acquire text information input by the user when the first voice communication is in a transmitting state, and convert the input text information into a voice signal, and send the converted voice signal to the second communication party. When the first voice communication is in the transmitting state, if the multimode device receives the voice signal sent by the second communication party, the second receiver 422 is configured to receive the voice signal sent by the second communication party. The voice signal sent by the second party is converted into text information, and the converted text information is displayed.

Further, in the embodiment, the multimode device 400 further includes a controller 430, configured to detect whether the first communication circuit 410 stops working, and control the second communication circuit when the first communication circuit 410 stops working. 420 performs a second voice communication with the second party in the first mode.

Corresponding devices of the foregoing multi-mode device may be correspondingly used to perform the steps in the foregoing method embodiments. For specific description, refer to the description of the foregoing method embodiments.

FIG. 5 is a schematic structural diagram of an embodiment of a communication terminal according to the present invention. The communication terminal 500 is configured to simultaneously communicate with a first communication party and a second communication party, where the first communication party and the second communication party refer to different The communication device, for example, the first communication party may be a walkie-talkie, the second communication party may be a smart phone, and the first communication party and the second communication party may be the same as or different from the communication terminal. The communication terminal 500 includes a first transceiver 510, a second transceiver 520, a processor 530, a memory 540, and a bus 550, wherein the first transceiver 510, the second transceiver 520, and the memory 540 are connected to one another via a bus 550.

Bus 550 can be a peripheral component interconnect standard (English: Peripheral Component Interconnect, abbreviation: PCI) bus or extended industry standard structure (English: Extended Industry Standard Architecture, abbreviation: EISA) bus, etc. The bus can be divided into an address bus, a data bus, a control bus, and the like. For ease of representation, only one thick line is shown in Figure 5, but it does not mean that there is only one bus or one type of bus.

The memory 540 is used to store programs. In particular, the program can include program code, the program code including computer operating instructions. Memory 540 may include high speed random access memory memory and may also include non-volatile memory, such as at least one disk storage.

The first transceiver device 510 is configured to perform first voice communication with the first communication party in the first mode;

The second transceiver device 520 is configured to perform second voice communication with the second communication party in the second mode while the first transceiver device performs the first voice communication with the first communication party in the first mode;

The first mode indicates that the first transceiver device 510 uses the audio system to perform first voice communication with the first communication party; the second mode indicates that the second transceiver device 520 uses the non-audio system to perform second voice communication with the second communication party. Or the second transceiver 520 mixes the audio system and the non-audio system to perform second voice communication with the second party.

In this embodiment, the first transceiver 510 and the second transceiver 520 respectively use different access technologies. For example, the first transceiver 510 uses narrowband access, and the second transceiver 520 uses broadband access, and then the first transceiver. The device 510 transmits the communication information in a narrow band, and the second transceiver device 520 transmits the communication information in a wide band. The first transceiver 510 includes a first transmitter 511 and a first receiver 512, and the second transceiver 520 includes a second transmitter 521 and a second receiver 522, which are respectively operative to perform the steps in the foregoing method embodiments. For specific description, please refer to the description of the above method embodiment.

The processor 530 may be a central processing unit executing a program stored in the memory 540 for detecting whether the first transceiver device 510 stops working, and controlling the second transceiver device 520 to be the first when the first transceiver device 510 stops working. The mode performs a second voice communication with the second communicating party.

The first transceiver device and the second transceiver device of the foregoing communication terminal may be corresponding to the steps in the foregoing method embodiment. For specific description, refer to the description of the foregoing method embodiment.

The above is only the embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformation made by the specification and the drawings of the present invention may be directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims

A communication method for a multimode device, comprising:

The multimode device performs a first voice communication with the first correspondent party in a first mode;

The multimode device simultaneously performs a second voice communication with the second communication party in a second mode;

Wherein the first mode indicates that the multimode device uses an audio system to perform first voice communication with the first communication party; the second mode indicates that the multimode device uses a non-audio system to The second communication party performs the second voice communication, or the multimode device mixes the audio system and the non-audio system to perform the second voice communication with the second communication party.
The method of claim 1 wherein said multimode device simultaneously performs a second voice communication with said second party in a second mode comprises:

