CN103974158A - Audio output device - Google Patents
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- CN103974158A CN103974158A CN201310044684.0A CN201310044684A CN103974158A CN 103974158 A CN103974158 A CN 103974158A CN 201310044684 A CN201310044684 A CN 201310044684A CN 103974158 A CN103974158 A CN 103974158A
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Abstract
The invention discloses an audio output device comprising an audio data acquiring component, a processing component, a control component, an audio output component and wearing components. The audio data acquiring component is used for acquiring audio data. The processing component is used for processing the audio data through a first mode or second mode. The control component is used for controlling the processing component to process the audio data through the first mode or second mode. The audio output component is used for outputting the audio data processed by the processing component. The wearing components are used for wearing the audio output component to the ears of a user. The first mode means that the user hearing the audio data by wearing the audio output component on the ears through the wearing components, and the second mode means that user hearing the audio data without wearing the audio output component on the ears through the wearing components. By means of the scheme, the problems that an existing audio output device has a headrest mode only and usage is limited can be solved.
Description
Technical field
The present invention relates to technical field of electronic equipment, particularly relate to a kind of audio output device.
Background technology
Along with science and technology development at full speed, various electronic products constantly enrich and have facilitated popular life.Owing to utilizing electronic product process information to there is the advantages such as convenient and swift, saving resource, make electronic product become an indispensable part in people's life or work.
Wherein, for the earphone as audio output device, it enjoys people's high praise as personal stereo; And, nowadays more and more require sectionalization for earphone, make to select suitable earphone to become the one symbol of trend life according to different scenes.
In prior art, in order to reach good voice frequency listening effect, user need to be worn on earphone on ear, can make ear uncomfortable and wear for a long time, even ear is brought to harm; And, when needs are when around other users share audio frequency, earphone need to be worn on other users' ear, or majority to listen at earphone periphery, this makes voice frequency listening effect be subject to very big impact undoubtedly.Visible, existing earphone only has headset mode, causes it to have use limitation.
Summary of the invention
The embodiment of the present invention provides a kind of audio output device, to solve because existing audio output device only has headset mode, and has the circumscribed problem of use.Technical scheme is as follows:
The embodiment of the present invention provides a kind of audio output device, comprising:
Voice data obtains parts, for obtaining voice data;
Processing unit, for process described voice data with first mode, or, with voice data described in the second mode treatment;
Control assembly, processes described voice data for controlling described processing unit with described first mode, or, control described processing unit with voice data described in described the second mode treatment;
Audio output part, for exporting through described processing unit voice data after treatment;
Wearable components, for being worn on described audio output part in user's ear;
Wherein, described first mode is different with the second pattern, and described first mode is the pattern that by described wearable components, described audio output part is worn on to listening to audio data on user's ear as user; Described the second pattern is the pattern that by described wearable components, described audio output part is not worn on to listening to audio data on user's ear as user.
Wherein, in the first implementation of the embodiment of the present invention, described control assembly comprises:
First controls subassembly is used for:
In the time wearable components being detected in the first form, control described processing unit and process described voice data with described first mode; In the time described wearable components being detected in the second form, control described processing unit with voice data described in the second mode treatment;
Wherein, described the first form is different with the second form, and described the first form is that described wearable components is worn on the form on user's ear, and described the second form is that described wearable components is not worn on the form on user's ear.
Wherein, described first controls subassembly in the time detecting that described wearable components meets first condition, determines described wearable components in the first form; In the time detecting that described wearable components meets second condition, determine described wearable components in the second form.
Wherein, described first controls subassembly detecting while being arranged in described wearable components that pressure sensor senses pressure, determines described wearable components in the first form; In the time detecting that in described wearable components, pressure sensor does not sense pressure, determine described wearable components in the second form;
Wherein, described pressure sensor is arranged at: the position that can sense pressure in the time that described wearable components is worn on ear.
Wherein, described first controls subassembly when being arranged at range sensor in described wearable components and detecting that distance between described wearable components exceedes the first predetermined threshold value, determines described wearable components in the first form; Detect when distance between described wearable components is less than the second predetermined threshold value, determine described wearable components in the second form.
