CN110166863A - A kind of In-Ear voice device - Google Patents
A kind of In-Ear voice device Download PDFInfo
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- CN110166863A CN110166863A CN201910471833.9A CN201910471833A CN110166863A CN 110166863 A CN110166863 A CN 110166863A CN 201910471833 A CN201910471833 A CN 201910471833A CN 110166863 A CN110166863 A CN 110166863A
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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
- H04R1/00—Details of transducers, loudspeakers or microphones
- H04R1/08—Mouthpieces; Microphones; Attachments therefor
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Abstract
The embodiment of the invention provides a kind of In-Ear voice devices, comprising: receiving module and the detecting module connecting with receiving module；The receiving module, the biological characteristic transmitted in ear canal when for receiving wearer's speech；The detecting module, for comparing the biological characteristic and the special characteristic model, when the biological characteristic and the special characteristic Model Matching, the detecting module corresponds to the biological characteristic and generates output signal；Whereby, biological characteristic when wearer's speech can be effectively received, avoids being influenced by the noise of context；And it can be by extracting exclusive biological characteristic in wearer's ear canal, to reach exclusive matching effect.
Description
Technical field
The present invention relates to voice technology fields, more particularly to a kind of In-Ear voice device.
Background technique
When using personal electric product, in order to allow wearer under the situation for not interfering other people, electronic product institute is listened to
The sound of offer seeks advice from or carries out speech exchange, and the earphone equipped with microphone has become the important accessory of electronic product.
However, wearer is when carrying out speech exchange using microphone, voice content can be conveyed to microphone via air,
Cause microphone to be easy while the voice content for being connected to wearer and the noise under local environment, cause the quality of speech exchange by
To influence；And in U.S. Patent No. 20180098159, No. 20020141602 and No. US9036833B2, volume utilizes
Internal auditory meatus microphone acquires sound, and nationality is to improve speech exchange quality.
Furthermore wearer can link up through voice system with mobile terminal apparatus, for example, as long as wearer
A certain order is told to above-mentioned mobile terminal apparatus, system will take corresponding operation according to the voice signal of wearer.
And voice system requires to obtain the basic service and information of cloud server through network integration cloud server at present,
It is intended, complicated and powerful operational capability is supported into speech processes process, transfer to cloud server to execute processing, to reduce
The cost of configuration hardware needed for mobile terminal apparatus.
But for the operation that needs to be conversed through address list, pass news in brief etc., due to need upload communication record to
In cloud server, to find call or pass the object of news in brief；Therefore, for the individual privacy safety of wearer, there are secret worries
Property.
In addition, use when voice system need to be activated with mobile terminal apparatus at present, wearer needs to fill mobile terminal
The keyword or Key Words for saying official's formulation are set, such as: hey siri or hey google now etc. just can start voice system
System；But keyword or Key Words that official formulates, it is capable of providing anyone use, that is to say, that anyone is to mobile terminal
Device says the keyword of formulation or Key Words or wearer's environment periphery someone say the keyword or Key Words of formulation,
Just voice system can be waken up, in this way, not have exclusive matched control mode, be easy to cause and is stored in mobile terminal apparatus
The leakage of interior personal information, can not effective guarantee wearer data privacy and safety in utilization.
Summary of the invention
In view of the above problems, it proposes the embodiment of the present invention and overcomes the above problem or at least partly in order to provide one kind
A kind of In-Ear voice device to solve the above problems.
