CN205754771U - Intelligent earphone - Google Patents
Intelligent earphone Download PDFInfo
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- CN205754771U CN205754771U CN201620583720.XU CN201620583720U CN205754771U CN 205754771 U CN205754771 U CN 205754771U CN 201620583720 U CN201620583720 U CN 201620583720U CN 205754771 U CN205754771 U CN 205754771U
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- noise reduction
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Abstract
The utility model discloses a kind of intelligent earphone, comprise: micro controller unit, feed forward noise reduction unit, feedback noise reduction unit and Working mode changeover unit；Feed forward noise reduction unit is electrically connected at micro controller unit；Feedback noise reduction unit is electrically connected at micro controller unit and feed forward noise reduction unit；Working mode changeover unit is electrically connected at micro controller unit, Working mode changeover unit output low level signal；Micro controller unit controls feed forward noise reduction unit according to low level signal and/or feedback noise reduction unit start makes intelligent earphone switch between different mode of operations.
Description
Technical field
This utility model relates to a kind of intelligent earphone, specifically, relates to a kind of intelligence comprising multiple-working mode
Earphone.
Background technology
Along with current earphone is more and more universal, user is more and more longer by earphone can make a phone call, listen time of music,
But user is during using prior art earphone, the most hybrid (feedforward+feedback) noise cancelling headphone is the master of low-frequency range
Dynamic noise reduction at about 30dB, this earphone can effectively reduce the puzzlement that noise brings under strong noise environment, but
There is also following shortcoming:
1. some people is more sensitive to active noise reduction, opens noise reduction and can feel ill, the situation that especially noise reduction is big.
And due to the limitation of current noise reduction technology itself, feed forward type noise reduction would generally bring uncomfortable feeling of stress to human ear,
Be not the most noisy in the environment of, this feel to be especially apparent；
2. when user need to hear some necessity in surrounding sound (as vehicle whistle sound, people around to
Propaganda directed to communicate sound etc. in family) time, noise reduction is crossed conference and is caused these information to hear；Close noise reduction and stand vexatious noise again；
3., in the environment of having wind, due to the inherent characteristics of feed forward noise reduction, low wind noise not only can not drop, and on the contrary can be sound of the wind
Reset through oversampling circuit to loudspeaker after being picked up by mike, affect sound quality.
Therefore, develop a kind of intelligent earphone overcoming drawbacks described above and become a urgent problem.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of intelligent earphone, wherein, comprises:
Micro controller unit；
Feed forward noise reduction unit, is electrically connected at described micro controller unit；
Feedback noise reduction unit, is electrically connected at described micro controller unit and described feed forward noise reduction unit；And
Working mode changeover unit, is electrically connected at described micro controller unit, and described Working mode changeover unit exports
Low level signal；
Wherein, described micro controller unit controls described feed forward noise reduction unit and/or described according to described low level signal
Feedback noise reduction unit start makes described intelligent earphone switch between different mode of operations.
Above-mentioned intelligent earphone, wherein, described mode of operation comprises pattern in external environment perception shaping modes and wind, institute
State external environment perception shaping modes also to comprise open mode, double listen pattern and degree of depth noise reduction mode.
Above-mentioned intelligent earphone, wherein, described feed forward noise reduction unit comprises feed forward noise reduction chip and feedforward microphone, described
Feedforward microphone is electrically connected at described feed forward noise reduction chip, and described feed forward noise reduction chip is electrically connected at described microcontroller list
First and described feedback noise reduction unit.
Above-mentioned intelligent earphone, wherein, described feedback noise reduction unit comprises feedback noise reduction chip and feedback microphones, described
Feedback microphones is electrically connected at described feedback noise reduction chip, and described feedback noise reduction chip is electrically connected at described microcontroller list
First and described feed forward noise reduction chip.
Above-mentioned intelligent earphone, wherein, also comprises two-way switch, and the outfan of described two-way switch is electrically connected at described
Feedback noise reduction chip, two inputs of described two-way switch are electrically connected at described feed forward noise reduction chip, described microcontroller
Unit is electrically connected at described two-way switch, and described micro controller unit controls described two-way switch according to described low level signal
Start.
