CN104822103A - Earphone - Google Patents
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- CN104822103A CN104822103A CN201510134682.XA CN201510134682A CN104822103A CN 104822103 A CN104822103 A CN 104822103A CN 201510134682 A CN201510134682 A CN 201510134682A CN 104822103 A CN104822103 A CN 104822103A
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Abstract
The present invention discloses an earphone, which comprises an audio playing module, a sensor module and a control module, wherein the control module is connected with the audio playing module and the sensor module. The audio playing module is used for playing an audio signal; the sensor module is used for detecting relevant information; and the control module is used for controlling the operation of the earphone according to the information detected by the sensor module. The earphone according to the present invention controls the operation of the earphone according to the information detected by the sensor module, thereby embodying the intelligentized and humanized design of the earphone, enhancing the convenience and the security of the use of the earphone and satisfying the increasing needs of intelligentization and humanization of persons for the earphone.
Description
Technical field
The present invention relates to a kind of earphone.
Background technology
For a lot of user, earphone is absolutely necessary carry-on equipment.
Earphone classification is various, classifies mainly contain according to its transducing mode: moving-coil mode, dynamic iron mode, electrostatic and etc. magnetic-type; Classify from structure, semi open model and closed can be divided into; Then ear type is had, ear suspension type, In-Ear and wear-type from the formal classification of wearing; Classify from the number of wearing, have single earphone and many people earphone; Distinguish from source of sound, active earphone and Passive earphone can be divided into; Active earphone is also often called as card earphone.
The control of earphone operating state, the operate that can be connected by earphone, also can control the operating state of earphone by the button on earphone.The mode of operation of above-mentioned earphone generally comprises the adjustment of volume or answers, hangs up.
Along with science and technology intelligently develops, the intelligent demand of people to appliance and electronic is more and more higher.Traditional mode of operation of this mode controlled earphone operating state, and earphone at present can not meet the growing intelligent demand of people.Especially, out of doors when motion or driving, people need especially to take sb's mind off sth and control the running status of earphone, there is certain inconvenience and certain potential safety hazard, also do not embody the intellectuality of ear-phone function.
Summary of the invention
A technical problem to be solved by this invention is, provides a kind of earphone of easy-to-use, functional intellectualization, makes people without the need to the operation controlling earphone of especially taking sb's mind off sth, and can also meet the demand of people to the growing intellectuality of earphone and hommization.
The invention provides a kind of earphone, comprising:
Audio playing module, for playing audio signal;
Sensor assembly;
Control module, controls the operation of described earphone for the information detected by described sensor assembly.
Like this, control the operation of earphone according to the information of transducer detection, improve ease of use and the fail safe of user, while the both hands of liberation user, improve intellectuality and the human oriented design of earphone.
Preferably, this earphone also comprises:
Audio-frequency noise suppression module, for in response to the noise suppressed instruction from described control module, produce audio-frequency noise and suppress signal, and suppress signal to be supplied to described audio playing module described audio-frequency noise, to suppress the noise of surrounding environment in the audio signal play in described audio playing module.
Like this, automatically can suppress the noise of surrounding environment, improve the comfort level that user uses.
Preferably, described sensor assembly comprises noise transducer, for detecting the noise intensity of surrounding environment,
Described control module is greater than predetermined noise threshold in response to noise intensity detected by described noise transducer and produces described noise suppressed instruction.
Like this, the noise of surrounding environment can be suppressed in real time.
Preferably, this earphone also comprises:
Clock module, for providing temporal information;
Logging modle, for the testing result according to described sensor assembly, recording user every day or be periodically in weekly specific motion state special time during,
Wherein, described control module produces described noise suppressed instruction, with the noise making described audio playing module suppress surrounding environment during described special time in its audio signal play.
Like this, according to the action rule of user, the noise of surrounding environment can automatically be suppressed during special time.
Preferably, described sensor assembly comprises with any one in lower sensor or multiple:
Temperature sensor, for detecting the temperature of surrounding environment;
Humidity sensor, for detecting the humidity of surrounding environment;
Noise transducer, for detecting the noise intensity of surrounding environment;
Capacitance sensor, for detecting the capacitance of the object that it contacts;
Acceleration transducer, for detecting the movable information of user;
Heart rate sensor, for detecting the heart rate information of user.