To solve the above-mentioned problems, the embodiment of the invention discloses a kind of In-Ear voice devices, comprising: receiving module with
And the detecting module being connect with receiving module；
The receiving module, the biological characteristic transmitted in ear canal when for receiving wearer's speech；
The detecting module, for comparing the biological characteristic and the special characteristic model, when the biological characteristic
When with the special characteristic Model Matching, the detecting module corresponds to the biological characteristic and generates output signal；
Further, the receiving module is provided with the first receiving unit and the second receiving unit, and described first receives list
Member is the first microphone or accelerometer, and second receiving unit is second microphone；
Further, when the first unit is the first microphone, the biological characteristic is first receiving unit
Receive the sound transmitted when wearer's speech by Eustachian tube；
Further, when first receiving unit is accelerometer, the biological characteristic is first receiving unit
The vibration that otica generates when receiving wearer's speech；
Further, second receiving unit is used to receive the sound transmitted when wearer's speech by mouth；
It further, further include Dolby circuit；The receiving module is equipped with speaker unit, the speaker unit and the drop
Noise cancellation circuit connection；
Further, the detecting module is provided with storage element and comparing unit, and the storage element is equipped with specific spy
Model is levied, the comparing unit is provided with signal processing circuit；
Further, the comparing unit, for receive and through the signal processing circuit by the biological characteristic into
Row signal processing, to generate biological characteristic model；
Further, the comparison unit is also used to carry out on the biological characteristic model and the special characteristic model
Matching；
It further, further include link module and electronic device, the detecting module is connect with the electronic device；
Further, the comparing unit, for generating when the biological characteristic and the special characteristic Model Matching
Output signal；
Further, the link module, for the signal to be sent to the electronic device；
Further, the electronic device, for carrying out control action according to the output signal；
Further, the biological characteristic includes the first biological characteristic and the second biological characteristic；
Further, the detecting module, for comparing first biological characteristic and the special characteristic model；
Further, the link module, for second biological characteristic to be sent to the electronic device；
It further, further include processing module, the processing module and the receiving module and the link module connect
It connects；
Further, the processing module, it is miscellaneous for carrying out received second biological characteristic of the receiving module
It interrogates filtration treatment, and treated the biological characteristic by the link module is sent to the electronic device；
It further, further include switching module, the switching module includes first mode and second mode, the switching mould
Block is connect with the detecting module；
Further, when being in the first mode, the detecting module is by the biological characteristic and the special characteristic
Model is compared；When in the second mode, the biological characteristic is established as the special characteristic by the detecting module
Model, and be stored in the storage element；
It further, further include switching module, the switching module includes first mode and second mode；The switching mould
Block is connect with the detecting module；
Further, the electronic device is equipped with application module, and the application module is equipped with and establishes unit；In described
When one mode, the biological characteristic is compared the detecting module with the special characteristic model；The unit of establishing opens
When moving the second mode, the biological characteristic is established as the special characteristic model by the detecting module, and is stored in institute
It states in storage element；
It further, further include functional module, the functional module is connect with the detecting module；
Further, the functional module, for obtaining the physiology information of wearer；
Further, the detecting module is also used to compare the physiology information with preset physiological characteristic model, with
Identify the identity of wearer；
Further, the special characteristic model takes plural biological characteristic unified specific vocabulary by signal processing
The characteristic value of the biological characteristic is obtained, and by the characteristic value after average sample, obtains the common characteristic value as institute
State special characteristic model.
The beneficial effect comprise that
One, when wearer wears In-Ear voice device in ear canal, and starts speech, ear is received by receiving module
Biological characteristic in road；So as to that can not be affected by the external environment, is understood by receiving module and completely received in wearer's speech
Hold；And when wearer tells specific vocabulary by In-Ear voice device, receiving module can be extracted in wearer's ear canal
Exclusive biological characteristic exclusive biological characteristic model is compared with special characteristic model by detecting module, to reach special
Belong to matching effect；It whereby, can the data privacy of effective guarantee wearer and the problem of safety in utilization.
Two, the present invention further the second receiving unit of collocation can have as the matching effect of the first receiving unit of auxiliary
Effect promotes the precision of exclusive matching.
Three, when wearer by functional module in using before In-Ear voice device, capable of carrying out identity identification function, and
After identity identification success, the operations such as speech exchange or signal control just can be carried out by In-Ear voice device, so as to having
Effect ensures the problem of data privacy and safety in utilization of wearer.
Four, switching module of the invention is capable of providing wearer and establishes exclusive personalized special characteristic model, so as to reaching
To exclusive matching and control effect, the problem of with the data privacy and safety in utilization of effective guarantee wearer.