Wherein, described first controls subassembly in the time detecting that the contact being arranged in described wearable components does not contact, and determines described wearable components in the first form; In the time detecting that the contact being arranged in described wearable components contacts, determine described wearable components in the second form;
Wherein, described contact is arranged at: the position that when distance between described wearable components is less than the 3rd predetermined threshold value, contact can contact.
In the second implementation of the embodiment of the present invention, described control assembly comprises:
Second controls subassembly is used for:
In the time the first switch open being arranged in wearable components being detected, control described processing unit and process described voice data with described first mode; In the time detecting that the second switch being arranged in wearable components is opened, control described processing unit with voice data described in described the second mode treatment.
Wherein, described processing unit, in the time processing described voice data with first mode, is opened first and is processed path; Described processing unit, with described in the second mode treatment when voice data, is opened second and is processed path;
Wherein, described first processes parts corresponding to path does not comprise power amplification parts, and described second processes parts corresponding to path comprises power amplification element.
In the technical scheme that the embodiment of the present invention provides, processing unit, can first mode processing audio data under the control of control assembly, or, with the second mode treatment voice data, and export through processing unit voice data after treatment by audio output part; Wherein, described first mode is the pattern that by described wearable components, described audio output part is worn on to listening to audio data on user's ear as user; Described the second pattern is the pattern that by described wearable components, described audio output part is not worn on to listening to audio data on user's ear as user.In this programme, because audio output device has two kinds of different audio frequency tupes, therefore, can solve because existing audio output device only has headset mode, and there is the circumscribed problem of use.
Brief description of the drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The first structural representation of a kind of audio output device that Fig. 1 provides for the embodiment of the present invention;
The second structural representation of a kind of audio output device that Fig. 2 provides for the embodiment of the present invention;
The third structural representation of a kind of audio output device that Fig. 3 provides for the embodiment of the present invention;
The 4th kind of structural representation of a kind of audio output device that Fig. 4 provides for the embodiment of the present invention;
The 5th kind of structural representation of a kind of audio output device that Fig. 5 provides for the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
In order to solve because existing audio output device only has headset mode, and have the circumscribed problem of use, the embodiment of the present invention provides a kind of audio output device.
It should be noted that, the audio output device that the embodiment of the present invention provides is the device that can be used as personal stereo, can be worn at the device on user's ear.In actual applications, this audio output device can be earphone, is certainly not limited to this.
Be understandable that, divide according to structure, this audio output device can comprise: semi open model and closed; According to wearing form, this audio output device can comprise: In-Ear, ear suspension type, wear-type, ear type; Divide according to source of sound, this audio output device can comprise: active formula and passive type.
As shown in Figure 1, a kind of audio output device, can comprise:
Voice data obtains parts 110, for obtaining voice data;
Processing unit 120, for process described voice data with first mode, or, with voice data described in the second mode treatment;
Control assembly 130, processes described voice data for controlling described processing unit 120 with described first mode, or, control described processing unit 120 with voice data described in described the second mode treatment;
Audio output part 140, for exporting through described processing unit 120 voice data after treatment;
Wearable components 150, for being worn on described audio output part 140 in user's ear;
Wherein, described first mode is different with the second pattern, and described first mode is the pattern that by described wearable components 150, described audio output part 140 is worn on to listening to audio data on user's ear as user; Described the second pattern is the pattern that by described wearable components 150, described audio output part 140 is not worn on to listening to audio data on user's ear as user.
Wherein, it will be understood by those skilled in the art that, in actual applications, it can be data wire, wireless connections interface (bluetooth), the data-interface (USB interface) with plug that this voice data obtains parts 110, certainly, this audio output device can carry memory device, obtains the voice data on memory device with software mode, and this is also rational.
