CN106973343A - Information processing method and audio frequency apparatus - Google Patents
Information processing method and audio frequency apparatus Download PDFInfo
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- CN106973343A CN106973343A CN201710191566.0A CN201710191566A CN106973343A CN 106973343 A CN106973343 A CN 106973343A CN 201710191566 A CN201710191566 A CN 201710191566A CN 106973343 A CN106973343 A CN 106973343A
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- audio
- audio frequency
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- output
- frequency apparatus
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
- H04R3/00—Circuits for transducers, loudspeakers or microphones
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
- H04R2430/00—Signal processing covered by H04R, not provided for in its groups
Abstract
The embodiment of the invention discloses a kind of information processing method and audio frequency apparatus, include applied to the described information processing method in the first audio frequency apparatus：Detect whether the Mobile audio frequency equipment is set up second with the second audio frequency apparatus and be connected；When setting up second connection, it is determined that the transmission path of transmission the first audio signal to be output, wherein, the transmission path be the described first connection and the described second connection at least one；First audio signal is sent to the first output module or second audio frequency apparatus by the transmission path；First audio signal, for exporting module output or second audio frequency apparatus output for described first.
Description
Technical field
The present invention relates to electronic technology field, more particularly to a kind of information processing method and audio frequency apparatus.
Background technology
The Mobile audio frequency equipment such as wireless headset, can be used for user and listens to voice or carry out voice call etc..But generally
The power output of wireless headset is limited, it is necessary to wear in user's ear or ear side can just cause user to hear sound.And
Wireless headset needs special charging wire to realize charging.In a word, during the use of the audio frequency apparatus such as current wireless headset also
It is the problem of having various inconvenient.
The content of the invention
In view of this, the embodiment of the present invention is expected to provide a kind of information processing method and audio frequency apparatus, at least partly above-mentioned
Problem.
To reach above-mentioned purpose, the technical proposal of the invention is realized in this way：
First aspect of the embodiment of the present invention provides a kind of information processing method, applied in the first audio frequency apparatus, and described the
One audio frequency apparatus is Mobile audio frequency equipment；Including control module and the first output module, the control module passes through the first connection
It is connected with the described first output module, including：
Detect whether the Mobile audio frequency equipment is set up second with the second audio frequency apparatus and be connected；
When setting up second connection, it is determined that the transmission path of transmission the first audio signal to be output, wherein, institute
It is that the described first connection and described second connect at least one to state transmission path；
First audio signal is sent to the first output module or second sound by the transmission path
Frequency equipment；First audio signal, for exporting module output or second audio frequency apparatus output for described first.
Based on such scheme, methods described also includes：
Control signal is obtained, wherein, the control signal, the output for regulating and controlling first audio signal；
The control signal is sent to the first output mould by transmitting the transmission path of first audio signal
Group or second audio frequency apparatus.
Based on such scheme, second connection includes signal transmission link；Wherein, the signal transmission link is used for institute
State the first audio frequency apparatus and send the audio signal to second audio frequency apparatus；Wherein, the audio signal is described first
Audio frequency apparatus is based on the voice data formation received from the 3rd equipment；
Methods described also includes at least one：
When determining the transmission path for the described first connection, the signal transmission link is disconnected；
When determining the transmission path for the described second connection, first connection is disconnected.
Second aspect of the embodiment of the present invention provides a kind of Mobile audio frequency equipment, including：
First housing, including the first opening；
First control module, in the first shell body；
Audio collection module, in the first shell body, is connected, for described first with the described first control module
Audio is gathered under the control for controlling module；
First audio output module, in the first shell body, is connected by the first connection with the described first control module
Connect, for the control subaudio frequency output in the described first control module；
First connection array, at least including the first power pins and the first audio pin, in the first shell body, with
The first control module connection, and can set up second by the described first opening with the second audio frequency apparatus and be connected；Described
One power pins, are that the Mobile audio frequency equipment is charged for second audio frequency apparatus；The first audio pin, is used
In to the second audio frequency apparatus send audio signal.
Based on such scheme, the first connection array also includes：
First detection pin, for for the second audio frequency apparatus detect whether with the Mobile audio frequency equipment whether the company of foundation
Connect.
Based on such scheme, the first connection array, in addition to：
Second detection pin, for detecting whether the Mobile audio frequency equipment is in open state for the second audio frequency apparatus.
Based on such scheme, the first connection array, in addition to：
First controlling switch, the running status for controlling the Mobile audio frequency equipment for the second audio frequency apparatus.
The third aspect of the embodiment of the present invention provides a kind of audio frequency apparatus, including：
Second housing, including the second opening, wherein, the second housing is at second opening into the audio frequency apparatus
Portion is recessed, and forms storage tank；
Second control module, in the second shell body；
Second audio output module, in the second shell body, is connected, for described with the described second control module
The control subaudio frequency output of second control module；
Second connection array, at least including second source pin and the second audio pin, in the second shell body, with
The second control module connection, and second can be set up with Mobile audio frequency equipment be connected；Wherein, the second source pin,
For when the Mobile audio frequency equipment is located in the storage tank, connecting with the first power pins of the Mobile audio frequency equipment
Connect, charged to the Mobile audio frequency equipment；The second audio pin, draws for the first audio with Mobile audio frequency equipment
Pin is connected, and receives the audio signal that the Mobile audio frequency equipment is sent；
The second audio output module, the audio signal for transmission.