Five, particularly unique feature of the present invention model is formed by plural biological characteristic is for statistical analysis, so can be with
The special characteristic model of high matching degree is compared with biological characteristic model, and then promotes triggering probability, quickly and efficiently to produce
Raw output signal.
Detailed description of the invention
Fig. 1 is a kind of structural profile illustration of In-Ear voice device first embodiment of the invention；
Fig. 2 is wearing and the ear canal schematic diagram of a kind of In-Ear voice device first embodiment of the invention；
Fig. 3 is a kind of configuration diagram of In-Ear voice device first embodiment of the invention；
Fig. 4 is a kind of special characteristic illustraton of model of In-Ear voice device first embodiment of the invention；
Fig. 5 is a kind of structural profile illustration of In-Ear voice device second embodiment of the invention；
Fig. 6 is a kind of connection schematic diagram of In-Ear voice device second embodiment of the invention；
Fig. 7 is a kind of another connection schematic diagram of In-Ear voice device second embodiment of the invention.
In attached drawing: 1, ear canal；2, electronic device；3, application module；4, unit is established；5, In-Ear voice device；
10, shell；11, accommodation space；12, outer end；13, end is installed；14, sound pipe；15, earplug；
20, receiving module；21, the first receiving unit；22, the second receiving unit；221, Dolby circuit；23, speaker unit；
30, functional module；40, detecting module；41, storage element；42, comparing unit；50, switching module；60, link mould
Block；70, processing module.
Specific embodiment
In order to make the foregoing objectives, features and advantages of the present invention clearer and more comprehensible, with reference to the accompanying drawing and specific real
Applying mode, the present invention is described in further detail.
Referring to Fig.1, a kind of structural schematic diagram of In-Ear voice device embodiment of the invention, In-Ear voice are shown
Device, comprising:
Shell 10 is internally provided with accommodation space 11；The shell 10 is provided with outer end 12 and installing end 13, described
Outer end 12 is reversed with the installing end 13, and sound pipe 14 is equipped in the installing end 13, and the sound pipe 14 is connected to described
Accommodation space 11, the accommodation space 11 are arranged in the outer end 12；The outer end 12 is described towards the outside of ear canal 1
The outside of sound pipe 14 is connected with earplug 15, and the earplug 15 is used to fill in the ear canal 1 of wearer.
Receiving module 20 and the detecting module 40 being connect with receiving module 20；
The receiving module 20, the biological characteristic transmitted in ear canal 1 when for receiving wearer's speech；
The detecting module 40, for comparing the biological characteristic and the special characteristic model, when the biology is special
When sign is with the special characteristic Model Matching, the corresponding biological characteristic of the detecting module 40 generates output signal.
The receiving module 20 is provided with the first receiving unit 21, first receiving unit 21 include the first microphone and
Accelerometer；When first receiving unit 21 is the first microphone, the biological characteristic is that first receiving unit 21 connects
Receive the sound transmitted when wearer's speech by Eustachian tube；When first receiving unit 21 is accelerometer, the biological characteristic
The vibration that otica generates when receiving wearer's speech for first receiving unit 21.
In a preferred embodiment of the invention, the first receiving unit 21 is internal microphone, the setting of the first receiving unit 21
In the side close to installing end 13, it is arranged in accommodation space 11 or sound pipe 14, and the first receiving unit 21 can be used including bone conduction
Any one in formula, air-conduction type or optical profile type microphone, the biological characteristic are that the first receiving unit 21 receives wearer and says
The sound transmitted when words via Eustachian tube；In this clearly demarcated another embodiment, the first receiving unit 21 is accelerometer, described
Biological characteristic is vibration caused by otica when accelerometer receives wearer's speech.
The receiving module 20 further includes the second receiving unit 22, and second receiving unit 22 is second microphone, institute
The second receiving unit 22 is stated for receiving the sound transmitted when wearer's speech by mouth；In the preferred embodiment of the present invention
In, second receiving unit 22 is external microphone, and the external microphone is disposed in proximity to the side of outer end 12, second
Receiving unit 22 is used for receive the sound transmitted when wearer's speech via mouth, or receives surrounding's sound of wearer
Sound.
