WO2017177526A1

WO2017177526A1 - Voice communication device, and voice communication control method

Info

Publication number: WO2017177526A1
Application number: PCT/CN2016/085038
Authority: WO
Inventors: 石功恒
Original assignee: 邦彦技术股份有限公司
Priority date: 2016-04-13
Filing date: 2016-06-07
Publication date: 2017-10-19
Also published as: CN105979061A

Abstract

Disclosed is a voice communication control method applicable to a voice communication device. The voice communication device is integrated with different modes of telephone interfaces, the telephone interfaces comprising a network telephone interface, a loop telephone interface, and/or a fixed-line telephone interface. The method comprises the following steps: acquiring a current telephone call-out mode when a telephone call-out instruction is received; generating a calling data packet according to a call-out number corresponding to the current telephone call-out mode and a called number corresponding to a telephone calling instruction; and outputting the calling data packet by adopting a telephone interface corresponding to the current telephone call-out mode. Also disclosed is a voice communication device. According to the present invention, a voice communication device is compatible with communication functions such as fixed-line telephone communication, network telephone communication, and loop telephone communication.

Description

Voice call device and voice call control method

Technical field

The present invention relates to the field of communications technologies, and in particular, to a voice call device and a voice call control method.

Background technique

With the user's requirements for automation of office equipment, IP access telephones, loop access telephones, and fixed-line telephones belonging to office equipment have become a must for office. These three types of phones with different functions can only be separately connected to their respective telephone systems, resulting in wasted resources. At the same time, because users can only use one phone to process services at the same time, when the user's desk is equipped with multiple of these three different types The function of the phone, and the plurality of these three types of different functions of the phone call at the same time, making it difficult for the user to select the phone to be answered, which brings inconvenience to the user's daily operation. Therefore, the current separation of phones with different functions into their respective telephone systems has limitations.

Summary of the invention

The main object of the present invention is to provide a voice call device and a voice call control method, which aim to solve the problem that the current different functions of the phones are separately connected to the respective telephone systems.

To achieve the above object, the present invention provides a voice call control method suitable for the voice call device, wherein the voice call device integrates different modes of telephone interfaces, and the phone interface includes a network telephone interface, a loop telephone interface, and / or fixed network telephone interface, the voice call control method comprises the following steps:

Obtaining the current call mode when receiving a call by phone;

Generating a call data packet according to an outgoing call number corresponding to the current call mode and a called number corresponding to the call instruction;

The call data packet is output using a telephone interface corresponding to the current telephone call mode.

Preferably, the voice call control method of the voice call device further includes the following steps:

When receiving multiple incoming call information at the same time, the multiple incoming call incoming information is queued to generate an incoming call information queue;

Each of the incoming call information is sequentially called according to the incoming call information queue, wherein when the incoming call is disconnected, the next incoming call information is called according to the incoming information queue.

Preferably, when receiving the call instruction, the step of acquiring the current call mode further includes:

When receiving the call instruction, determining whether the voice call device is in a power-on state;

When the voice call device is in a power-on state, displaying a selection interface for the user to select a phone call mode;

Upon receiving the selection operation triggered based on the selection interface, the phone call mode corresponding to the selection operation is the current phone call mode.

Preferably, after the step of determining whether the voice call device is in a power-on state, the step of acquiring the current call mode of the call further includes:

And determining, when the voice call device is in an unpowered state, the fixed call mode corresponding to the fixed network phone interface as the current call mode.

Preferably, the step of acquiring the call data packet by using a phone interface corresponding to the phone call mode includes:

After the phone is connected, the audio data input by the earpiece is collected, and the collected audio data is compressed to generate a first call data packet, and the call data packet is output through a telephone interface corresponding to the current call mode;

When the second call data packet is received by the telephone interface corresponding to the current telephone call mode, the received second call data packet is decompressed and output through the handset.