Above-mentioned intelligent earphone, wherein, described feed forward noise reduction chip comprises:
Feedforward microphone gain module, is electrically connected at the first input of described feedforward microphone and described two-way switch
End；
Feed forward noise reduction circuit, is electrically connected at the second input of described two-way switch and described feedforward microphone gain mould
Block；
Described feedback noise reduction chip comprises:
Feedback noise reduction circuit, is electrically connected at described loudspeaker；
Feedback microphones gain module, is electrically connected at described feedback microphones and described feedback noise reduction circuit；
Wherein, described micro controller unit controls described feed forward noise reduction circuit and/or described according to described low level signal
Feedback noise reduction circuit start makes described intelligent earphone switch between described mode of operation.
Above-mentioned intelligent earphone, wherein, also comprises filter circuit, be electrically connected at described feedforward microphone gain module with
Between described first input end.
Above-mentioned intelligent earphone, wherein, described Working mode changeover unit is that three-dimensional stirs button.
Above-mentioned intelligent earphone, wherein, described micro controller unit comprises memory module, stores described intelligent earphone current
Mode of operation, when user close be then turned on described intelligent earphone or be switched to another mode of operation from current mode of operation
Rear and when exiting another mode of operation described, described micro controller unit arranges described intelligent earphone in the described Working mould of storage
Work under formula.
Above-mentioned intelligent earphone, wherein, described micro controller unit also comprises bluetooth module, and described bluetooth module receives
The command signal that the APP module of high in the clouds data host or mobile device sends, described micro controller unit is according to described instruction letter
Number controlling described feed forward noise reduction unit and/or described feedback noise reduction unit start makes described intelligent earphone in described mode of operation
Between switch over.
This utility model is directed to its effect of prior art and is:
1) multiple-working mode, user can according to the unrestricted choice mode of operation of the hobby of oneself and practical service environment and
The degree of regulation noise reduction；
2) with memory function, close when user and open intelligent earphone again or be switched to another work from current mode of operation
Operation mode when exiting another mode of operation, micro controller unit recovers the mode of operation that intelligent earphone is memory module storage；
3) increase pattern in wind, only open feedback noise reduction.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model intelligent earphone one embodiment；
Fig. 2 is the structural representation of this utility model another embodiment of intelligent earphone.
Wherein, reference:
11: micro controller unit
12: feed forward noise reduction unit
121: feed forward noise reduction chip
1211: feedforward microphone gain module
1212: feed forward noise reduction circuit
122: feedforward microphone
13: feedback noise reduction unit
131: feedback noise reduction chip
1311: feedback microphones gain module
1312: feedback noise reduction circuit
132: feedback microphones
14: Working mode changeover unit
141,142,143: input
15: loudspeaker
16: two-way switch
17: filter circuit
Detailed description of the invention
Hereby illustrate about detailed content of the present utility model and technology, be now described further with a preferred embodiment,
But it is not necessarily to be construed as the restriction that this utility model is implemented.
External environment perception shaping modes: user can be suitable according to the unrestricted choice of the hobby of oneself and practical service environment
Mode of operation, specifically comprise open mode, double listen pattern, degree of depth noise reduction mode.
Pattern in wind: the mode of operation that can switch when being suitable for environment in wind, only opens feedback noise reduction.
Open mode: by the sound of feedforward microphone pickup surrounding, after processing after filtering, delivers to loudspeaker and resets
Out, perception degree to external world is basically identical with when not wearing earphone.
Double pattern of listening: while opening feedback noise reduction, by the sound of feedforward microphone pickup surrounding, after filtering
After process, deliver to loudspeaker and reset out, be suitable in the environment of having certain noise, but need the sight having certain perception to external world
Lower use.
Degree of depth noise reduction mode: open feedback noise reduction and feed forward noise reduction, is suitable under high-noise environment using.