Preferably, this earphone also comprises:
Motion state analysis module, for analyzing the movement state information of user based on described movable information and/or described heart rate information; And/or
Using state analysis module, for judging based on described capacitance whether user has taken described earphone.
Preferably, described movement state information comprises one or more in following information:
User is in aerobic exercise or anaerobic exercise;
The motion mode of user;
Whether user enters sleep state;
The number of times of user movement;
Reciprocal time when user moves back and forth;
The time of user's persistent movement;
The heat exhaustion estimated value of user.
Preferably, judge to be used for entering sleep state in response to described motion state analysis module, or judge that user has taken described earphone in response to described using state analysis module, described control module controls described earphone automatic shutdown.
Like this, according to the movement state information of user that transducer detects, this earphone can automatic shutdown, and power saving also improves the intelligent of earphone.
Preferably, this earphone also comprises:
Audio signal generation module, for in response to the audio frequency generation instruction from described control module, corresponding audio signal is produced based on the information detected by described sensor assembly, and produced audio signal is supplied to described audio playing module, to be informed and the information-related information detected by described sensor assembly to user with audible by described audio playing module.
Like this, the information-related information that transducer can be detected informs user with audible, meets people to the intellectuality of earphone and hommization demand.
Preferably, this earphone also comprises:
Starting switch, produces enabling signal for the operation in response to user; Or
Enabling signal receiver module, for receiving enabling signal; Or
Enabling signal generation module, for regularly producing enabling signal,
Wherein, described control module sends described audio frequency generation instruction in response to described enabling signal.
Preferably, this earphone also comprises:
Communication module, for sending to miscellaneous equipment by the information detected by described sensor assembly.
Preferably, this earphone also comprises:
The relevant information of the audio signal that the information detected by described sensor assembly and described audio playing module are being play associatedly is sent to described miscellaneous equipment by described communication module.
By earphone provided by the invention, controlled the operation of earphone by sensor assembly Detection Information, embody ear-phone function intellectuality and humanization designing, improve ease of use and the fail safe of earphone, liberated the both hands of user.
Accompanying drawing explanation
In conjunction with the drawings disclosure illustrative embodiments is described in more detail, above-mentioned and other object of the present disclosure, Characteristics and advantages will become more obvious, wherein, in disclosure illustrative embodiments, identical reference number represents same parts usually.
Fig. 1 shows the schematic block diagram according to earphone of the present invention.
Fig. 2 shows another schematic block diagram according to earphone of the present invention.
Embodiment
Below with reference to accompanying drawings preferred implementation of the present disclosure is described in more detail.Although show preferred implementation of the present disclosure in accompanying drawing, but should be appreciated that, the disclosure can be realized in a variety of manners and not should limit by the execution mode of setting forth here.On the contrary, provide these execution modes to be to make the disclosure more thorough and complete, and the scope of the present disclosure intactly can be conveyed to those skilled in the art.
Below in conjunction with drawings and Examples, a kind of earphone of the present invention is illustrated in further detail.
Shown in Fig. 1, it is the schematic block diagram of earphone according to the present invention.
With reference to figure 1, a kind of earphone 100, comprises audio playing module 110, sensor assembly 130 and control module 150, and above-mentioned control module 150 connects above-mentioned audio playing module 110 and sensor assembly 130 respectively.Above-mentioned audio playing module 110 is for playing audio signal, and sensor assembly 130 is for detecting relevant information, and the information of control module 150 detected by the sensor module 130 controls the operation of this earphone 100.
Here, earphone both can be wired earphone, also can be wireless headset.Wired earphone connects mobile terminal by earphone cord, and wireless headset, by electromagnetic wave wireless connections mobile terminal, comprises Infrared earphone, metric wave wireless headset and FM frequency-modulation earphone, decimeter wave wireless headset and bluetooth earphone.
Control the mode of earphone traditionally, by the mobile terminal be connected with earphone, earphone can be controlled, also can control earphone by the button on earphone, such as, adjust volume, control the answering of earphone, hang up.
Along with the intelligentized development of science and technology, people to the functional intellectualization of earphone require more and more higher, control traditionally the mode of earphone work and earphone traditionally mode of operation can not meet the demand of people to earphone growing ground functional intellectualization and hommization.Further, by above-mentioned traditional control method, when people are in driving state or motion state, also need especially to take sb's mind off sth, there is potential safety hazard and inconvenience.