In addition, in order to achieve the above object, the present invention further provides a voice call device, which is integrated with different modes of telephone interfaces, including a network telephone interface, a loop telephone interface, and/or a fixed network telephone interface. The voice call device includes:

An obtaining module, configured to acquire a current call mode when receiving an outgoing call instruction;

a generating module, configured to generate a call data packet according to an outgoing call number corresponding to the current call mode and a called number corresponding to the call instruction;

And an output module, configured to output the call data packet by using a telephone interface corresponding to the current telephone call mode.

Preferably, the voice call device further includes:

a generating module, configured to queue the multiple incoming call information when the multiple incoming call information is received at the same time, to generate an incoming call queue;

The incoming call module is configured to sequentially input the respective incoming call information according to the incoming call information queue, wherein, when the incoming call is disconnected, the next incoming call is invoked according to the incoming information queue. information.

Preferably, the obtaining module comprises:

a determining unit, configured to determine, when receiving the call instruction, whether the voice call device is in a power-on state;

a display unit, configured to display a selection interface for the user to select a call mode when the voice call device is in a power-on state;

The first determining unit is configured to: when the selection operation triggered based on the selection interface is received, the phone call mode corresponding to the selection operation is the current phone call mode.

Preferably, the voice call device further includes:

Preferably, after the determining unit is invoked, the acquiring module further includes:

The second determining unit is configured to determine, when the voice call device is in an unpowered state, the fixed call mode corresponding to the fixed network phone interface as the current call mode.

Preferably, the voice call device further includes:

Preferably, the output module comprises:

a first output unit, configured to collect audio data input by the earpiece after the phone is turned on, and compress the collected audio data to generate a first call data packet, and the call data packet is corresponding to the current call mode Telephone interface output;

The second output unit is configured to: when the second call data packet is received by the telephone interface corresponding to the current call mode, the second call data packet is decompressed and output through the handset.

Preferably, the voice call device further includes:

The invention acquires the current telephone call mode when receiving the telephone call out command, generates a call data packet according to the outgoing call number corresponding to the current telephone call mode and the called number corresponding to the call instruction, and adopts a call corresponding to the current telephone call mode. The telephone interface outputs the call data packet, so that the voice call device is compatible with the call functions of the fixed line telephone call, the network telephone call, and the loop call, and the fixed telephone call function is retained, and the network telephone call can be selected based on the user's will. The function or loop call function reduces the number of users' desktop voice call devices.

DRAWINGS

1 is a schematic flowchart of a first embodiment of a voice call control method applicable to a voice call device according to the present invention;

2 is a schematic structural diagram of a voice call device according to the present invention;

3 is a schematic flowchart of a refinement step of step S10 in the first embodiment of the voice call control method of the present invention;

4 is a schematic flowchart of a refinement step of step S30 in the first embodiment of the voice call control method of the present invention;

5 is a schematic flowchart of a second embodiment of a voice call control method applicable to a voice call device according to the present invention;

6 is a schematic diagram of functional modules of a first embodiment of a voice call device according to the present invention;

7 is a schematic diagram of functional modules of an acquisition module in a second embodiment of a voice call device according to the present invention;

8 is a schematic diagram of functional modules of an output module in a third embodiment of a voice call device according to the present invention;

FIG. 9 is a schematic diagram of functional modules of a fourth embodiment of a voice communication device according to the present invention.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Based on the above problems, the present invention provides a voice call control method suitable for a voice call device.

Referring to FIG. 1, FIG. 1 is a schematic flowchart diagram of a first embodiment of a voice call control method applicable to a voice call device according to the present invention.

Step S110: Acquire a current call mode when receiving a call by the phone;

Referring to FIG. 2, FIG. 2 is a schematic structural diagram of a voice call device according to the present invention. In this embodiment, the voice call device is integrated with a phone interface of different modes, and the phone interface includes a network phone interface 60, a loop phone interface 70, and a fixed network phone interface 80. The user inputs a phone number on the voice call device, and the phone module The dialing unit 40 receives the telephone number input signal, and when the user dials in the predetermined time, the telephone module 40 triggers the telephone call out command, and sends the telephone call out command to the human-machine switching module 20 through the call control module 40, so that the The human-machine switching module 20 in the voice-talking device displays the call-out mode currently recorded by the voice-talking device based on the call-out command, and after the human-machine switch module 20 in the voice-talking device receives the call-out mode input by the user, The call mode is sent to the call control module 10 for the call control module 10 to acquire the call mode and use the call mode as the current call mode.