Fourth aspect of the embodiment of the present invention provides a kind of information processing method, applied in the second audio frequency apparatus, including：
Detect whether that setting up second with Mobile audio frequency equipment by the 3rd detection pin of the second connection array is connected；
When detect set up second connection when, by the second source pin of the described second connection array to described
Mobile audio frequency equipment is charged；
Detect whether the Mobile audio frequency equipment is in open state by the 4th detection pin of the second connection array；
When detecting the Mobile audio frequency equipment in open state, start the second audio of the Mobile audio frequency equipment
Export module；
The first audio signal changed based on the first audio signal to be output is received by the described second connection；
The second audio output module exports the first audio signal of the Mobile audio frequency equipment output.
Based on such scheme, methods described also includes：
Treated when not receiving first audio signal and the second audio output module in preset time without other
During exports audio signal, the second audio output module is closed.
Audio frequency apparatus and information processing method provided in an embodiment of the present invention, Mobile audio frequency equipment are provided with the first connection battle array
Row, the transmission that can set up charging connection and audio signal with the second audio frequency apparatus be connected, be connected to when Mobile audio frequency equipment described in
, at the same time can be by the Mobile audio frequency equipment after second audio frequency apparatus, it is possible to charged from the second audio frequency apparatus to it
Audio signal is sent to the second audio frequency apparatus, the audio signal is exported using the second audio frequency apparatus.If the second audio frequency apparatus
Peak power output be more than Mobile audio frequency equipment peak power output, then when audio signal transmission to the second audio frequency apparatus it
Afterwards, the audio signal can be broadcasted with bigger volume, is being answered so as to solve the various Mobile audio frequency equipment such as wireless headset
The problem of using middle.
Brief description of the drawings
Fig. 1 is the schematic flow sheet of the first information processing method provided in an embodiment of the present invention；
Fig. 2 is the schematic flow sheet of second of information processing method provided in an embodiment of the present invention；
Fig. 3 is a kind of structural representation of Mobile audio frequency equipment provided in an embodiment of the present invention；
Fig. 4 is a kind of structural representation of first link array provided in an embodiment of the present invention；
The first audio frequency apparatus and the second audio that Fig. 5 is provided for the embodiment of the present invention based on the first connection array shown in Fig. 4
The connection diagram of equipment；
Fig. 6 is a kind of structural representation of audio frequency apparatus provided in an embodiment of the present invention；
Fig. 7 is the schematic flow sheet of the third information processing method provided in an embodiment of the present invention；
Fig. 8 is the schematic flow sheet of the 4th kind of information processing method provided in an embodiment of the present invention；
Fig. 9 is the schematic diagram of the first audio system including audio amplifier and earphone provided in an embodiment of the present invention；
Figure 10 is the schematic diagram of the second provided in an embodiment of the present invention audio system including audio amplifier and earphone.
Embodiment
Technical scheme is further elaborated below in conjunction with Figure of description and specific embodiment.
The present embodiment provides a kind of information processing method, applied in the first audio frequency apparatus, and first audio frequency apparatus is
Mobile audio frequency equipment；Including control module and the first output module, the control module is defeated by the first connection and described first
Go out module connection.First audio frequency apparatus is Mobile audio frequency equipment, the spy carried with small volume user in the present embodiment
Property.The Mobile audio frequency equipment may include wireless headset, and the wireless headset may include bluetooth earphone, and wireless headset can pass through
Wireless communication technology is connected with its main equipment.Here main equipment can be mobile phone, the tablet personal computer being connected with the wireless headset
Or wearable device etc..The wireless headset can both export audio, can also gather audio.It is exportable in the present embodiment
The module of audio includes the described first output module.The control module may correspond to processor or the processing of Mobile audio frequency equipment
Circuit, for example, audio signal formation and/or signal scaling chip etc..
As shown in figure 1, the method that the present embodiment is provided includes：
Step S110：Detect whether the Mobile audio frequency equipment is set up second with the second audio frequency apparatus and be connected；
Step S120：When setting up second connection, it is determined that the transmission road of transmission the first audio signal to be output
Footpath, wherein, the transmission path is that the described first connection and described second connect at least one；
Step S130：First audio signal is sent to the first output module or institute by the transmission path
State the second audio frequency apparatus；First audio signal, for exporting module output or second audio frequency apparatus for described first
Output.
The first output audio module exports module for the internal audio frequency of first audio frequency apparatus in the present embodiment.
The first output audio frequency apparatus can also be set up with other audio frequency apparatuses in the present embodiment is connected, in the present embodiment other sounds
Frequency equipment is referred to as the second audio frequency apparatus.Second connection can be wireless connection or wired connection in the present embodiment, at this
It is preferably wired connection in embodiment.
After the first audio frequency apparatus and the second audio frequency apparatus, which set up second, to be connected, then the Mobile audio frequency equipment can be with defeated
The link of the audio gone out includes two, one be attached to the first audio output module link, another article is then and the
The second link that two audio frequency apparatuses are set up.