Above-mentioned earphone 100, the information detected by sensor assembly 130 controls the operation of this earphone 100, design with embodying the intelligent and hommization of earphone 100, improve ease of use and the fail safe of earphone 100, meet the demand of people to earphone growing ground intellectuality and hommization.
In the present invention, above-mentioned earphone 100 both can be wired earphone, also can be wireless headset, i.e. Infrared earphone or bluetooth earphone etc.Above-mentioned mobile terminal can be any one in mobile phone, notebook, panel computer, POS or vehicle-mounted computer.
As shown in Figure 1, above-mentioned earphone 100 can also comprise audio-frequency noise suppression module 170, be connected to above-mentioned control module 150, for in response to the noise suppressed instruction coming from control module 150, produce audio-frequency noise and suppress signal, and suppress signal to be supplied to above-mentioned audio playing module 110 this audio-frequency noise, to suppress the noise of surrounding environment in the audio signal play in this audio playing module 110.
Start the mode of noise suppressing function, the mode namely producing noise suppressed instruction can have multiple.
Such as, in a kind of mode, the sensor module 130 can comprise noise transducer (not shown).This noise transducer is for detecting the noise intensity of surrounding environment, and control module 150 produces this noise suppressed instruction in response to the noise intensity that this noise transducer detects is greater than predetermined noise threshold.
Thus this earphone 100 can suppress the noise of surrounding in real time, strengthen the audio frequency result of broadcast of earphone 100, improve the comfort level that user uses earphone 100.
Preferably, above-mentioned predetermined noise threshold can be adjustable threshold.Above-mentioned predetermined noise threshold can be regulated according to the demand of different occasion, thus strengthen the scope of application of earphone 100 further, various a riot of sound environment can be applicable to.
Again such as, in a further mode of operation, with reference to figure 1, above-mentioned earphone 100 can also comprise clock module 190 and logging modle 180, is connected respectively to control module 150.Clock module 190 provides temporal information to control module 150, logging modle 180 is according to the testing result of sensor assembly 130, recording user every day or be periodically in weekly specific motion state special time during, control module 150 produces noise suppressed instruction, produce audio-frequency noise to make audio-frequency noise suppression module 170 and suppress signal, to suppress the noise of surrounding environment in the audio signal play during above-mentioned special time in audio playing module 110.
By the information that analyte sensors module 130 senses, the motion state of user can be analyzed, then can record the periodicity time of its correspondence for the motion state of certain law, thus noise suppressing function can be started in these time.
Such as, the special time of above-mentioned specific motion state can be the running in morning every day or evening, the time of exercise, or the time taken public transport on and off duty every day, or other special times.
Thus, user is when taking exercise by running every morning or evening, or every day is on and off duty when taking public transport, control module 150 produces noise suppressed instruction automatically, audio-frequency noise suppression module 170 is in response to above-mentioned noise suppressed instruction, producing audio-frequency noise suppresses signal also this signal to be supplied to audio playing module 110, thus the noise signal of surrounding environment in the audio signal suppressing audio playing module 110 to be play.
Here, the audio signal that above-mentioned audio playing module 110 is play can be the audio signal sent from mobile terminal, also can be the voice data stored in this earphone 110.
Above-mentioned earphone 100 is by the characteristics of motion start by set date audio-frequency noise suppression module 170 of user, thus audio-frequency noise suppression module 170 need not be opened for a long time, save the useful life that electricity consumption can extend again earphone 100, improve the comfort level that user uses earphone 100 simultaneously.
Shown in Fig. 2, it is another schematic block diagram of earphone according to the present invention.
With reference to figure 2, a kind of earphone 200, comprises audio playing module 210, sensor assembly 230 and control module 250, and above-mentioned control module 250 connects above-mentioned audio playing module 210 and sensor assembly 230 respectively.Above-mentioned audio playing module 210 is for playing audio signal, and sensor assembly 230 is for detecting relevant information, and the information of control module 250 detected by the sensor module 230 controls the operation of this earphone 200.
Here, the sensor module 230 can comprise one or more in lower sensor: temperature sensor, humidity sensor, noise transducer, capacitance sensor, acceleration transducer, heart rate sensor etc.