Refer to the structural representation that Fig. 1, Fig. 1 are this utility model intelligent earphone one embodiments, the direction of arrow in figure
Represent sense.As it is shown in figure 1, intelligent earphone of the present utility model comprises: micro controller unit (MCU) 11, feed forward noise reduction
Unit 12, feedback noise reduction unit 13, Working mode changeover unit 14 and loudspeaker 15；Feed forward noise reduction unit 12 is electrically connected at micro-control
Device unit 11 processed,；Feedback noise reduction unit 13 is electrically connected at micro controller unit 11 and feed forward noise reduction unit 12；Mode of operation
Switch unit 14 is electrically connected at micro controller unit 11；Loudspeaker 15 are electrically connected at feedback noise reduction unit 13；Mode of operation is cut
Change unit 14 output low level signal；Micro controller unit 11 controls feed forward noise reduction unit 12 and/or anti-according to low level signal
Feedback noise reduction unit 13 start makes intelligent earphone switch between different mode of operations.Wherein, mode of operation comprises the external world
Pattern in environment sensing shaping modes and wind, external environment perception shaping modes the most also comprises open mode, double listens pattern
And degree of depth noise reduction mode.
Further, feed forward noise reduction unit 12 comprises feed forward noise reduction chip (FF ANC IC) 121 and feedforward microphone 122,
Feed forward noise reduction chip 121 is electrically connected at the I2C mouth of micro controller unit 11, and feed forward noise reduction chip 121 comprises feedforward microphone
Gain module 1211 and feed forward noise reduction circuit 1212；Feedback noise reduction unit 13 comprises feedback noise reduction chip 131 and feedback microphones
132, feedback noise reduction chip 131 is electrically connected at the I2C mouth of micro controller unit 11, feedback noise reduction chip (FB ANC IC) 131
Comprise feedback microphones gain module 1311 and feedback noise reduction circuit 1312；Feed forward noise reduction chip 121 and feedback noise reduction chip 131
It is electrically connected at the I2C mouth of micro controller unit 11；Feedforward microphone 122 is electrically connected at feedforward microphone gain module
1211；Feedforward microphone gain module 1211 be electrically connected at feed forward noise reduction circuit 1212 and the feedforward of feedback noise reduction chip 131,
Feedback mixing foot；Feed forward noise reduction circuit 1212 is electrically connected at the feedforward of feedback noise reduction chip 131, feedback mixing foot；Feedback wheat
Gram wind gain module 1311 property is connected to feedback microphones 132 and feedback noise reduction circuit 1312；Wherein, micro controller unit 11
Control feed forward noise reduction circuit 1212 according to low level signal and/or feedback noise reduction circuit 1312 work makes intelligent earphone in Working mould
Switch between formula.
Yet further, intelligent earphone also comprises two-way switch 16 and filter circuit 17, the outfan electricity of two-way switch 16
Property be connected to feedback noise reduction chip 131 feedforward, feedback mixing foot；The first input end SW4 of two-way switch 16 passes through filtered electrical
Road 17 is electrically connected at feedforward microphone gain module 1311；Second input SW5 of two-way switch 16 is electrically connected at feedforward
Dolby circuit 1212；The PIO4 mouth of micro controller unit 11 is electrically connected at two-way switch 16, and micro controller unit 11 is according to low
Level signal controls first input end SW4 or the second input SW5 Guan Bi of two-way switch 16.
Further, micro controller unit 11 comprises memory module 111 and bluetooth module 112, and memory module 111 stores
The mode of operation that intelligent earphone is current, closes when user and is then turned on intelligent earphone or is switched to another from current mode of operation
After mode of operation and when exiting this another mode of operation, micro controller unit 11 arranges intelligent earphone under the mode of operation of storage
Work；The command signal that the high in the clouds data host of bluetooth module 112 reception or the APP module of mobile device send, microcontroller
Unit 11 according to command signal control feed forward noise reduction circuit 1212 and/or feedback noise reduction circuit 1312 work make intelligent earphone in
Switch between mode of operation.