If now the first audio frequency apparatus has audio signal to be output in the present embodiment, need first to determine to be to need to lead to
That connection is crossed to transmit to the output of corresponding audio output module.The audio output apparatus can be simultaneously in the present embodiment
Its first internal audio output module is transferred to by the first connection to export, and the second sound can also be transferred to by the second connection
The second audio module output of frequency equipment.Certainly when implementing, the first audio output module and second audio
Output module can receive the audio signal, and export.Preferably, first audio output apparatus only connects to first
Connect or the second connection output audio signal, still optionally further exported to be connected by described second to the second audio frequency apparatus
The audio signal, facilitates the second audio frequency apparatus amplification output audio signal.
In certain embodiments, as shown in Fig. 2 methods described also includes：
Step S101：Control signal is obtained, wherein, the control signal, for regulating and controlling the defeated of first audio signal
Go out；
Step S102：The control signal is sent to described by transmitting the transmission path of first audio signal
One output module or second audio frequency apparatus.
The Mobile audio frequency equipment can also obtain the control signal, the acquisition modes of the control signal in the present embodiment
Have a variety of, can at least be divided into following three kinds according to the source of the acquisition signal.
The first：Detection acts on the operation of the control key of the Mobile audio frequency device outer surface, obtains the first control instruction；
The control signal is generated according to first control instruction.
Second：The control signal is received from the control device of the Mobile audio frequency equipment, or from Mobile audio frequency equipment
The second control instruction is received, the control signal is generated according to second control instruction；
The third：The 3rd control for receiving control signal or the generation control signal from second audio frequency apparatus refers to
Order, recycles the 3rd control instruction to generate the control signal.
In the present embodiment after the Mobile audio frequency equipment receives the control signal, it may be output to currently
The audio output module of exports audio signal, for example, the first audio output module of the Mobile audio frequency device interior, or it is described
The second audio output module in second audio frequency apparatus.
The control signal in the present embodiment, it may include：The volume adjustment signals of audio output, the style of audio output
Mode adjustment signal etc. controls audio output signal.The volume adjustment signals, can include volume down small-signal and volume increases
Big signal.Volume down small-signal can be used for the volume for reducing audio output, and volume increase signal can be used for increase audio output
Volume.Specifically such as, the volume adjustment signals, specifically for the audio output sound by adjusting first audio frequency apparatus itself
Amount, or the signal amplitude of the first audio signal of second audio frequency apparatus is sent to described in regulation, so as to adjust described second
The volume of audio frequency apparatus output.The style use patterns Regulate signal can be used for the output effect of adjustment audio, such as by song
Output style is adjusted to rock and roll style from folk rhyme style.
It is worth noting that, the step S101 and step S102 execution sequence can be with as shown in Fig. 2 can also be different
In the execution flow shown in Fig. 2.The step S101 can be prior to step S110 or other steps.
In certain embodiments, second connection includes signal transmission link；Wherein, the signal transmission link is used for
First audio frequency apparatus sends the audio signal to second audio frequency apparatus；Wherein, the audio signal is described the
One audio frequency apparatus is based on the voice data formation received from the 3rd equipment.The 3rd equipment can be the 3rd in the present embodiment
Audio frequency apparatus, can be the mutual control device of main equipment of the Mobile audio frequency equipment.In the present embodiment the 3rd equipment be for
The Mobile audio frequency equipment provides the source device of voice data.3rd equipment can be mobile phone or flat board or wearable device
Deng wireless connection can have been set up between the 3rd equipment and the Mobile audio frequency equipment, and the 3rd equipment can wirelessly be connected by described
Connect to the Mobile audio frequency equipment and send the voice data.For example, between the 3rd equipment and the Mobile audio frequency equipment
Foundation has bluetooth connection, WiFi direct-connected, or has connection by the cloud server foundation of network side.It is preferred in the present embodiment
For the Mobile audio frequency equipment is built by bluetooth or WiFi or purple peak or device-to-device (D2D) connection with the 3rd equipment
It is vertical to have direct-connected connection.It is described in the present embodiment direct-connected to be connected as connection and be only connected with the 3rd equipment and the Mobile audio frequency is set
It is standby, voice data described in other equipment transfer is not introduced.
Methods described also includes at least one：
When determining the transmission path for the described first connection, the signal transmission link is disconnected；
When determining the transmission path for the described second connection, first connection is disconnected.
In the present embodiment in order to avoid the first audio output module of the first audio frequency apparatus itself and the second audio frequency apparatus
The second audio output module, while output delay difference is different caused by output or audio it is different caused by audio output effect it is poor
The problem of, Mobile audio frequency equipment disconnects the letter with the second audio frequency apparatus when determining using the first connection in the present embodiment
Number transmission link, can thus avoid sending audio signal to second audio frequency apparatus.If Mobile audio frequency equipment utilization is certainly
Body the and audio output module exports the audio signal, then disconnect first link.
In the present embodiment Mobile audio frequency output module be both provided with the described first connection and the second connection by
Control switch, the Mobile audio frequency equipment can be by controlling module to controlled switch output control signal, so as to control the first company
Connect and/or second is connected to being turned on or off for Mobile audio frequency device interior part.
The signal transmission link is disconnected in the present embodiment, can be connected in the Mobile audio frequency equipment by described first
Connect before exporting the audio signal to the first audio module.The connection of disconnection first can be in the Mobile audio frequency equipment
Before the audio signal is exported to second audio frequency apparatus.