It further include Dolby circuit 221, the receiving module 20 is equipped with speaker unit 23, and the speaker unit 23 connects noise reduction
Circuit 221；The speaker unit 23 connects second receiving unit 22, and second receiving unit 22 connects the noise reduction electricity
Road 221, Dolby circuit 221 have to signal filtering, reversed and enhanced processing function, wherein speaker unit 23 is for playing
Sound signal, such as: music or voice etc..
When second receiving unit 22 receives ambient noise, the second receiving unit 22 provides corresponding ambient noise
Environment signal is to Dolby circuit 221, via, again by signal is reversed and enhanced processing, and exporting de-noising signal to raising after filtering processing
Sound unit 23, and generated since noise cancellation signal is amplified according to the inverse filtering of environment signal, it can be exported with speaker unit 23 itself
After sound signal is overlapped mixing, de-noising signal can offset extraneous environmental noise, and then provide noise-free sound news
Number or voice to wearer.
The detecting module 40 is set to accommodation space 11, and connects with the receiving module 20 and the functional module 30
It connects；The received biological characteristic of institute is sent to detecting module 40 by receiving module 20, and detecting module 40 by biological characteristic with it is specific
Characteristic model compares, and when biological characteristic and special characteristic Model Matching, the corresponding special characteristic model of detecting module 40 is generated
Output signal, wherein output signal is analogy or the digital signal for carrying information physical amount, and the information content can be that transmitting is existing
As the state of behavior or attribute, message, image or voice etc., invention is not limited thereto.
The detecting module 40 is provided with storage element 41 and comparing unit 42, and the storage element 41 is equipped with special characteristic
Model；The comparing unit 42 is provided with signal processing circuit, and the comparing unit 42 is for receiving and by the signal
It manages circuit and the biological characteristic is subjected to signal processing, to generate biological characteristic model, the comparison unit 42 is used for will be described
Biological characteristic model is matched with the special characteristic model；The storage element 41 is equipped with physiological characteristic model, wherein raw
Managing characteristic model is the biological characteristic for being specific to wearer, such as: fingerprint or blood vessel volume change；Comparing unit 42 will be will give birth to
Reason information is compared with physiological characteristic model, when physiologic information matches with physiological characteristic model, then confirms the identity of wearer.
The special characteristic model is that specific vocabulary is formed by signal model；The signal that comparing unit 42 has handles electricity
Road, comparing unit 42 acquire specific for receiving and biological characteristic being carried out signal filtration treatment by signal processing circuit
Biological characteristic model caused by bandwidth, comparing unit 42 match biological characteristic model with special characteristic model, work as life
When object characteristic model and special characteristic Model Matching, the corresponding special characteristic model of detecting module 40 generates output signal；Specific spy
The characteristic value that a plurality of biological characteristics obtain same specific vocabulary by signal processing each biological characteristic by model system is levied, and
By each characteristic value after average sample, the common characteristic value is obtained as special characteristic model, as shown, in the present invention
Preferred embodiment in, special characteristic model is that cepstrum corresponds to the coordinate diagram of time；Wherein, a plurality of biological characteristics can be
Say that plural specific vocabulary, or different wearers say specific vocabulary by the same wearer.
Further, comparing unit 42 becomes the 20 received biological characteristic of institute of receiving module by Fourier transform
Temporal frequency signal, be removed by filtration should not frequency range, for filtered signal carry out sampling analysis, further according to calculation
Method carries out signature analysis for the signal of sampling analysis, and the feature analyzed can be converted the special characteristic mould of neural network
Type；Wherein, biological characteristic model be equally by comparing unit 42 by the Fourier transform, filtering, sampling, signature analysis with
And it is converted into produced by neural network.
The present invention precisely receives biological characteristic when wearer's speech by receiving module 20, and is compared by detecting module 40
To processing, exclusive matched output signal is generated, is used with carrying out subsequent various signals；In addition, when wearer connects through first
It receives unit 21 and collects biological characteristic, the second receiving unit 22 also can receive the specific vocabulary told by mouth simultaneously, so detecting
Module 40, also can be received by 22 institute of the second receiving unit in addition to the biological characteristic of the first receiving unit 21 can be compared
Specific vocabulary is compared, and so as to reaching dual comparison, effectively promotes matching precision.