Above-mentioned intelligent earphone, wherein, described Working mode changeover unit is that three-dimensional stirs button.
The work process of this utility model intelligent earphone, the most in the present embodiment, work is illustrated below in conjunction with Fig. 1
Operation mode switch unit 14 stirs button for three-dimensional, and three-dimensional is stirred three outfans 141,142,143 of button and the most electrically connected
Being connected to the PIO1 mouth of micro controller unit 11, PIO2 mouth, PIO3 mouth, user stirs button by triggering three-dimensional by different way
Rear output low level signal is to micro controller unit 11, but this utility model is not limited thereto.
One, external environment perception shaping modes and the switching of pattern in wind:
11) user is clicked and is pressed three-dimensional when stirring button, and three-dimensional is stirred the second pass SW2 of button and closed merga pass output
Holding 141 output low level signals, the PIO1 mouth of micro controller unit 11 receives this low level signal, simultaneously micro controller unit 11
Detect that controlling the first input end SW4 of two-way switch 16 by PIO4 after this low level signal of PIO1 mouth closes and second defeated
Enter and hold SW5 to disconnect, i.e. intelligent earphone is in external environment perception shaping modes；
12) user is double-clicked and is pressed three-dimensional when stirring button, and second switch SW2 double Guan Bi outfan 141 is continuous
Exporting twice low level signal, the PIO1 mouth of micro controller unit 11 receives twice this low level signal, simultaneously microcontroller list
Controlled the first input end SW4 of two-way switch 16 by PIO4 after first 11 these low level signals double PIO1 mouth being detected
Disconnect and the second input SW5 Guan Bi, pattern during i.e. intelligent earphone is in wind.It is in micro controller unit time under this mode of operation
11 simultaneously close off feed forward noise reduction unit 12 by the decrease of noise functions of I2C mouth unlatching feedback noise reduction chip 131.Feedback microphones 132
After surrounding sound is arrived in pickup, after processing via feedback microphones gain module 1311, feedback noise reduction circuit 1312, pass through loudspeaker
15 contrary sound of amplitude equal phase of resetting realize noise reduction.If user is again clicked and is pressed three-dimensional and stir button
Time, intelligent earphone will move out in wind pattern and enters external environment perception shaping modes, its work process and aforementioned 1) process phase
With.
Two, open mode, the double switching listened between pattern and degree of depth noise reduction mode: when intelligent earphone is in external environment perception
During shaping modes, also comprise three kinds of mode of operations altogether user and select, i.e. open mode, double listen pattern and degree of depth noise reduction mode.
When this intelligent earphone uses and be in external environment perception shaping modes first, this mode of operation is open mode, double listens mould
Formula and the one of which of degree of depth noise reduction mode.
In the present embodiment as a example by the mode of operation that uses first is as open mode, but this utility model not as
Limit:
21) open mode: when being in open mode, first input end SW4 Guan Bi and the second input SW5 disconnect, the most micro-
Controller unit 11 closes feedback microphones gain module 1311, feedback noise reduction circuit 1312, feedback microphones by I2C mouth
132 and feed forward noise reduction circuit 1212.After surrounding sound is arrived in feedforward microphone 122 pickup, by feedforward microphone gain mould
Signal is done suitably amplification by block 1211, after filter circuit 17, two-way switch 16, exports to feedback noise reduction chip 131
After feedback, feedback mixing foot, reset out sound via loudspeaker 15.