In the present embodiment the second audio module of second audio frequency apparatus can directly with the Mobile audio frequency equipment
First connection matrix sets up first connection or the second audio output module is connected to second audio and set
After standby control module, then first audio frequency apparatus is connected to by the control module of second audio frequency apparatus.In a word,
If in the present embodiment the Mobile audio frequency equipment and second audio frequency apparatus set up described second be connected after, described first
The audio signal that audio frequency apparatus is sent to the second audio frequency apparatus is just forwarded to second audio frequency apparatus, facilitates the first audio frequency apparatus
Pass through the second audio signal.
The peak power output of first audio frequency apparatus is the first power, second audio in embodiments of the present invention
The peak power output of equipment is the second power；Usual second power is less than first power.In certain embodiments,
The audio signal is sent to after second audio frequency apparatus by first audio frequency apparatus, and the audio signal can be used for institute
Stating the second audio frequency apparatus uses the power output more than first power to export, so as to realize that the amplification of the audio signal is defeated
Go out.Under normal circumstances, first audio frequency apparatus can be respectively less than the volume and again of second audio frequency apparatus for volume and weight
The Mobile audio frequency equipment being convenient for carrying of amount；And second audio frequency apparatus can set for volume and weight all larger fixed-audios
It is standby, for example, installing sound equipment indoors.
First audio frequency apparatus can be single audio frequency output module output equipment in the present embodiment, and second audio
Equipment module can be exported for dual-audio or Multi-audio-frequency exports the output equipment of module.First audio is set in certain embodiments
It is standby that the audio signal is exported using monophonic mode using its audio output module only included.And second audio
Equipment including dual-audio because export module or Multi-audio-frequency output module, and the audio signal is received by second audio frequency apparatus
Afterwards, available for generation left channel signals and right-channel signals, the L channel of second audio frequency apparatus exports the L channel
Signal, the output right-channel signals of the R channel of second equipment.
The output module of second audio output apparatus is than first audio output apparatus in certain embodiments
Module is exported, first audio frequency apparatus is sent to the audio signal of the second audio frequency apparatus in the present embodiment, be available for described the
The output module that two audio frequency apparatuses are not supported using first audio frequency apparatus exports the audio signal.For example, described second
Audio frequency apparatus supports surround sound output mode, after second audio frequency apparatus receives the audio signal, is based on
The audio signal exports the corresponding audio content of the audio signal using surround sound output mode.
The step S120 may include in the present embodiment：
First audio frequency apparatus is according to default decision condition, it is determined that the transmission road of transmission the first audio signal to be output
Footpath；Specifically can be such as：When first audio frequency apparatus, which is determined, has set up second connection, then described second be connected as it is described
Transmission path；For another example the configured information sent according to its control device when first audio frequency apparatus, determines that described second connects
It is connected in the transmission path；The configured information is that the control device determines the distance between the first audio frequency apparatus and user
The instruction sent during more than the pre-determined distance, or the instruction for indicating to input based on user.In a word, the first audio frequency apparatus tool
Body determines that the mode of the transmission path has a variety of, and just differ one schematically illustrates herein.
In certain embodiments, due to the difference of the first audio module and the second audio module, methods described also includes：
After the transmission path is determined, then according to the transmission path of determination, it will be set from first audio
The voice data that 3rd equipment of standby connection is received, is converted into the audio that audio module is adapted being connected with the transmission path
Signal.The audio signal can be monophonic signal, or binaural signal.Here binaural signal include left channel signals and
Right-channel signals.
As shown in figure 3, the present embodiment provides a kind of Mobile audio frequency equipment, including：
First housing 110, including the first opening 111；
First control module 120, in first housing 110；
Audio collection module 130, in first housing 110, is connected with the described first control module 120, is used for
Audio is gathered under the control of the described first control module 120；
First audio output module 140, in first housing 110, passes through the first connection and the described first control
Module 120 is connected, for the control subaudio frequency output in the described first control module 120；
First connection array 150, at least including the first power pins and the first audio pin, positioned at first housing
It is interior, it is connected with the described first control module 120, and second can be set up by the described first opening 111 and the second audio frequency apparatus
Connection；First power pins, are that the Mobile audio frequency equipment is charged for second audio frequency apparatus；Described first
Audio pin, for sending audio signal to the second audio frequency apparatus.
The first audio frequency apparatus that the Mobile audio frequency equipment can be mentioned for previous embodiment in the present embodiment, can be for convenience
The audio collection and output equipment of user's body-worn.
First housing is the shell of the Mobile audio frequency equipment in the present embodiment, on the housing provided with one
Opening, the opening is available for setting the first connection array 150 of the Mobile audio frequency device interior to be docked with the second audio frequency apparatus, builds
Found the wired connection for being available for the electric signal transmissions such as audio signal.
The first connection array at least includes the first power pins in the present embodiment, and the first power pins are connected to the
After two audio frequency apparatuses, it can be powered from the second audio frequency apparatus by first power pins to Mobile audio frequency equipment.In this reality
Apply in example now, second audio frequency apparatus can be directly used for first audio frequency apparatus to the power supply of the first audio frequency apparatus
First control module 120, the power consumption of the audio output module 140 of audio collection module 130 and first.The audio collection module
130 may correspond to microphone, then to may correspond to the audio output such as loudspeaker or loudspeaker hard for the first audio output module 140
Part.First control module 120 may correspond to various processors or process chip.