Step S120: Generate a call data packet according to the outgoing call number corresponding to the current call mode and the called number corresponding to the call instruction.

After the call control module 10 obtains the current call mode, the call control module 10 packs the call number dialed by the current call mode and the called number corresponding to the phone call command to generate a call data packet.

It should be noted that before selecting the call mode, the user needs to pre-determine whether the currently dialed phone number is a phone number that can only be communicated through the IP network. The user correctly determines that the phone number is a call that can only be made through the IP network. After the number, the user selects the network telephone call out mode in the outgoing call selection window popped up by the human interaction module 10 to make a call.

Step S130, outputting a call data packet by using a telephone interface corresponding to the current telephone call mode.

After the call control module 10 obtains the current call mode, the call control module 10 turns on the telephone interface corresponding to the current call mode, and outputs the call data packet by using a telephone interface corresponding to the current call mode.

In this embodiment, when the call release command is received, the current call mode is obtained, and the call data packet is generated according to the call number corresponding to the current call mode and the called number corresponding to the call instruction, and corresponds to the current call mode. The telephone interface outputs the call data packet, so that the voice call device is compatible with the call functions of the fixed line telephone call, the network telephone call and the loop call, and the fixed telephone call function is retained, and the network telephone can be selected based on the user's will. The call function or loop call function reduces the number of users' desktop voice call equipment.

Further, based on the first embodiment, please refer to FIG. 3, which is a schematic flowchart of the refinement step of step S110 in the first embodiment of the present invention. The refinement step of step S110 includes:

Step S111, when receiving the call instruction of the telephone, determining whether the voice call device is in a power-on state;

Step S112, when the voice call device is in the power-on state, displaying a selection interface for the user to select the phone call mode;

In this embodiment, when the call control module 10 receives the call instruction, the call control module 10 determines whether the voice call device is in the power-on state, and if so, the call control module 10 receives the call command sent by the dialing unit. And sending the outgoing call instruction to the human-machine switching module 20 through the network switching module 30. When receiving the outgoing call instruction, the human-machine switching module 20 displays a call-out selection window according to the outgoing call instruction, and the call is selected in the call window. Includes phone call mode for users to view. After the human-machine interaction module 20 pops up the call-out selection window including the call-out mode, the user selects the call-out mode according to his/her own intention, and the human-machine interaction module 20 calls the call after acquiring the call mode selected by the user. The mode is fed back to the call control module 10 through the network switching module 30.

Step S113, when receiving the selection operation triggered by the selection interface, the phone call mode corresponding to the selection operation is the current phone call mode.

When the human-machine switching module 20 receives the network telephone call-out mode selected by the user in the pop-up call-out selection window, the voice-talking device performs a telephone call out in the network telephone call-out mode, and the human-machine interaction module 20 calls the network telephone call. The mode is sent to the telephone switching module 50 through the call control module 10, and the network telephone call mode is used as the current telephone call mode.

When the human-machine interaction module 20 receives the loop telephone call-out mode selected by the user in the pop-up call-out selection window, the voice-talking device performs a telephone call-out in a loop-phone call-out mode, and the human-machine interaction module 20 and the ring The telephone call mode is sent to the telephone switching module 50 through the call control module 10, and the loop telephone call mode is used as the current telephone call mode.