Said temperature transducer, can detect the temperature of surrounding environment.Above-mentioned humidity sensor, can detect the humidity of surrounding environment.Above-mentioned noise transducer, can detect the noise intensity of surrounding environment.Above-mentioned capacitance sensor, can detect the capacitance of the object that it contacts.Above-mentioned acceleration transducer, can detect the movable information of user.Above-mentioned heart rate sensor, can detect the heart rate information of user.
In other embodiments, according to the different demands of user, earphone 200 can also comprise other transducers outside the sensor.
By temperature sensor and humidity sensor, not only can detect the temperature and humidity of surrounding environment, whether the temperature and humidity in conjunction with surrounding environment can also detect user in swimming.
Above-mentioned capacitance sensor can the capacitance of object that contacts of Test earphone 200, thus detects user and whether take earphone 200.
With reference to figure 2, above-mentioned earphone 200 can also comprise using state analysis module 290, is connected to control module 250, for judging based on above-mentioned capacitance whether user has taken this earphone 200.Such as, capacitance sensor can the electric capacity of human body, and when user takes earphone 200, the electric capacity that capacitance sensor detects changes, thus knows that user takes earphone 200.
By acceleration transducer, the movable information of user can be detected.With reference to figure 2, this earphone 200 can also comprise motion state analysis module 270, is connected to control module 250, for analyzing the movement state information of user based on above-mentioned movable information and/or above-mentioned heart rate information.
Above-mentioned movement state information can be one or more in following message: reciprocal time when user is in aerobic exercise or anaerobic exercise, whether the motion mode of user, user have entered sleep state, the number of times of user movement, user move back and forth, the time of user's persistent movement, the heat exhaustion estimated value of user.
The motion mode of above-mentioned user can for swimming, run, walk, rope skipping, static (being such as seated), ride public transportation means.Such as, can detect by acceleration transducer the slight jounce condition continued, thus detection user is in the state of riding public transportation means.
Further, user can also be detected by above-mentioned acceleration transducer and whether be in sleep state.In other embodiments, also can be detected the heart rate information of user by heart rate sensor, judge whether user is in sleep state by the heart rate information of user, or by judging whether user is in sleep state in conjunction with above-mentioned movable information and heart rate information.
Preferably, judge that user has entered sleep state or judged that user has taken earphone 200 in response to above-mentioned using state analysis module 290 in response to above-mentioned motion state analysis module 270, thus control module 250 controls earphone 200 automatic shutdown.This earphone 200, by which automatic shutdown, prevents user from forgetting shutdown, not only power saving, also facilitates user, improve the functional intellectualization of earphone 200, meet the functional intellectualization of user to earphone and the demand of humanization designing.
The number of times of above-mentioned user movement can be made with the number of times of regular movement, the step number that such as user runs, walks for user, or user's rope skipping, sit-ups, push-up, causes times of exercise etc. to first-class regular motion.
Reciprocal time when above-mentioned user moves back and forth, can refer to swimming number of turns when user swims, or user carries out coming and going the round number of times etc. when running.
The time of above-mentioned user's persistent movement, can continue for user the duration running or continue rope skipping, swimming.
Above-mentioned earphone 200 according to one of above-mentioned movable information or can combine at least above-mentioned two kinds of information, such as user is in aerobic exercise or anaerobic exercise, the motion mode of user, times of exercise, the time of user's persistent movement, according to the combination of one of above-mentioned information or at least two kinds of information, thus the heat exhaustion estimated value of estimating user.
Now, when people carry out outdoor exercises, exercise, often carry heat exhaustion computing equipment, know by this equipment the heat that oneself motion consumes, or known whether exercise plan or the weight loss program of every day.Above-mentioned heat exhaustion computing equipment generally includes mobile phone or other heat Calculation equipment.By the heat exhaustion value using the said equipment to calculate user movement, inconvenient user moves freely.The earphone 200 that the application of the invention provides, the heat exhaustion of direct estimation user, very convenient, liberate the both hands of user.
Further, earphone 200 can not only calculate heat exhaustion during user movement, can also the heat exhaustion in cumulative calculation every day and each week, by reporting to user further, allow user can understand oneself every day and heat exhaustion weekly in real time, be very easy to user, embody the hommization that earphone 200 designs, and the intellectuality of function.