In some implementations, first audio frequency apparatus also includes power supply module, and the power supply module stores including at least one
Battery, first power pins are also connected with the power supply module, and the power supply module can pass through first power pins
Receive the power supply of second audio frequency apparatus.
The first connection array also includes the first audio pin, the first audio pin here in the present embodiment
Can be the pin of transmission audio signal, simulated audio signal or digital audio and video signals that these audio signals are directly exported, the sound
Frequency signal is available for the second audio module of the first audio module or the second audio frequency apparatus directly to export.
The Mobile audio frequency equipment in the present embodiment, after being connected with the second audio frequency apparatus, except to second sound
Beyond frequency equipment provides audio signal for its output, it can also be powered from the second audio frequency apparatus to it, like this, first sound
Frequency equipment can one side electric power storage, to control the second audio frequency apparatus to replace its exports audio signal, or can not be supported with it
Audio output parameters export the audio signal.For example, with the bigger output work of the peak power output than Mobile audio frequency equipment
Rate exports the audio signal, and the audio signal is exported with the audio output mode that Mobile audio frequency equipment is not supported.
The first audio pin can be one or more audio pins in the present embodiment.For example, first audio
Pin includes two audio pins, the audio signal that is used to export L channel, then another is used to export the sound for having sound channel
Frequency signal.
If the Mobile audio frequency equipment is monophonic audio equipment in the present embodiment, i.e., described Mobile audio frequency equipment only may be used
To export monophonic signal, when the Mobile audio frequency equipment determines to export the audio signal to second audio frequency apparatus,
Then the first control module 120 is additionally operable to be converted into the audio letter of two-channel from control device according to the voice data received
Number, however, it is determined that by the first audio module exports audio signal when, then the voice data that control device is received is converted into list
The audio signal of sound channel.In a word, the first control module 120 will also export the output of the audio signal in the present embodiment
Module, generates the audio signal for the audio module adaptation being connected with the transmission path determined.
In a word, the Mobile audio frequency equipment that the present embodiment is provided can be to realize the hardware device of preceding method embodiment,
As described first audio frequency apparatus.
The audio collection module 130 may correspond to microphone in the present embodiment, can gather the audio of user's input.
The first control module 120, it may include the processor or process circuit of Mobile audio frequency device interior, the processing
Device can be microprocessor or application processor etc..The process circuit can be application specific integrated circuit.
In certain embodiments, the first connection array 150 also includes：
First detection pin, for for the second audio frequency apparatus detect whether with the Mobile audio frequency equipment whether the company of foundation
Connect.
The first connection array includes the first detection pin in the present embodiment, in the present embodiment first detection
Pin can be exploration pin.The first detection pin may be connected to the earth point or ground plane of the Mobile audio frequency equipment；When
First connection array is connected to after second audio frequency apparatus, and second audio frequency apparatus can be to the first detection pin output
Detecting voltage, the usual detecting voltage can be a relatively low voltage, and such as 1.2V or 5V, the second audio frequency apparatus finds electricity
Pressure is dragged down by the described first detection pin, then it is assumed that the first connection array has been coupled to the second audio frequency apparatus, i.e., described to move
Dynamic audio frequency apparatus is had been coupled on second audio frequency apparatus.Certainly, only it is here distance, does not limit to when implementing
State example.
In certain embodiments, the first connection array 150, in addition to：
Second detection pin, for detecting whether the Mobile audio frequency equipment is in open state for the second audio frequency apparatus.
The first connection array 150 may include the second detection pin in the present embodiment,
In the present embodiment also include second detection pin, when first connection array be connected to second audio frequency apparatus it
Afterwards, second audio frequency apparatus is found that the Mobile audio frequency equipment by the described first detection pin, then needs further really
Fixed first audio frequency apparatus whether open state.In the present embodiment, the second detection pin can be to be set with the Mobile audio frequency
Standby start pin or enable pins in parallel, the start pin or enable pin are in start shape in the Mobile audio frequency equipment
It is different during corresponding magnitude of voltage when state or off-mode, when the described second detection pin and the start pin or enable pin
When in parallel, so as to the voltage status of the synchronous start pin or enable pin, so as to facilitate second audio frequency apparatus
Determine whether the Mobile audio frequency equipment is in open state.Certainly, only it is to illustrate here, how the second audio frequency apparatus specifically leads to
Cross the second detection pin and detect whether the Mobile audio frequency equipment is in the hardware configuration and detection mode of open state all
Have a variety of, be not limited to it is above-mentioned any one.
In certain embodiments, the first connection array 150, in addition to：
First controlling switch, the running status for controlling the Mobile audio frequency equipment for the second audio frequency apparatus.
The first connection array 150 also includes the first controlling switch in the present embodiment, and first controlling switch can be with
The running status of Mobile audio frequency equipment described in Reverse Turning Control.Here running status, includes the output of the output audio signal
Power, switches audio signal of output etc..Here running status, may also include：Control the Mobile audio frequency equipment and the 3rd
Connection and pairing control between equipment.
It is illustrated in figure 4 for a kind of first schematic diagram for connecting array, the correlation of each pin is retouched in Fig. 4 that following table is represented
State：
Fig. 5 show Mobile audio frequency equipment and the second audio frequency apparatus and connects it using the first connection array as shown in Figure 4
Between connection diagram.