It should be noted that the connection location of the loop telephone line on the current loop telephone interface 70 is collected by the telephone switching module 50 and stored in the configuration file of the voice call device storage space. For example, the current loop telephone interface 71 corresponds to the telecommunication service, and the current loop telephone interface 72 corresponds to the Telecommunication service, and then the telephone switch module 50 will collect the connected position of the current loop telephone interface (the loop telephone interface 71 and the loop). The phone interface 72) is stored in the configuration file. When the voice calling device is in use, the telephone switching module 50 acquires the configuration file, and detects the connection location of the loop telephone line on the current loop telephone interface 70 from the configuration file. After the telephone switching module 50 detects the connection location of the loop telephone line on the current loop telephone interface 70 from the configuration file, the connection location of the loop telephone line is sent to the human-machine switching module 20 through the network switching module for The human-machine switching module 20 displays the connection location of the loop telephone line.

In this embodiment, when the call instruction is received, it is determined whether the voice call device is in the power-on state. When the voice call device is in the power-on state, the display selection interface is displayed for the user to select the call mode, and the trigger is triggered based on the selection interface. When the selection operation is performed, the phone call mode corresponding to the operation is selected as the current call mode. Since the display phone call mode selection window in the human-computer interaction module provides one or more phone call-out modes, as long as the user selects one of the phone call-out modes, the phone exchange mode is controlled according to the phone call-out mode to select the phone call-out mode. The phone interface calls out the phone number, eliminating the need for the user to use a different phone to call out the phone number.

Further, based on step S110, the step S110 specifically includes: determining that the fixed-line call mode corresponding to the fixed-line telephone interface is the current call-out mode when the voice-talking device is in the unpowered state.

After receiving the call instruction, determining whether the voice call device is in the power-on state, when the voice call device is in the unpowered state, the phone module 40 is connected to the fixed-line phone interface 80, and the phone module 40 is provided with The dialing unit, when the voice calling device is powered off, the human-machine interaction module 20, the network switching module 30, the call control module 10, and the telephone switching module 70 are all unavailable, and the telephone module 40 directly accesses the program-controlled switch through the fixed-line telephone interface 80. As a normal telephone, and determine the fixed-line call mode corresponding to the fixed-line telephone interface as the current call-out mode.

In this embodiment, when the voice call device is in an unpowered state, the fixed call mode corresponding to the fixed network phone interface is determined as the current call mode, so that the function of the voice call device to dial the ordinary call is not affected, and the voice is ensured. The call device can still make calls in an emergency.

Further, based on the first embodiment, please refer to FIG. 4, which is a schematic flowchart of the refinement step of step S130 in the first embodiment of the present invention. The refinement step of step S130 includes:

Step S131, after the phone is connected, collecting the audio data input by the earpiece, and compressing the collected audio data to generate a first call data packet, and outputting the first call data packet through a telephone interface corresponding to the current call mode;

In this embodiment, the first call data packet is the compressed voice information collected by the telephone module 40 when the voice call device is in a call, and the compressed outgoing voice information is sent to the telephone receiving end. When the call control module 10 receives the loop telephone call mode sent by the human-machine interaction module 20, the loop telephone call-out mode is sent to the telephone exchange module 50. After the call is dialed, during the call of the user, the telephone module 40 Collecting the outgoing voice information input by the user, and sending the outgoing voice information to the telephone switching module 50, for the telephone switching module 50 to compress the outgoing voice information, and the telephone switching module 50 exhales the compressed according to the loop telephone calling mode. Call out voice messages. The telephone switching module 50 also samples, quantizes, encodes, and compresses the outgoing voice information, and performs echo cancellation, noise suppression, comfort noise generation, and voice enhancement on the outgoing voice information during the call.

After the call control module 10 receives the network call mode sent by the human-machine interaction module 20, the network call mode is sent to the phone exchange module 50. After the call is made, the phone module 40 collects the user during the call. The incoming outgoing voice information is sent to the telephone switching module 50. The telephone switching module 50 compresses the received outgoing voice information. Since the current telephone outgoing mode received by the telephone switching module 50 is the network telephone outgoing mode, the telephone switching module 50 converts the compressed outgoing voice according to the network telephone calling mode. The information is sent to the network switching module 30. After receiving the compressed outgoing voice information, the network switching module 30 uses the user datagram protocol (User The Datagram Protocol (UDP) packs the compressed outgoing voice information, and sends the packaged outgoing voice information to the voice call peer.