Wherein, described processing unit 120, in the time processing described voice data with first mode, can be opened the first processing path; And described processing unit 120 is with described in the second mode treatment when voice data, can open the second processing path; Wherein, first processes parts corresponding to path does not comprise power amplification parts, described second processes parts corresponding to path comprises power amplification element, ensureing that with this under prerequisite of audio frequency effect, the volume that has realized institute's outputting audio data under the second pattern can be higher than the volume of institute's outputting audio data under first mode.In actual applications, this first mode can be headset mode, and this second pattern can be outer mode playback; Wherein, the audio frequency output volume of outer mode playback is greater than the audio frequency output volume of headset mode, to be adapted to the outer demand of putting.
It should be noted that, described control assembly 130 is in the time detecting that the first trigger condition is set up, can control described processing unit 120 and process described voice data with described first mode, and in the time detecting that the second trigger condition is set up, can control described processing unit 120 with voice data described in described the second mode treatment.Wherein, this first trigger condition and the second trigger condition can be set according to the different shape of wearable components, or, set according to the different conditions of switch, certainly, be not limited to this.
Wherein, described audio output part 140 can be loudspeaker, loud speaker etc.And because described audio output device can be ear suspension type, In-Ear, ear type, wear-type form, for the form of audio output device therefore wear to(for) difference, the concrete structure form of described wearable components 150 can be different.For example, wearable components: the structure of the wearable components in In-Ear audio output device is ear phone structure, and in wear-type audio output device is earmuff or the auricular concha that is connected with headband.
In the technical scheme that the embodiment of the present invention provides, processing unit, can first mode processing audio data under the control of control assembly, or, with the second mode treatment voice data, and export through processing unit voice data after treatment by audio output part; Wherein, described first mode is the pattern that by described wearable components, described audio output part is worn on to listening to audio data on user's ear as user; Described the second pattern is the pattern that by described wearable components, described audio output part is not worn on to listening to audio data on user's ear as user.In this programme, because audio output device has two kinds of different audio frequency tupes, therefore, can solve because existing audio output device only has headset mode, and there is the circumscribed problem of use.
Below in conjunction with instantiation, a kind of audio output device that the embodiment of the present invention is provided is introduced.
It should be noted that, the audio output device that the embodiment of the present invention provides is the device that can be used as personal stereo, can be worn at the device on user's ear.In actual applications, this audio output device can be earphone, is certainly not limited to this.
Be understandable that, divide according to structure, this audio output device can comprise: semi open model and closed; According to wearing form, this audio output device can comprise: In-Ear, ear suspension type, wear-type, ear type; Divide according to source of sound, this audio output device can comprise: active formula and passive type.
As shown in Figure 2, a kind of audio output device, can comprise:
Voice data obtains parts 210, for obtaining voice data;
Processing unit 220, for process described voice data with first mode, or, with voice data described in the second mode treatment;
First controls subassembly 230, in the time wearable components 250 being detected in the first form, controls described processing unit 220 and processes described voice data with described first mode; In the time described wearable components 250 being detected in the second form, control described processing unit 220 with voice data described in the second mode treatment; Wherein, described the first form is different with the second form, and described the first form is that described wearable components 250 is worn on the form on user's ear, and described the second form is that described wearable components 250 is not worn on the form on user's ear;
Audio output part 240, for exporting through described processing unit 220 voice data after treatment;
Described wearable components 250, for being worn on described audio output part 240 in user's ear;
Wherein, described first mode is different with the second pattern, and described first mode is the pattern that by described wearable components 250, described audio output part 240 is worn on to listening to audio data on user's ear as user; Described the second pattern is the pattern that by described wearable components 250, described audio output part 240 is not worn on to listening to audio data on user's ear as user.
Wherein, it will be understood by those skilled in the art that, in actual applications, it can be data wire, wireless connections interface (bluetooth), the data-interface (USB interface) with plug that this voice data obtains parts 210, certainly, this audio output device can carry memory device, obtains the voice data on memory device with software mode, and this is also rational.