22) open mode switches to double pattern of listening: user is stirred after a three-dimensional stirs button to side, can be by intelligence
Earphone switches to from open mode double listens pattern.When user is stirred after a three-dimensional stirs button to side, three-dimensional stir by
SAN GUAN SW3 of button closes merga pass outfan 143 output low level signal, and it is low that the PIO3 mouth of micro controller unit 11 receives this
Level signal, micro controller unit 11 closes feed forward noise reduction circuit by I2C mouth after this low level signal of PIO3 mouth being detected
1212 open feedback microphones gain module 1311, feedback noise reduction circuit 1312 and feedback microphones 132, first input end simultaneously
SW4 Guan Bi and the second input SW5 disconnect, and after feedforward microphone 122 pickup to surrounding sound, are increased by feedforward microphone
Signal is done suitably amplification by benefit module 1211, and after filter circuit 17, two-way switch 16, output is to feedback noise reduction chip 131
Feedforward, after feedback mixing foot, reset out sound via loudspeaker 15.Meanwhile, feedback microphones 132 pickup is to surrounding
After sound, via feedback microphones gain module 1311, signal is done suitably amplification and lead to after feedback noise reduction circuit 1312 processes again
Cross the loudspeaker 15 contrary sound of amplitude equal phase of resetting and realize noise reduction.
23) double listen pattern to switch to degree of depth noise reduction mode: user is again to 22) described in side stir three-dimensional again and dial
After dynamic button, pattern can be listened to switch to degree of depth noise reduction mode from double intelligent earphone.User is again to 32) described in side stir
After three-dimensional stirs button again, three-dimensional is stirred SAN GUAN SW3 of button and is again closed merga pass outfan 143 output low level
Signal, the PIO3 mouth of micro controller unit 11 receives this low level signal, and micro controller unit 11 controls two-way by PIO4 mouth
The first input end SW4 of switch 16 disconnects and the second input SW5 Guan Bi, and micro controller unit 11 is opened by I2C mouth simultaneously
Feedforward microphone gain module 1211, feed forward noise reduction circuit 1212, feedforward microphone 122, feedback microphones gain module 1311,
Feedback noise reduction circuit 1312 and feedback microphones 132, after feedforward microphone 122 pickup to surrounding sound, by feedforward wheat
Signal is done after suitably amplifying by gram wind gain module 1211, processes via feed forward noise reduction circuit 1212 and passes through the second input
SW5 output is to feedforward, feedback mixing foot, then is released with the outside noise amplitude phase heard with ear on ear limit by loudspeaker 15
The contrary sound of equiphase is to realize noise reduction.Meanwhile, after feedback microphones 132 pickup to surrounding sound, by instead
Signal is done after suitably amplifying by feedback microphone gain module 1311, processes via feedback noise reduction circuit 1312 and is reset by loudspeaker 15
Go out the contrary sound of amplitude equal phase to realize noise reduction.
In another embodiment as a example by the mode of operation that uses first is for degree of depth noise reduction mode, its work process is with aforementioned
21)-23) something in common repeats no more, and now difference is illustrated:
24) degree of depth noise reduction mode switches to double pattern of listening: user is to aforesaid 22)-23) opposite side stirs one time three
After stirring button, intelligent earphone can be switched to from degree of depth noise reduction mode and double listen pattern.When user is to aforesaid 22)-23)
Opposite side is stirred after a three-dimensional stirs button, and three-dimensional is stirred the first pass SW1 of button and closed merga pass outfan 141 and export
Low level signal, after the PIO1 mouth of micro controller unit 11 receives this low level signal, micro controller unit 11 is by PIO4 mouth
The first input end SW4 Guan Bi and the second input SW5 that control two-way switch 16 disconnect, and close feedforward fall by I2C mouth simultaneously
Noise cancellation circuit 1212 opens feedback microphones gain module 1311, feedback noise reduction circuit 1312 and feedback microphones 132 simultaneously, and first
Input SW4 Guan Bi and the second input SW5 disconnect, after feedforward microphone 122 pickup to surrounding sound, by feedforward wheat
Signal is done suitably amplification by gram wind gain module 1211, and after filter circuit 17, two-way switch 16, output is to feedback noise reduction core
After the feedforward of sheet 131, feedback mixing foot, reset out sound via loudspeaker 15.Meanwhile, feedback microphones 132 pickup is to week
After enclosing ambient sound, via feedback microphones gain module 1311, signal is done suitably amplification again at feedback noise reduction circuit 1312
Noise reduction is realized by the loudspeaker 15 contrary sound of amplitude equal phase of resetting after reason.