It should be noted that the telephone switching module 50 also samples, quantizes, encodes, and compresses the outgoing voice information, and performs echo cancellation, noise suppression, comfort noise generation, and voice enhancement on the outgoing voice information during the call.

Step S132: When receiving the second call data packet through the telephone interface corresponding to the current telephone call mode, the received second call data packet is decompressed and output through the handset.

The second call data packet is encapsulated incoming voice information sent by the telephone receiving end to the voice talking device. When the incoming call information is incoming through the loop telephone interface 70, the telephone exchange module 50 receives the incoming voice information, and the call control module 10 controls the telephone switching module 50 to decompress the received incoming voice information. The telephone switching module 50 samples and quantizes the incoming voice information. The call control module 10 will control the phone module 40 to send the decompressed incoming voice information to the phone module 40, so that the phone module 40 can play the decompressed incoming voice information.

When the incoming call information is incoming through the network telephone interface 60, the network switching module 30 receives the incoming voice information, and the call control module 10 controls the network switching module 30 to decode the received incoming voice information using the UDP protocol, and Controlling the network switching module 30 to send the decoded incoming voice information to the telephone switching module 50. When the telephone switching module 50 receives the decoded incoming voice information, the call control module 10 controls the telephone switching module 50. The decoded incoming voice information is decompressed, and the telephone switching module 50 is controlled to send the decompressed incoming voice information to the telephone module 40, so that the telephone module 40 plays the decompressed incoming voice information.

In this embodiment, after the phone is connected, the audio data input by the earpiece is collected, and the collected audio data is compressed to generate a first call data packet, and the first call data packet is output through a telephone interface corresponding to the current call mode. When the second call data packet is received by the telephone interface corresponding to the current telephone call mode, the received second call data packet is decompressed and output through the handset, which simplifies the user's telephone call out operation.

Further, based on any of the foregoing embodiments, please refer to FIG. 5, which is a schematic flowchart of a second embodiment of a voice call control method applicable to a voice call device according to the present invention. In the second embodiment, a voice call is used. The voice call control method of the device further includes:

Step S210: When multiple incoming call information is received at the same time, multiple incoming call incoming information is queued to generate an incoming call information queue;

Step S220: Invoke each of the telephone incoming call information according to the incoming call information queue, wherein when the incoming call is disconnected, the next incoming call information is called according to the incoming information queue.

In this embodiment, when the telephone exchange module 50 receives a plurality of telephone incoming calls at the same time, the call control module 10 controls the telephone exchange module 50 to queue the plurality of telephone incoming call information, and sends a queuing tone to the incoming call of the telephone. The call control module 10 controls the telephone exchange module to sequentially call the phone corresponding to the call incoming information according to the incoming call incoming information. Wherein, the voice call device receives multiple phone calls at the same time, including multiple phone calls when the phone call is not connected, and multiple phone calls when the phone call is turned on.

In this embodiment, when multiple incoming call information is received at the same time, multiple incoming call information is queued to generate an incoming call queue, and each incoming call information is sequentially called according to the incoming information queue. When the incoming call is disconnected, the next incoming call information is forwarded according to the incoming information queue, thereby avoiding the occupation of resources in the telephone line when multiple incoming calls are made, so that the voice call is smoother and the call is guaranteed. quality.

The invention further provides a voice call device.

Referring to FIG. 6, FIG. 6 is a schematic diagram of functional modules of a first embodiment of a voice call device according to the present invention.

In this embodiment, the voice call device includes: an obtaining module 110, a generating module 120, and an output module 130.