Wherein, described processing unit 220, in the time processing described voice data with first mode, can be opened the first processing path; And described processing unit 220 is with described in the second mode treatment when voice data, can open the second processing path; Wherein, first processes parts corresponding to path does not comprise power amplification parts, described second processes parts corresponding to path comprises power amplification element, ensureing that with this under prerequisite of audio frequency effect, the volume that has realized institute's outputting audio data under the second pattern can be higher than the volume of institute's outputting audio data under first mode.In actual applications, this first mode can be headset mode, and this second pattern can be outer mode playback; Wherein, the audio frequency output volume of outer mode playback is greater than the audio frequency output volume of headset mode, to be adapted to the outer demand of putting.
It should be noted that, described first controls subassembly 230 in the time detecting that described wearable components 250 meets first condition, can determine described wearable components 250 in the first form; In the time detecting that described wearable components 250 meets second condition, can determine described wearable components 250 in the second form.
Further, in actual applications, while being worn on user's ear due to described wearable components 250, the effect that can be under pressure of the ad-hoc location of described wearable components 250, for example: in wear-type audio output device, in order to be fixed on ear, the effect that can be under pressure of auricular concha in wearable components or the edge of earmuff, and In-Ear audio output device, wearable components is placed in ear, the effect that also can be under pressure of its edge.And when when being worn on ear, the effect that will can not be under pressure of the ad-hoc location of this wearable components.Therefore, can in the time that being worn on ear, described wearable components 250 can sense that the position of pressure arranges at least one pressure sensor, and described first control subassembly 230 detecting while being arranged in described wearable components 250 that pressure sensor senses pressure, determine described wearable components 250 in the first form, residing form while being worn on ear; In the time detecting that in described wearable components 250, pressure sensor does not sense pressure, determine described wearable components 250 in the second form, residing form while not being worn on ear.
Further; in another implementation; while being worn on user's ear due to described wearable components 250; two separated certain distances of wearable components 250; and when when being worn on ear; distance between two wearable components be not fixed (wearable components of In-Ear audio output device can close proximity or far, and the wearable components of wear-type audio output device is understood close proximity conventionally).Therefore, for wear-type audio output device, can in described wearable components 250, range sensor be set, described first controls subassembly 230 when being arranged in described wearable components 250 that range sensor detects that the distance of 250 of described wearable components exceedes the first predetermined threshold value, can determine described wearable components 250 in the first form, be worn on the form on ear; When the distance that 250 of described wearable components detected is less than the second predetermined threshold value, can determine described wearable components 250 in the second form, not be worn on the form on ear.Wherein, the first predetermined threshold value and the second predetermined threshold value can be set according to actual conditions, do not repeat them here.Be understandable that, for In-Ear audio output device, can in described wearable components 250, range sensor be set, described first controls subassembly 230 when being arranged in described wearable components 250 that range sensor detects that the distance of 250 of described wearable components exceedes the 4th predetermined threshold value or is less than the 5th predetermined threshold value, can determine described wearable components 250 in the second form, not be worn on ear; Otherwise, can determine described wearable components 250 in the first form, be worn on ear.Same, the 4th predetermined threshold value and the 5th predetermined threshold value can be set according to actual conditions, do not repeat them here.
Certainly, in the time that audio output device need to be with the second mode treatment voice data, show that it is without being worn on ear, now, two wearable components 250 can be in contacting or be close state, to be different from the state being worn on ear.Therefore, can in described wearable components 250, contact be set, wherein, the setting position of this contact is: the position that when distance that described wearable components is 250 is less than the 3rd predetermined threshold value, contact can contact, realize described first with this and control subassembly 230 in the time detecting that the contact being arranged in described wearable components 250 does not contact, determine described wearable components 250 in the first form; In the time detecting that the contact being arranged in described wearable components 250 contacts, determine described wearable components 250 in the second form.
Be understandable that, definite mode of the above-mentioned form to wearable components, as just a kind of example, should not form the restriction to the embodiment of the present invention.
In the present embodiment, first controls subassembly in the time wearable components being detected in the first form, controls described processing unit and processes described voice data with described first mode; In the time described wearable components being detected in the second form, control described processing unit with voice data described in the second mode treatment, to realize the metamorphosis automatic switchover audio frequency tupe according to wearable components.In this programme, because audio output device has two kinds of different audio frequency tupes, therefore, can solve because existing audio output device only has headset mode, and there is the circumscribed problem of use.