As described in Figure 6, the present embodiment provides a kind of audio frequency apparatus, including：
Second housing 210, including the second opening 211, wherein, the second housing 210 is at the described second opening 211 to described
The inner recess of audio frequency apparatus, forms storage tank；
Second control module 220, in the second shell body；
Second audio output module 230, in second housing 210, is connected with the described second control module, is used for
In the control subaudio frequency output of the described second control module；
Second connection array 240, at least including second source pin and the second audio pin, positioned at second housing
In 210, it is connected with the described second control module, and second can be set up with Mobile audio frequency equipment be connected；Wherein, second electricity
Source pin, for when the Mobile audio frequency equipment be located at the storage tank in when, the first power supply with the Mobile audio frequency equipment
Pin is connected, and is charged to the Mobile audio frequency equipment；The second audio pin, for first with Mobile audio frequency equipment
Audio pin is connected, and receives the audio signal that the Mobile audio frequency equipment is sent；
The second audio output module 230, the audio signal for transmission.
The second audio frequency apparatus that the audio frequency apparatus that the present embodiment is provided may correspond in previous embodiment, be and foregoing shifting
Dynamic audio frequency apparatus sets up the audio frequency apparatus of connection.
Second array 240 is connected in the present embodiment, can be consistent with the first connection array of the Mobile audio frequency equipment, can
For being connected array connection with the first of Mobile audio frequency equipment.The pin that the second connection array 240 that the present embodiment is provided includes
Schematic diagram can also be referring to earlier figures 4.
The outer surface form of the audio frequency apparatus has storage tank to facilitate the Mobile audio frequency equipment to be put into the present embodiment.
The groove size and dimension of the manner groove is adapted with the profile of the Mobile audio frequency equipment in the present embodiment.For example, described
Mobile audio frequency equipment is bluetooth earphone, then the storage tank is shaped as earphone shape, the height of groove depth, groove width and flute length all with earphone
Degree, width and length are adapted.
The audio frequency apparatus can be while power, while receiving the shifting to the Mobile audio frequency equipment in the present embodiment
The audio signal of dynamic audio frequency apparatus, exports the audio signal.The second audio output module 230, leads in the present embodiment
The audio output parameters that can often do not supported using the Mobile audio frequency equipment itself export the audio signal.
The second audio output module 230 may correspond to the audio output hardware such as loudspeaker or loudspeaker, institute in the present embodiment
State the second control module 220 and may correspond to the structures such as processor or process circuit or controller.
Alternatively, the second connection array 240 also includes：
3rd detection pin, for being connected with the first of the Mobile audio frequency equipment the detection pin；
Second control module 220, for when the described 3rd detection pin be connected with first pin after, confirmation and
The Mobile audio frequency equipment has set up connection；
In certain embodiments, the second connection array 240, in addition to：
4th detection pin, for being connected with the second of the Mobile audio frequency equipment the detection pin, forms start detection and connects
Connect；
Second control module, for being connected by the detection, determines whether the Mobile audio frequency equipment is in and opens
Machine state.
The 3rd detection pin, corresponding with the first detection pin in the first connection array in the present embodiment, is moving
When dynamic audio frequency apparatus is connected on this audio frequency apparatus, docks or contact with the described first detection pin, set up the second connection.
The 4th detection pin in the present embodiment, it is corresponding with the second detection pin in the first connection array, available for examining
Survey whether mobile link equipment is in open state.
During implementing, the pin that the second connection array includes is omited through second outward opening
Microprotrusion, the pin of the first connection array is then slightly below first opening, and the Mobile audio frequency equipment is connected to this sound
During frequency equipment, it is described second connection array partial penetration described in first opening, into the inside of the Mobile audio frequency equipment with
The first connection array formation docking.When implementing, can also first connection array slightly protrude it is described first opening, and
Second connection array is slightly below second opening.It is preferred that the pin for the described first connection array is then slightly below described the
The mode of one opening, is so moved easily audio frequency apparatus and is worn by the user.
In certain embodiments, the second control module 220, is additionally operable to produce control signal；Wherein, the control letter
Number it is used to control the running status of the Mobile audio frequency equipment；The second connection array 240, in addition to：Second controlling switch,
It is connected for the first controlling switch with the Mobile audio frequency equipment, for believing to the Mobile audio frequency equipment output control
Number.Here the second controlling switch, for the first controlling switch correspondence in the first connection array, for controlling Mobile audio frequency to set
Standby pairing or output volume with the 3rd equipment etc..
Second housing can be rectangular housing in the present embodiment, including front, the back side, top surface, bottom surface and connect respectively
Connect two sides of front, the back side, top surface and top surface.The front is to be provided with the sound produced for the second audio output module
To the one side of the delivery outlet of external diffusion.The back side face opposite with the front, when top surface is that audio frequency apparatus is just put, far
One side from the ground, the bottom surface is the one side opposite with the top surface.First opening 211 is arranged in the present embodiment
How the side, like this, place, its side is all seldom blocked, and facilitates the shifting no matter the audio frequency apparatus is placed
The connection of dynamic audio frequency apparatus.