The obtaining module 110 is configured to acquire a current call mode when receiving a call by the phone;

Referring to FIG. 2, FIG. 2 is a schematic structural diagram of a voice call device according to the present invention. The voice call device further includes: a telephone module 40, a network telephone interface 60, a loop telephone interface 70, a fixed network telephone interface 80, a human-machine interaction module 20, a network switching module 30, a telephone switching module 50, and a call control module 10; 20 is connected to the telephone exchange module 50 and the fixed line telephone interface 80 respectively; the telephone exchange module 50 is connected to the loop telephone interface 70, the fixed line telephone interface 80 and the network switching module 30; the network switching module 30 is connected to the network telephone interface 60 and the person respectively. The machine interaction module 20 is connected; the call control module 10 is connected to the telephone exchange module 50, the network switching module 30, and the human-machine interaction module 20.

In this embodiment, the call control module 10 is configured to receive a request instruction based on a user inputting a dial signal and receiving a call mode based on a user selected on a display screen of the human-machine interaction module 20, and control call queuing and service processing, for example, At the same time, there are multiple incoming calls, and the call control module 10 can control the call queue and send the queued tone information to the caller. The network switching module 30 is configured to control other modules of the voice call device to work together to implement data exchange, and is used for sending out outgoing voice information and receiving incoming voice information, and using the UDP protocol to package outgoing voice information and incoming voice information. The unpacking; the human-computer interaction module 20 is configured to display the received user-entered dialing information and external incoming telephone information, and is used to display a telephone outgoing mode, the telephone calling mode including a network telephone calling mode and a loop telephone calling out a mode, and the human-machine interaction module 20 is provided with a touch input unit for dialing, so that the human-machine interaction module can receive the touch input signal of the user; and the telephone exchange module 50 is configured to collect the outgoing voice information collected by the compressed telephone module 40. And decoding external incoming voice information, and is used for sampling, quantizing, encoding, and decoding voice information, and also providing access functions of loop telephone and fixed line telephone; and telephone module 40 is configured to collect outgoing voice information and play by user input. External incoming voice information and hands-free function; network telephone interface 60 and network cable There may be multiple loop telephone interfaces 70, and each loop telephone interface 70 can respectively connect different services, for example, the loop telephone interface 71 is connected to the telecommunication service, the loop telephone interface 72 is connected to the Tietong service; and the fixed line telephone interface 80 is Connect to the fixed line telephone line.

The user inputs a phone number on the voice call device, and the dialing unit in the phone module 40 receives the phone number input signal. When the user dials in a predetermined time, the phone module 40 triggers the phone call instruction and calls the call by the call. The control module 40 sends the human-machine switching module 20 to the human-machine switching module 20, so that the human-machine switching module 20 displays the telephone call-out mode currently recorded by the voice-talking device based on the telephone call-out command, and the human-machine switching module 20 receives the user in the voice-talking device. After the incoming call mode, the call mode is sent to the call control module 10 for the call control module 10 to acquire the call mode and use the call mode as the current call mode.

The generating module 120 is configured to generate a call data packet according to an outgoing call number corresponding to the current call mode and a called number corresponding to the call instruction of the phone;

The output module 130 is configured to output a call data packet by using a telephone interface corresponding to a current call mode.

The obtaining module 110 is further configured to determine, when the voice call device is in an unpowered state, the fixed call mode corresponding to the fixed network phone interface as the current call mode.

In this embodiment, when the call module receives the call instruction, the acquiring module 110 acquires the current call mode, and the generating module 120 generates a call data packet according to the call number corresponding to the current call mode and the called number corresponding to the call instruction, and the output module. 130 uses the telephone interface corresponding to the current telephone call mode to output a call data packet, so that the voice call device is compatible with the call functions of the fixed line telephone call, the network telephone call, and the loop call, and retains the fixed line telephone call function, and The VoIP call function or the loop call function can be selected based on the user's will, and the number of the user's desktop voice call device is reduced.

Further, based on the foregoing first embodiment, a second embodiment of the voice call device of the present invention is proposed. In this embodiment, referring to FIG. 7, the acquiring module 110 includes a determining unit 111, a display unit 112, and a determining unit 113.