25) the double switched on mode playback of pattern of listening: user is to aforesaid 22)-23) opposite side stirs a three-dimensional again
After stirring button, intelligent earphone can be listened the switched on mode playback of pattern from double.When user is to aforesaid 22)-23) contrary one
Side is stirred after three-dimensional stirs button again, and three-dimensional is stirred the first pass SW1 of button and again closed merga pass outfan 141 and export
Low level signal, the PIO1 mouth of micro controller unit 11 is closed feedback microphones by I2C mouth after receiving this low level signal and is increased
Benefit module 1311, feedback noise reduction circuit 1312, feedback microphones 132 and feed forward noise reduction circuit 1212, feedforward microphone 122 picks up
After surrounding sound, by feedforward microphone gain module 1211, signal done suitably amplification, by filter circuit 17, double
After way switch 16, after exporting the feedforward to feedback noise reduction chip 131, feedback mixing foot, reset out sound via loudspeaker 15.
In another embodiment by the mode of operation used first be double listen pattern as a example by, its work process and aforementioned 21)-
25) something in common repeats no more, and existing difference is illustrated: when intelligent earphone be in double listen pattern time, by three-dimensional
The both sides stirring button are stirred once respectively so that intelligent earphone can go out double listen pattern switch to degree of depth noise reduction mode or from hold concurrently
Listen the switched on mode playback of pattern.
Refer to the structural representation that Fig. 2, Fig. 2 are this utility model another embodiments of intelligent earphone, the arrow side in figure
To representing sense.Intelligent earphone shown in Fig. 2 is roughly the same with shown in Fig. 1, and the most no longer this repeats thus like part
, now difference is illustrated.In this utility model intelligent earphone, micro controller unit 11 also comprises storage as shown in Figure 2
Module and bluetooth module；The mode of operation that memory module storage intelligent earphone is current, closes when user and is then turned on intelligent earphone
Or when being switched to after another mode of operation from current mode of operation and exit another mode of operation, micro controller unit 11 is arranged
Intelligent earphone works under the mode of operation of storage, and such as present mode is double pattern of listening, and memory module can store works as front mould
Formula is double to listen pattern, when user close be then turned on intelligent earphone after micro controller unit 11 to arrange intelligent earphone be double to listen mould
Formula；Micro controller unit 11 receives, by bluetooth module, the instruction letter that the APP module of high in the clouds data host or mobile device sends
After number, micro controller unit 11 controls feed forward noise reduction unit according to command signal and/or feedback noise reduction unit start makes described
Intelligent earphone switches between described mode of operation.
Above are only preferred embodiment of the present utility model, be not used for limiting the scope that this utility model is implemented,
In the case of without departing substantially from this utility model spirit and essence thereof, those of ordinary skill in the art work as can be according to this utility model
Make various corresponding change and deformation, but these change accordingly and deformation all should belong to the right appended by this utility model and want
The protection domain asked.
Claims (10)
1. an intelligent earphone, it is characterised in that comprise:
Micro controller unit；
Feed forward noise reduction unit, is electrically connected at described micro controller unit；
Feedback noise reduction unit, is electrically connected at described micro controller unit and described feed forward noise reduction unit；And
Working mode changeover unit, is electrically connected at described micro controller unit, and described Working mode changeover unit exports low electricity
Ordinary mail number；
Wherein, described micro controller unit controls described feed forward noise reduction unit and/or described feedback according to described low level signal
Noise reduction unit start makes described intelligent earphone switch between different mode of operations.
2. intelligent earphone as claimed in claim 1, it is characterised in that described mode of operation comprises external environment perception regulation mould
Pattern in formula and wind, described external environment perception shaping modes also comprises open mode, double listens pattern and degree of depth noise reduction mode.
3. intelligent earphone as claimed in claim 1, it is characterised in that described feed forward noise reduction unit comprise feed forward noise reduction chip and
Feedforward microphone, described feedforward microphone is electrically connected at described feed forward noise reduction chip, and described feed forward noise reduction chip is electrically connected with
In described micro controller unit and described feedback noise reduction unit.