It further include switching module 50, the switching module 50 includes first mode and second mode；The switching module 50
It is connect with the detecting module 40；When in the first mode, the detecting module 40 is by the biological characteristic and the spy
Determine characteristic model to be compared；When in the second mode, the biological characteristic is established as described by the detecting module 40
Special characteristic model, and be stored in the storage element 41.
In a preferred embodiment of the invention, switching module 50 is switch button, and wearer can pass through different pressings
Mode manipulates switching first mode or second mode, such as: short-press switching module 50 is first mode, and long-pressing switching module 50 is
Second mode；Further, when wearer's control mode in the first pattern manipulates switching module 50, wearer can be in making
With during In-Ear voice device 5, manipulation switching module 50 enters second mode, and wearer can establish in storage element 41
Personal exclusive special characteristic model, and this special characteristic model corresponds to existing control action；Therefore, wearer can penetrate and cut
Block 50 is changed the mold with self training mode of learning, exclusive personalized special characteristic model is established, so as to effectively promoting exclusive matching
Degree, and then ensure the data privacy and safety in utilization of wearer.
It further include link module 60 and electronic device 2, the detecting module 40 is connect with the electronic device 2；The ratio
Unit 42 is used to generate output signal, the link module when the biological characteristic and the special characteristic Model Matching
60 for being sent to the electronic device 2 for the signal, and the electronic device 2 according to the output signal for being manipulated
Movement；Wherein, link module 60 can be connect by wired or wireless with electronic device 2, when link module 60 and electronic device 2
When to be wirelessly connected, link module 60 is bluetooth module；Electronic device 2 can be intelligent running gear or non-intelligent row
Dynamic device, such as: machine table, household appliances, consumption electronic product, locomotive etc. can receive the electronic product of signal.
Further, when biological characteristic model and special characteristic Model Matching, comparing unit 42 can generate output signal,
And output signal is sent to by electronic device 2 by link module 60, electronic device 2 carries out control action according to output signal；
Wherein, the corresponding output signal of special characteristic model can be equipped with the control action of cooperation, that is to say, that when storage element 41
When equipped with a plurality of special characteristic models, a plurality of specific vocabulary have been meant that, and storage element 41 can store each specific word
Control action joined together by converging, and same specific vocabulary can have different manipulations dynamic according to the different electronic devices 2 of correspondence
Make；Whereby, wearer can achieve the effect that exclusive control electronic device 2 through output signal caused by exclusive matching.
Wherein preferred embodiment example 1: the corresponding specific vocabulary of special characteristic model is " booting ", and electronic device 2 is to add
Work board, and the control action for corresponding to special characteristic model is the power supply for starting machine table, therefore, as the said spy of wearer
When determining the biological characteristic of vocabulary " booting " and being judged as matching via comparing unit 42, just by link module 60 by generated output
Signal is sent to electronic device 2, and starts the power supply of machine table.
Wherein preferred embodiment example 2: the corresponding specific vocabulary of special characteristic model is " booting ", and electronic device 2 is intelligence
Energy type running gear, and the control action of special characteristic model is corresponded to open voice assistant in intelligent running gear and applying journey
Sequence, therefore, when the said specific word of wearer converge the biological characteristic of " booting " be judged as matching via comparing unit 42 when, just by
Generated output signal is sent to electronic device 2 by link module 60, and starts voice assistant application.
It further include processing module 70, the processing module 70 connects the receiving module 20 and the link module 60,
The processing module 70 is used to received second biological characteristic of the receiving module 20 carrying out noise filtration treatment, and will
Treated the biological characteristic is sent to the electronic device 2 by the link module 60, and the biological characteristic includes the
One biological characteristic and the second biological characteristic, the detecting module 40 is by first biological characteristic and the special characteristic model
It compares；Second biological characteristic is sent to the electronic device 2 by the link module 60.