The determining unit 111 is configured to determine, when the phone call instruction is received, whether the voice call device is in a power-on state;

The display unit 112 is configured to display a selection interface for the user to select a call mode when the voice call device is in a power-on state;

The determining unit 113 is configured to, when receiving the selection operation triggered by the selection interface, set the phone call mode corresponding to the selection operation to the current phone call mode.

Further, based on the above-mentioned first embodiment, a third embodiment of the voice communication device of the present invention is proposed. In this embodiment, referring to FIG. 8, the output module 130 includes a first output unit 131 and a second output unit 132.

The first output unit 131 is configured to collect audio data input by the earpiece after the phone is turned on, and compress the collected audio data to generate a first call data packet, and call the first call data packet through the current call. Mode corresponding to the phone interface output;

The second output unit 132 is configured to: after receiving the second call data packet through the phone interface corresponding to the current call mode, decompress the received second call data packet and output the output through the handset.

In this embodiment, after the phone is connected, the audio data input by the earpiece is collected, and the collected audio data is compressed to generate a first call data packet, and the first call data packet is output through a telephone interface corresponding to the current call mode. When the second call data packet is received by the telephone interface corresponding to the current telephone call mode, the received second call data packet is decompressed and output through the handset, and the user's telephone call out operation is simplified.

Further, based on any of the foregoing embodiments, a fourth embodiment of the voice call device of the present invention is provided. In this embodiment, referring to FIG. 9, the voice call device further includes: a generating module 210 and an incoming module 220.

The generating module 210, when receiving a plurality of telephone incoming call information at the same time, queuing a plurality of telephone incoming call information to generate an incoming call information queue;

The incoming call module 220 sequentially calls each of the incoming call information according to the incoming call information queue, wherein when the incoming call is disconnected, the next incoming call information is called according to the incoming information queue.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are 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 voice call control method suitable for a voice call device, characterized in that the voice call device is integrated with different modes of telephone interfaces, and the telephone interface comprises a network telephone interface, a loop telephone interface and/or a fixed network telephone interface. The method includes the following steps:

Obtaining the current call mode when receiving a call by phone;

Generating a call data packet according to the outgoing call number corresponding to the current call mode and the called number corresponding to the call instruction;

The call data packet is output using a telephone interface corresponding to the current telephone call mode.
The voice call control method of the voice call device according to claim 1, wherein the voice call control method of the voice call device further comprises the following steps:

When receiving multiple incoming call information at the same time, the multiple incoming call incoming information is queued to generate an incoming call information queue;

Each of the incoming call information is sequentially called according to the incoming call information queue, wherein when the incoming call is disconnected, the next incoming call information is called according to the incoming information queue.
The voice call control method of a voice call device according to claim 1, wherein the step of acquiring the current call mode of the call when receiving the call instruction of the call comprises:

When receiving the call instruction, determining whether the voice call device is in a power-on state;

When the voice call device is in a power-on state, displaying a selection interface for the user to select a phone call mode;

Upon receiving the selection operation triggered based on the selection interface, the phone call mode corresponding to the selection operation is the current phone call mode.
The voice call control method of the voice call device of claim 3, wherein the voice call control method of the voice call device further comprises the following steps:

When receiving multiple incoming call information at the same time, the multiple incoming call incoming information is queued to generate an incoming call information queue;

Each of the incoming call information is sequentially called according to the incoming call information queue, wherein when the incoming call is disconnected, the next incoming call information is called according to the incoming information queue.
The voice call control method of the voice call device according to claim 1, wherein after the step of determining whether the voice call device is in a power-on state, the step of acquiring the current call mode of the call further comprises:

And determining, when the voice call device is in an unpowered state, the fixed call mode corresponding to the fixed network phone interface as the current call mode.
The voice call control method of the voice call device of claim 5, wherein the voice call control method of the voice call device further comprises the following steps:

When receiving multiple incoming call information at the same time, the multiple incoming call incoming information is queued to generate an incoming call information queue;