With reference to figure 2, above-mentioned earphone 200 can also comprise audio signal generation module 280, be connected to control module 250, for in response to the audio frequency generation instruction from control module 250, the information detected based on sensor assembly 230 produces corresponding audio signal, and produced audio signal is supplied to audio playing module 210, to be informed and the information-related information detected by sensor assembly 230 to user with audible by audio playing module 210.
Preferably, above-mentioned audio playing module 210 not only can by the sensor module 230 direct sensing to information inform to user with audible, can also by by above-mentioned motion state analysis module 270 analyze the above-mentioned movement state information obtained and play to user with audible.
With reference to figure 2, this earphone 200 can also comprise starting switch (not shown) or enabling signal receiver module (not shown) or enabling signal generation module 260.
Starting switch may be used for operation in response to user to produce enabling signal.When user wants to understand relevant information, this enabling signal can be produced by the button controlled on earphone 200, thus the information of expectation can be known.
Enabling signal receiver module may be used for receiving enabling signal.When transmitting enabling signal from mobile terminal (application that such as user has carried out start-up operation or mobile terminal at mobile terminal produces enabling signal automatically), this enabling signal can be received by earphone cord or by electric wave signal from mobile terminal, thus make it possible to the information of informing expectation to user.
Enabling signal generation module 260 may be used for regularly producing enabling signal.Enabling signal generation module 260 can produce enabling signal automatically according to the characteristics of motion of above-mentioned user, or automatically produces enabling signal when changing according to the information that sensor assembly 230 detects.Like this, relevant information can be informed according to actual motion situation from trend user.
Control module 250 is in response to above-mentioned enabling signal thus send audio frequency generation instruction, thus above-mentioned information audio frequency is informed to user by earphone 200.
Earphone 200 disclosed by the invention, various movement state information, the using state of Test earphone 200, the physiologic information etc. of user of user not only can be detected by the sensor module 230, enhance the intelligent of earphone 200, above-mentioned information can also be played to user by audio playing module 210 audio frequency by earphone 200, embody the human oriented design of earphone 200, meet that people are intelligent to earphone, the demand of convenience and hommization.
With reference to figure 2, above-mentioned earphone 200 can also comprise communication module 240, is connected to control module 250, for the information detected by sensor assembly 230 is sent to other equipment.
Such as, the information detected by transducer 230 can be sent to mobile terminal or server by communication module 240 by earphone 200, or by mobile terminal, above-mentioned information is sent to server, carries out Grid information sharing.
Preferably, the relevant information of one or more audio signals play with audio playing module 210 in the information that the sensor module 230 can also detect by above-mentioned communication module 240 associates, and the information after association is sent to other equipment.
Wherein, the audio signal that above-mentioned movement state information and earphone 200 are being play can associate by communication module 240.Such as, can by user in running, walk, static (being such as sitting on sofa) or like the type of the music listened to be uploaded to social networks when taking public transport respectively sharing.Wherein, the music that above-mentioned earphone 200 is play can be the audio signal that mobile terminal transfers to earphone 200, also can be the voice data that earphone 200 stores itself.
Mobile terminal is sent to by after the relevant use information association of user by earphone 200, or server, or send to server again by mobile terminal.Above-mentioned related information can store by mobile terminal or server, and when user opens earphone 200, automatically play relevant music type for user by above-mentioned related information or open associative operation, greatly improving the intelligent of earphone 200, also greatly facilitate user.Further, share by above-mentioned related information is carried out network, also improve the network synchrony of information.
Above be described in detail with reference to the attached drawings according to earphone of the present invention.
Flow chart in accompanying drawing and block diagram show the architectural framework in the cards of the system and method according to multiple embodiment of the present invention, function and operation.In this, each square frame in flow chart or block diagram can represent a part for module, program segment or a code, and a part for described module, program segment or code comprises one or more executable instruction for realizing the logic function specified.Also it should be noted that at some as in the realization of replacing, the function marked in square frame also can be different from occurring in sequence of marking in accompanying drawing.Such as, in fact two continuous print square frames can perform substantially concurrently, and they also can perform by contrary order sometimes, and this determines according to involved function.Also it should be noted that, the combination of the square frame in each square frame in block diagram and/or flow chart and block diagram and/or flow chart, can realize by the special hardware based system of the function put rules into practice or operation, or can realize with the combination of specialized hardware and computer instruction.