As shown in fig. 7, the present embodiment provides a kind of information processing method, applied in the second audio frequency apparatus, including：
Step S210：Detect whether to set up the by the 3rd detection pin and Mobile audio frequency equipment of the second connection array
Two connections；
Step S220：When detect set up it is described second connection when, pass through described second connection array second source
Pin is charged to the Mobile audio frequency equipment；
Step S230：Detect whether the Mobile audio frequency equipment is in by the 4th detection pin of the second connection array to open
Machine state；
Step S240：When detecting the Mobile audio frequency equipment in open state, start the Mobile audio frequency equipment
The second audio output module；
Step S250：The first sound changed by the described second connection array received based on the first audio signal to be output
Frequency signal；
Step S260：The second audio output module exports the first audio signal of the Mobile audio frequency equipment output.
The information processing method of the present embodiment is applied to the method in the second audio frequency apparatus.Second sound in the present embodiment
Frequency output module be the second audio frequency apparatus audio output module, start the second audio output module before, it is necessary to detect with
Whether the connection of Mobile audio frequency equipment has set up, and sets up after connection, determines whether Mobile audio frequency equipment is in open state, if
Then open state, or the second audio described in position will be switched in open state from the second audio output module of closed mode
Export module and be in open state.Second audio frequency apparatus receives the first audio by the second connection and believed in the present embodiment
Number, the second audio output module exports first audio signal after switching.
If the audio that first audio signal exports for the suitable second audio output module in certain embodiments
Signal, then control the second audio output module directly to export, if the first audio signal is to be adapted to the output of Mobile audio frequency equipment
Audio signal, then second audio frequency apparatus control module, first audio signal can be also converted into being adapted to described
The audio signal of second audio output module output, then there is the second audio output module to export.
Alternatively, methods described also includes：
Treated when not receiving first audio signal and the second audio output module in preset time without other
During exports audio signal, the second audio output module is closed.
Alternatively, methods described also includes：
When not receiving first audio signal in preset time, and the second audio output module has other to be output
During audio signal, the second audio output module is controlled to export other audio signals to be output.
A specific example is provided below in conjunction with above-described embodiment：
Example one：
This example provides a kind of audio-frequency inputting method, applied to the sound formed by the first audio frequency apparatus and the second audio frequency apparatus
In display system.First audio frequency apparatus is illustrated by taking earphone as an example in the present embodiment, and second audio frequency apparatus is with sound
Illustrated exemplified by case.
As shown in figure 8, this example methods described includes：
Step S1：Earphone is connected with audio amplifier；
Step S2：Audio amplifier detects earphone by BT_DET and connected, and respectively enters step S3 and step S4：
Step S3：Audio amplifier charges to earphone；
Step S4：Whether audio amplifier is in open state by Power_BT test earphones, and step S6 is entered if start, if
Shutdown then enters step S5；
Step S5：Audio amplifier is not started shooting, not starting shooting as host chip and audio output the module not work of the audio amplifier here
Make, but the small control chip of the power ratio host chip for performing this example operational flow is to maintain open state；
Step S6：Audio amplifier is started shooting；
Step S7：Audio amplifier has detected whether audio signal input, if nothing, into step S8, if so, into step S9：
Step S8：Wait 3 minutes, audio amplifier shuts down if no audio signal input in 3 minutes, and return to step S7, continues
Detection 3 minutes.
Step S9：Audio amplifier plays the audio signal received.
Example two：
As shown in figure 9, this example provides a kind of audio system, including：The control device of earphone, audio amplifier and earphone.At this
The control device of earphone described in example is mobile phone.
The side of audio amplifier is provided with storage tank and the second connection array, and the earphone back side is provided with the first connection array.Here
Earphone front be user's wearing state under, towards the part of user's cochlea.
After earphone is put into the storage tank of audio amplifier, the first connection array and the second connection array just set up connection.Now,
Earphone cuts off the audio output module of itself, will be sent to sound after the voice data transducing audio signal received from control device
Case, is amplified by audio amplifier and exported.
Figure 10 show the partial schematic diagram of earphone and audio amplifier.Storage tank and the size of earphone that obvious audio amplifier side is set
It is adapted with shape.The second connection array is provided with storage tank, array connection can be connected with being arranged on the first of the earphone back side.
The depressed area for the opening that the storage tank is formed for the shell of audio amplifier to audio amplifier inner recess.
, can be by it in several embodiments provided herein, it should be understood that disclosed apparatus and method
Its mode is realized.Apparatus embodiments described above are only schematical, for example, the division of the unit, is only
A kind of division of logic function, can have other dividing mode, such as when actually realizing：Multiple units or component can be combined, or
Another system is desirably integrated into, or some features can be ignored, or do not perform.In addition, shown or discussed each composition portion
Coupling point each other or direct-coupling or communication connection can be the INDIRECT COUPLINGs of equipment or unit by some interfaces
Or communication connection, can be electrical, machinery or other forms.
The above-mentioned unit illustrated as separating component can be or may not be it is physically separate, it is aobvious as unit
The part shown can be or may not be physical location, you can positioned at a place, can also be distributed to multiple network lists
In member；Part or all of unit therein can be selected to realize the purpose of this embodiment scheme according to the actual needs.
In addition, each functional unit in various embodiments of the present invention can be fully integrated into a processing module, also may be used
Be each unit individually as a unit, can also two or more units it is integrated in a unit；It is above-mentioned
Integrated unit can both be realized in the form of hardware, it would however also be possible to employ hardware adds the form of SFU software functional unit to realize.