Each of the incoming call information is sequentially called according to the incoming call information queue, wherein when the incoming call is disconnected, the next incoming call information is called according to the incoming information queue.
The voice call control method for a voice call device according to claim 1, wherein the step of outputting the call data packet by using a telephone interface corresponding to the current telephone call mode comprises:

After the phone is connected, the audio data input by the earpiece is collected, and the collected audio data is compressed to generate a first call data packet, and the first call data packet is output through a telephone interface corresponding to the current call mode;

When the second call data packet is received by the telephone interface corresponding to the current telephone call mode, the received second call data packet is decompressed and output through the handset.
The voice call control method of the voice call device of claim 7, wherein the voice call control method of the voice call device further comprises the following steps:

When receiving multiple incoming call information at the same time, the multiple incoming call incoming information is queued to generate an incoming call information queue;

Each of the incoming call information is sequentially called according to the incoming call information queue, wherein when the incoming call is disconnected, the next incoming call information is called according to the incoming information queue.
A voice call device, characterized in that the voice call device is integrated with different modes of telephone interfaces, the telephone interface comprises a network telephone interface, a loop telephone interface and/or a fixed network telephone interface, and the voice call device comprises :

An obtaining module, configured to acquire a current call mode when receiving an outgoing call instruction;

a generating module, configured to generate a call data packet according to the outgoing call number corresponding to the current call mode and the called number corresponding to the call instruction;

And an output module, configured to output the call data packet by using a telephone interface corresponding to the current telephone call mode.
The voice call device of claim 9, wherein the voice call device further comprises:

a generating module, configured to queue the multiple incoming call information when the multiple incoming call information is received at the same time, to generate an incoming call queue;

The incoming call module is configured to sequentially input the respective incoming call information according to the incoming call information queue, wherein, when the incoming call is disconnected, the next incoming call is invoked according to the incoming information queue. information.
The voice call device of claim 9, wherein the obtaining module comprises:

a determining unit, configured to determine, when receiving the call instruction, whether the voice call device is in a power-on state;

a display unit, configured to display a selection interface for the user to select a call mode when the voice call device is in a power-on state;

And a determining unit, configured to: when the selection operation triggered based on the selection interface is received, the phone call mode corresponding to the selection operation is the current phone call mode.
The voice call device of claim 11, wherein the voice call device further comprises:

a generating module, configured to queue the multiple incoming call information when the multiple incoming call information is received at the same time, to generate an incoming call queue;

The incoming call module is configured to sequentially input the respective incoming call information according to the incoming call information queue, wherein, when the incoming call is disconnected, the next incoming call is invoked according to the incoming information queue. information.
The voice call device according to claim 9, wherein after the invoking the determining unit, the acquiring module is further configured to:

And determining, when the voice call device is in an unpowered state, the fixed call mode corresponding to the fixed network phone interface as the current call mode.
The voice call device of claim 13, wherein the voice call device further comprises:

a generating module, configured to queue the multiple incoming call information when the multiple incoming call information is received at the same time, to generate an incoming call queue;

The incoming call module is configured to sequentially input the respective incoming call information according to the incoming call information queue, wherein, when the incoming call is disconnected, the next incoming call is invoked according to the incoming information queue. information.
The voice call device of claim 9, wherein the output module comprises:

a first output unit, configured to collect audio data input by the earpiece after the phone is turned on, and compress the collected audio data to generate a first call data packet, and the call data packet is corresponding to the current call mode Telephone interface output;

The second output unit is configured to: when the second call data packet is received by the telephone interface corresponding to the current call mode, the second call data packet is decompressed and output through the handset.
The voice call device of claim 15, wherein the voice call device further comprises:

a generating module, configured to queue the multiple incoming call information when the multiple incoming call information is received at the same time, to generate an incoming call queue;

The incoming call module is configured to sequentially input the respective incoming call information according to the incoming call information queue, wherein, when the incoming call is disconnected, the next incoming call is invoked according to the incoming information queue. information.