It further, just can be through output after wearer is through the first biological characteristic and special characteristic Model Matching
Signal is linked up with electronic device 2, then, when wearer persistently talk caused by the second biological characteristic, can through connect
It ties module 60 and second biological characteristic is sent to electronic device 2, to cooperate control action；When the first biological characteristic and special characteristic
After Model Matching, electronic device 2 cooperates control action to start voice assistant application according to output signal；It is helped in waking up voice
After managing application program, wearer persistently talks generated second biological characteristic, by the noise processed of processing module 70, and energy
It is enough completely and to be clearly sent to voice assistant application.
It further include switching module 50, the switching module 50 includes when the electronic device 2 is intelligent running gear
First mode and second mode；The switching module is connect with the detecting module 40；The electronic device 2 is equipped with application module
3, the application module 3 is equipped with and establishes unit 4；When in the first mode, the detecting module 40 is by the biological characteristic
It is compared with the special characteristic model；Described when establishing unit 4 and starting the second mode, the detecting module 40 is by institute
It states biological characteristic and is established as the special characteristic model, and be stored in the storage element 41.It is applied when wearer opens
When establishing unit 4 of module 3 is established unit 4 and is connect with switching module 50, and switching module 50 is manipulated as second mode,
Wearer can establish personal exclusive special characteristic model in storage element 41, and can be in the foundation list of application module 3
Member 4 specifies this corresponding control action of special characteristic model.
Plural biological characteristic is obtained the life by signal processing for unified specific vocabulary by the special characteristic model
The characteristic value of object feature, and by the characteristic value after average sample, the common characteristic value is obtained as the specific spy
Levy model.
It further include functional module 30, the functional module 30 is connect with the detecting module 40, and the functional module 30 is used
In the physiology information for obtaining wearer, the detecting module 40 is used to compare the physiology information with physiological characteristic model, with
Identify the identity of wearer；Functional module 30 is used to obtain the physiologic information of wearer, wherein biological information is preferably worn
The blood vessel volume change of person, but not limited to this；When physiologic information is blood vessel volume change, then by utilizing light volume change
Graphy figure method obtains wearer's ear because of heartthrob, and causes the caliber change of blood vessel in ear.
In summary, beneficial effects of the present invention are as follows:
One, it when wearer wears In-Ear voice device 5 in ear canal 1, and starts speech, is connect by receiving module 20
Receive the biological characteristic in ear canal 1；So as to that can not be affected by the external environment, is understood by receiving module 20 and completely receive wearer
Speech content；And when wearer tells specific vocabulary through In-Ear voice device 5, receiving module 20 can extract wearing
Exclusive biological characteristic in person's ear canal 1 is compared exclusive biological characteristic model with special characteristic model by detecting module 40
It is right, to reach exclusive matching effect；It whereby, can the data privacy of effective guarantee wearer and the problem of safety in utilization.
Two, the present invention further collocation the second receiving unit 22, as auxiliary the first receiving unit 21 matching effect,
The precision of exclusive matching can effectively be promoted.
Three, when wearer is when using In-Ear voice device 5, functional module 30 can be passed through and carry out identity identification function
Can, and after identity identification success, the operations such as speech exchange or signal control just can be carried out through In-Ear voice device 5,
So as to effective guarantee wearer data privacy and safety in utilization the problem of.
Four, switching module 50 of the invention is capable of providing wearer and establishes exclusive personalized special characteristic model, so as to
Reach exclusive matching and control effect, the problem of with the data privacy and safety in utilization of effective guarantee wearer.
Five, particularly unique feature of the present invention model is formed by plural biological characteristic is for statistical analysis, so can be with
The special characteristic model of high matching degree is compared with biological characteristic model, and then promotes triggering probability, quickly and efficiently to produce
Raw output signal.
It should be noted that those skilled in the art should understand that, the embodiment of the present invention is not suitable by described movement
The limitation of sequence, because according to an embodiment of the present invention, some steps may be performed in other sequences or simultaneously.Secondly, ability
Field technique personnel also should be aware of, and the embodiments described in the specification are all preferred embodiments, and related movement is not
It must be necessary to the embodiment of the present invention.