One of ordinary skill in the art will appreciate that：Realizing all or part of step of above method embodiment can pass through
Programmed instruction related hardware is completed, and foregoing program can be stored in a computer read/write memory medium, the program
Upon execution, the step of including above method embodiment is performed；And foregoing storage medium includes：It is movable storage device, read-only
Memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or
Person's CD etc. is various can be with the medium of store program codes.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained
Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (10)
1. a kind of information processing method, it is characterised in that applied in the first audio frequency apparatus, first audio frequency apparatus is movement
Audio frequency apparatus；Including control module and the first output module, the control module passes through the first connection and the described first output mould
Group connection, including：
Detect whether the Mobile audio frequency equipment is set up second with the second audio frequency apparatus and be connected；
When setting up second connection, it is determined that the transmission path of transmission the first audio signal to be output, wherein, it is described to pass
Defeated path is that the described first connection and described second connect at least one；
First audio signal is sent to the first output module by the transmission path or second audio is set
It is standby；First audio signal, for exporting module output or second audio frequency apparatus output for described first.
2. according to the method described in claim 1, it is characterised in that
Methods described also includes：
Control signal is obtained, wherein, the control signal, the output for regulating and controlling first audio signal；
By the control signal by transmit the transmission path of first audio signal be sent to it is described first output module or
Second audio frequency apparatus.
3. method according to claim 1 or 2, it is characterised in that
Second connection includes signal transmission link；Wherein, the signal transmission link be used for first audio frequency apparatus to
Second audio frequency apparatus sends the audio signal；Wherein, the audio signal is that first audio frequency apparatus is based on from the
The voice data formation that three equipment are received；
Methods described also includes at least one：
When determining the transmission path for the described first connection, the signal transmission link is disconnected；
When determining the transmission path for the described second connection, first connection is disconnected.
4. a kind of Mobile audio frequency equipment, it is characterised in that including：
First housing, including the first opening；
First control module, in the first shell body；
Audio collection module, in the first shell body, is connected, in the described first control with the described first control module
Audio is gathered under the control of module；
First audio output module, in the first shell body, is connected with the described first control module by the first connection, used
In the control subaudio frequency output in the described first control module；
First connection array, it is and described in the first shell body at least including the first power pins and the first audio pin
First control module connection, and can set up second by the described first opening with the second audio frequency apparatus and be connected；First electricity
Source pin, is that the Mobile audio frequency equipment is charged for second audio frequency apparatus；The first audio pin, for
Second audio frequency apparatus sends audio signal.
5. Mobile audio frequency equipment according to claim 4, it is characterised in that
The first connection array also includes：
First detection pin, for detecting whether be connected with whether the Mobile audio frequency equipment has been set up for the second audio frequency apparatus.
6. the Mobile audio frequency equipment according to claim 4 or 5, it is characterised in that
The first connection array, in addition to：
Second detection pin, for detecting whether the Mobile audio frequency equipment is in open state for the second audio frequency apparatus.
7. the Mobile audio frequency equipment according to claim 4 or 5, it is characterised in that
The first connection array, in addition to：
First controlling switch, the running status for controlling the Mobile audio frequency equipment for the second audio frequency apparatus.
8. a kind of audio frequency apparatus, it is characterised in that including：
Second housing, including second opening, wherein, the second housing at inner-concave from second opening to the audio frequency apparatus
Fall into, form storage tank；
Second control module, in the second shell body；
Second audio output module, in the second shell body, is connected, for described second with the described second control module
Control the control subaudio frequency output of module；
Second connection array, it is and described in the second shell body at least including second source pin and the second audio pin
Second control module connection, and second can be set up with Mobile audio frequency equipment be connected；Wherein, the second source pin, is used for
When the Mobile audio frequency equipment is located in the storage tank, it is connected with the first power pins of the Mobile audio frequency equipment, to
The Mobile audio frequency equipment is charged；The second audio pin, for connecting with the first audio pin of Mobile audio frequency equipment
Connect, receive the audio signal that the Mobile audio frequency equipment is sent；
The second audio output module, the audio signal for transmission.
9. a kind of information processing method, it is characterised in that applied in the second audio frequency apparatus, including：
Detect whether that setting up second with Mobile audio frequency equipment by the 3rd detection pin of the second connection array is connected；
When detect set up second connection when, by the second source pin of the described second connection array to the movement
Audio frequency apparatus is charged；
Detect whether the Mobile audio frequency equipment is in open state by the 4th detection pin of the second connection array；
When detecting the Mobile audio frequency equipment in open state, start the second audio output of the Mobile audio frequency equipment
Module；
The first audio signal changed based on the first audio signal to be output is received by the described second connection；
The second audio output module exports the first audio signal of the Mobile audio frequency equipment output.
10. method according to claim 9, it is characterised in that
Methods described also includes：
It is to be output without other when not receiving first audio signal and the second audio output module in preset time
During audio signal, the second audio output module is closed.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710191566.0A CN106973343A (en) | 2017-03-28 | 2017-03-28 | Information processing method and audio frequency apparatus |
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| CN201710191566.0A CN106973343A (en) | 2017-03-28 | 2017-03-28 | Information processing method and audio frequency apparatus |
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| CN111031433A (en) * | 2019-12-24 | 2020-04-17 | 傲基科技股份有限公司 | Wireless earphone and interaction method and interaction system thereof |
| WO2021134652A1 (en) * | 2019-12-30 | 2021-07-08 | 田丽华 | High-efficiency computer audio device comfortable to use |
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