When the first voice communication is in a transmitting state, the multimode device acquires text information input by the user, and converts the input text information into a voice signal, and sends the converted voice signal to the second Communication party.
The method of claim 1 wherein said multimode device simultaneously performs a second voice communication with said second party in a second mode comprises:

When the first voice communication is in a receiving state, the multimode device acquires a voice signal using an audio system, and transmits the acquired voice signal to the second communication party.
The method of claim 3 wherein said audio system comprises an earphone and a microphone.
The method according to claim 4, wherein said multi-mode device performs first voice communication with said first correspondent party in a first mode comprises:

When the first voice communication is in a transmitting state, the multimode device acquires a voice signal using the microphone in the audio system, and transmits the voice signal acquired by the microphone to the first communication party;

When the first voice communication is in a receiving state, the multimode device receives a voice signal sent by the first communication party, and plays the voice signal sent by the first communication party using the earphone in the audio system.
The method of claim 1 wherein said multimode device simultaneously performs a second voice communication with said second party in a second mode comprises:

The multimode device acquires text information input by the user, and converts the input text information into a voice signal, and sends the converted voice signal to the second communication party.
The method of claim 1 wherein said multimode device simultaneously performs a second voice communication with said second party in a second mode comprises:

And receiving the voice signal sent by the second communication party, converting the voice signal sent by the second communication party into text information, and displaying the converted text information.
The method of claim 1 further comprising:

Detecting whether the first voice communication ends;

And if the first voice communication ends, the multimode device performs second voice communication with the second communication party in the first mode.
The method according to any one of claims 1-8, wherein the first voice communication is on a first frequency band and the second voice communication is on a second frequency band, wherein the first frequency band is smaller than The second frequency band is described.
A multi-mode device, wherein the multi-mode device is configured to simultaneously communicate with a first communication party and a second communication party, including:

a first communication circuit, configured to perform first voice communication with the first communication party in a first mode;

a second communication circuit, configured to perform a second voice with the second communication party in the second mode while the first communication circuit performs the first voice communication with the first communication party in the first mode Communication

Wherein the first mode indicates that the first communication circuit uses an audio system to perform first voice communication with the first communication party; and the second mode indicates that the second communication circuit uses a non-audio system to The second communication party performs the second voice communication, or the second communication circuit mixes the audio system and the non-audio system to perform the second voice communication with the second communication party.
A multimode apparatus according to claim 10, wherein said second communication circuit comprises a second transmitter for acquiring text input by a user when said first voice communication is in a transmitting state And converting the input text information into a voice signal, and transmitting the converted voice signal to the second communication party.
A multimode apparatus according to claim 10, wherein said second communication circuit includes a second transmitter, said transmitting unit is operative to utilize said multimode device when said first voice communication is in a receiving state The audio system acquires a voice signal and transmits the acquired voice signal to the second party.
A multimode apparatus according to claim 12, wherein said audio system comprises an earphone and a microphone;

The first communication circuit includes:

a first transmitter, configured to: when the first voice communication is in a transmitting state, acquire a voice signal by using a microphone in the audio system, and send the voice signal acquired by the microphone to the first communication party;

The first receiver is configured to receive a voice signal sent by the first communication party when the first voice communication is in a receiving state, and play the voice signal sent by the first communication party by using an earphone in the audio system.
A multimode apparatus according to claim 10, wherein said second communication circuit comprises a second transmitter for acquiring text information input by a user and converting said input text information into And a voice signal, the converted voice signal is sent to the second communication party.
The multimode apparatus according to claim 10, wherein said second communication circuit comprises a second receiver for transmitting a voice signal transmitted by said second communication party The voice signal transmitted by the second communication party is converted into text information, and the converted text information is displayed.
A communication terminal, wherein the communication terminal is configured to simultaneously communicate with a first communication party and a second communication party, including:

a first transceiver, configured to perform first voice communication with the first communication party in a first mode;

a second transceiver, configured to perform a second voice with the second communication party in the second mode while the first transceiver device performs the first voice communication with the first communication party in the first mode Communication

Wherein the first mode indicates that the first transceiver uses an audio system to perform first voice communication with the first party; the second mode indicates that the second transceiver uses a non-audio system to The second communication party performs the second voice communication, or the second transceiver device mixes the audio system and the non-audio system to perform the second voice communication with the second communication party.