Claims (10)
1. a kind of In-Ear voice device characterized by comprising receiving module and the detecting mould being connect with receiving module
Block；
The receiving module, the biological characteristic transmitted in ear canal when for receiving wearer's speech；
The detecting module, for comparing the biological characteristic and the special characteristic model, when the biological characteristic and institute
When stating special characteristic Model Matching, the detecting module corresponds to the biological characteristic and generates output signal.
2. In-Ear voice device according to claim 1, which is characterized in that the receiving module is provided with the first reception
Unit and the second receiving unit, first receiving unit are the first microphone or accelerometer, and second receiving unit is the
Two microphones；
When the first unit is the first microphone, the biological characteristic is that first receiving unit receives wearer's speech
When by Eustachian tube transmit sound；
When first receiving unit is accelerometer, the biological characteristic is that first receiving unit receives wearer's speech
When otica generate vibration；
Second receiving unit is used to receive the sound transmitted when wearer's speech by mouth.
3. In-Ear voice device according to claim 1, which is characterized in that further include Dolby circuit；The reception mould
Block is equipped with speaker unit, and the speaker unit is connect with the Dolby circuit.
4. In-Ear voice device according to claim 1, which is characterized in that the detecting module is provided with storage element
And comparing unit, the storage element are equipped with special characteristic model, the comparing unit is provided with signal processing circuit；
The comparing unit, for receiving and the biological characteristic being carried out signal processing by the signal processing circuit, with
Generate biological characteristic model；
The comparison unit is also used to match the biological characteristic model with the special characteristic model.
5. In-Ear voice device according to claim 4, which is characterized in that it further include link module and electronic device,
The detecting module is connect with the electronic device；
The comparing unit, for generating output signal when the biological characteristic and the special characteristic Model Matching；
The link module, for the signal to be sent to the electronic device；
The electronic device, for carrying out control action according to the output signal.
6. In-Ear voice device according to claim 5, which is characterized in that the biological characteristic includes that the first biology is special
Sign and the second biological characteristic；
The detecting module, for comparing first biological characteristic and the special characteristic model；
The link module, for second biological characteristic to be sent to the electronic device.
7. In-Ear voice device according to claim 4, which is characterized in that it further include processing module, the processing mould
Block is connect with the receiving module and the link module；
The processing module, for received second biological characteristic of the receiving module to be carried out noise filtration treatment, and
Treated the biological characteristic by the link module is sent to the electronic device.
8. In-Ear voice device according to claim 4, which is characterized in that it further include switching module, the switching mould
Block includes first mode and second mode, and the switching module is connect with the detecting module；
When in the first mode, the biological characteristic is compared the detecting module with the special characteristic model；
When in the second mode, the biological characteristic is established as the special characteristic model by the detecting module, and is stored in
In the storage element.
9. In-Ear voice device according to claim 5, which is characterized in that it further include switching module, the switching mould
Block includes first mode and second mode, and the switching module is connect with the detecting module；
The electronic device is equipped with application module, and the application module is equipped with and establishes unit；It is described when in the first mode
The biological characteristic is compared detecting module with the special characteristic model；It is described to establish second mode described in unit starting
When, the biological characteristic is established as the special characteristic model by the detecting module, and is stored in the storage element.
10. In-Ear voice device according to claim 1, which is characterized in that
It further include functional module, the functional module is connect with the detecting module；
The functional module, for obtaining the physiology information of wearer；
The detecting module is also used to compare the physiology information with preset physiological characteristic model, to identify wearer's
Identity；
The special characteristic model obtains plural biological characteristic unified specific vocabulary by signal processing described biological special
The characteristic value of sign, and by the characteristic value after average sample, the common characteristic value is obtained as the special characteristic mould
Type.
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Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102185963A (en) * | 2011-03-03 | 2011-09-14 | 曾超宁 | Auditory canal control device |
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| CN105813552A (en) * | 2013-12-03 | 2016-07-27 | 海达星医疗有限公司 | Physiological and psychological condition sensing headset |
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| CN110166863B (en) | 2021-07-06 |
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