Be described above various embodiments of the present invention, above-mentioned explanation is exemplary, and non-exclusive, and be also not limited to disclosed each embodiment.When not departing from the scope and spirit of illustrated each embodiment, many modifications and changes are all apparent for those skilled in the art.The selection of term used herein, is intended to explain best the principle of each embodiment, practical application or the improvement to the technology in market, or makes other those of ordinary skill of the art can understand each embodiment disclosed herein.
Claims (12)
1. an earphone, is characterized in that, comprising:
Audio playing module, for playing audio signal;
Sensor assembly;
Control module, controls the operation of described earphone for the information detected by described sensor assembly.
2. earphone according to claim 1, is characterized in that, also comprises:
Audio-frequency noise suppression module, for in response to the noise suppressed instruction from described control module, produce audio-frequency noise and suppress signal, and suppress signal to be supplied to described audio playing module described audio-frequency noise, to suppress the noise of surrounding environment in the audio signal play in described audio playing module.
3. earphone according to claim 2, is characterized in that,
Described sensor assembly comprises noise transducer, for detecting the noise intensity of surrounding environment,
Described control module is greater than predetermined noise threshold in response to noise intensity detected by described noise transducer and produces described noise suppressed instruction.
4. earphone according to claim 2, is characterized in that, also comprises:
Clock module, for providing temporal information;
Logging modle, for the testing result according to described sensor assembly, recording user every day or be periodically in weekly specific motion state special time during,
Wherein, described control module produces described noise suppressed instruction, with the noise making described audio playing module suppress surrounding environment during described special time in its audio signal play.
5. earphone according to claim 1, is characterized in that, described sensor assembly comprises with any one in lower sensor or multiple:
Temperature sensor, for detecting the temperature of surrounding environment;
Humidity sensor, for detecting the humidity of surrounding environment;
Noise transducer, for detecting the noise intensity of surrounding environment;
Capacitance sensor, for detecting the capacitance of the object that it contacts;
Acceleration transducer, for detecting the movable information of user;
Heart rate sensor, for detecting the heart rate information of user.
6. earphone according to claim 5, is characterized in that, also comprises:
Motion state analysis module, for analyzing the movement state information of user based on described movable information and/or described heart rate information; And/or
Using state analysis module, for judging based on described capacitance whether user has taken described earphone.
7. earphone according to claim 6, is characterized in that, described movement state information comprise in following information one or more:
User is in aerobic exercise or anaerobic exercise;
The motion mode of user;
Whether user enters sleep state;
The number of times of user movement;
Reciprocal time when user moves back and forth;
The time of user's persistent movement;
The heat exhaustion estimated value of user.
8. earphone according to claim 6, it is characterized in that, judge to be used for entering sleep state in response to described motion state analysis module, or judge that user has taken described earphone in response to described using state analysis module, described control module controls described earphone automatic shutdown.
9. according to the earphone in claim 1 to 8 described in any one, it is characterized in that, also comprise:
Audio signal generation module, for in response to the audio frequency generation instruction from described control module, corresponding audio signal is produced based on the information detected by described sensor assembly, and produced audio signal is supplied to described audio playing module, to be informed and the information-related information detected by described sensor assembly to user with audible by described audio playing module.
10. earphone according to claim 9, is characterized in that, also comprises:
Starting switch, produces enabling signal for the operation in response to user; Or
Enabling signal receiver module, for receiving enabling signal; Or
Enabling signal generation module, for regularly producing enabling signal,
Wherein, described control module sends described audio frequency generation instruction in response to described enabling signal.
11., according to the earphone in claim 1 to 8 described in any one, is characterized in that, also comprise:
Communication module, for sending to miscellaneous equipment by the information detected by described sensor assembly.
12. earphones according to claim 11, is characterized in that, also comprise:
The relevant information of the audio signal that the information detected by described sensor assembly and described audio playing module are being play associatedly is sent to described miscellaneous equipment by described communication module.
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| CN111683318A (en) * | 2020-06-04 | 2020-09-18 | 歌尔科技有限公司 | Earphone wearing detection method and device, earphone and readable storage medium |
| CN111684820A (en) * | 2018-02-23 | 2020-09-18 | 雅马哈株式会社 | Control device, vehicle, sound reproducing device, and program |
| CN112753231A (en) * | 2018-09-17 | 2021-05-04 | 斯达克听力技术有限公司 | Hearing device comprising a sensor and hearing system comprising a hearing device |
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