4. intelligent earphone as claimed in claim 3, it is characterised in that described feedback noise reduction unit comprise feedback noise reduction chip and
Feedback microphones, described feedback microphones is electrically connected at described feedback noise reduction chip, and described feedback noise reduction chip is electrically connected with
In described micro controller unit and described feed forward noise reduction chip.
5. intelligent earphone as claimed in claim 4, it is characterised in that also comprise two-way switch, the output of described two-way switch
End is electrically connected at described feedback noise reduction chip, and two inputs of described two-way switch are electrically connected at described feed forward noise reduction core
Sheet, described micro controller unit is electrically connected at described two-way switch, and described micro controller unit is according to described low level signal
Control described two-way switch start.
6. intelligent earphone as claimed in claim 5, it is characterised in that described feed forward noise reduction chip comprises:
Feedforward microphone gain module, is electrically connected at described feedforward microphone and the first input end of described two-way switch；
Feed forward noise reduction circuit, is electrically connected at the second input of described two-way switch and described feedforward microphone gain module；
Described feedback noise reduction chip comprises:
Feedback noise reduction circuit, is electrically connected at described loudspeaker；
Feedback microphones gain module, is electrically connected at described feedback microphones and described feedback noise reduction circuit；
Wherein, described micro controller unit controls described feed forward noise reduction circuit and/or described feedback according to described low level signal
Dolby circuit start makes described intelligent earphone switch between described mode of operation.
7. intelligent earphone as claimed in claim 6, it is characterised in that also comprise filter circuit, be electrically connected at described feedforward
Between microphone gain module and described first input end.
8. intelligent earphone as claimed in claim 1, it is characterised in that described Working mode changeover unit be three-dimensional stir by
Button.
9. intelligent earphone as claimed in claim 1, it is characterised in that described micro controller unit comprises memory module, storage
The mode of operation that described intelligent earphone is current, closes when user and is then turned on described intelligent earphone or cuts from current mode of operation
After changing to another mode of operation and when exiting another mode of operation described, described micro controller unit arrange described intelligent earphone in
Work under the described mode of operation of storage.
10. intelligent earphone as claimed in claim 1, it is characterised in that described micro controller unit also comprises bluetooth module, institute
The command signal that the APP module of the high in the clouds data host or mobile device of stating bluetooth module reception sends, described microcontroller list
Unit controls described feed forward noise reduction unit according to described command signal and/or described feedback noise reduction unit start makes described Intellgent Ear
Machine switches between described mode of operation.
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| CN201620583720.XU CN205754771U (en) | 2016-06-16 | 2016-06-16 | Intelligent earphone |
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| CN201620583720.XU CN205754771U (en) | 2016-06-16 | 2016-06-16 | Intelligent earphone |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107517415A (en) * | 2016-06-16 | 2017-12-26 | 峰范（北京）科技有限公司 | Intelligent earphone |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107517415A (en) * | 2016-06-16 | 2017-12-26 | 峰范（北京）科技有限公司 | Intelligent earphone |
| CN107517415B (en) * | 2016-06-16 | 2024-06-07 | 江西斐耳科技有限公司 | Intelligent earphone |
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Address after: Floor 4, building 1, No. 5, changnanyuan Road, Changnan Industrial Park, qingyunbu District, Nanchang City, Jiangxi Province Co-patentee after: FENGFAN (SUZHOU) AUDIO TECHNOLOGY Co.,Ltd. Patentee after: Jiangxi Feier Technology Co., Ltd Address before: 100016, room 7598, building 7, South 1 village, Northeast Village, Beijing, Haidian District Co-patentee before: FENGFAN (SUZHOU) AUDIO TECHNOLOGY Co.,Ltd. Patentee before: FENGFAN (BEIJING) TECHNOLOGY Co.,Ltd. |
|
| CP03 | Change of name, title or address |