Below in conjunction with another instantiation, a kind of audio output device that the embodiment of the present invention is provided is introduced.
It should be noted that, the audio output device that the embodiment of the present invention provides is the device that can be used as personal stereo, can be worn at the device on user's ear.In actual applications, this audio output device can be earphone, is certainly not limited to this.
Be understandable that, divide according to structure, this audio output device can comprise: semi open model and closed; According to wearing form, this audio output device can comprise: In-Ear, ear suspension type, wear-type, ear type; Divide according to source of sound, this audio output device can comprise: active formula and passive type.
As shown in Figure 3, a kind of audio output device, can comprise:
Voice data obtains parts 310, for obtaining voice data;
Processing unit 320, for process described voice data with first mode, or, with voice data described in the second mode treatment;
Second controls subassembly 330, in the time the first switch open being arranged in wearable components 350 being detected, controls described processing unit 320 and processes described voice data with described first mode; In the time detecting that the second switch being arranged in described wearable components 350 is opened, control described processing unit 320 with voice data described in described the second mode treatment;
Audio output part 340, for exporting through described processing unit 320 voice data after treatment;
Described wearable components 350, for being worn on described audio output part 340 in user's ear;
Wherein, described first mode is different with the second pattern, and described first mode is the pattern that by described wearable components 350, described audio output part 340 is worn on to listening to audio data on user's ear as user; Described the second pattern is the pattern that by described wearable components 350, described audio output part 340 is not worn on to listening to audio data on user's ear as user.
Wherein, it will be understood by those skilled in the art that, in actual applications, it can be data wire, wireless connections interface (bluetooth), the data-interface (USB interface) with plug that this voice data obtains parts 310, certainly, this audio output device can carry memory device, obtains the voice data on memory device with software mode, and this is also rational.
Wherein, described processing unit 320, in the time processing described voice data with first mode, can be opened the first processing path; And described processing unit 320 is with described in the second mode treatment when voice data, can open the second processing path; Wherein, first processes parts corresponding to path does not comprise power amplification parts, described second processes parts corresponding to path comprises power amplification element, ensureing that with this under prerequisite of audio frequency effect, the volume that has realized institute's outputting audio data under the second pattern can be higher than the volume of institute's outputting audio data under first mode.In actual applications, this first mode can be headset mode, and this second pattern can be outer mode playback; Wherein, the audio frequency output volume of outer mode playback is greater than the audio frequency output volume of headset mode, to be adapted to the outer demand of putting.
In the present embodiment, when the second control subassembly detects the first switch open being arranged in wearable components, control described processing unit and process described voice data with described first mode; In the time detecting that the second switch being arranged in described wearable components is opened, control described processing unit with voice data described in described the second mode treatment, to realize by manual switchover audio frequency tupe.Visible, in this programme, because audio output device has two kinds of different audio frequency tupes, therefore, can solve because existing audio output device only has headset mode, and there is the circumscribed problem of use.
Below in conjunction with Fig. 4 and Fig. 5, taking headphone as example, a kind of audio output device that the embodiment of the present invention is provided is introduced.
A kind of audio output device, can comprise:
Voice data obtains parts (not shown), for obtaining voice data;
Processing unit (not shown), for process described voice data with first mode, or, with voice data described in the second mode treatment;
First controls subassembly (not shown), in the time detecting that the contact 420 being arranged on earmuff 410 does not contact, determines described earmuff 410 in the first form, and then controls described processing unit and process described voice data with described first mode; In the time detecting that the contact 420 being arranged on described earmuff 410 contacts, determine described earmuff 410 in the second form, and then control described processing unit with voice data described in the second mode treatment; Wherein, described the first form is different with the second form, and described the first form is that described earmuff 410 is worn on the form on user's ear, and described the second form is that described earmuff 410 is not worn on the form on user's ear; Described contact 420 is arranged at: the position that when distance that described earmuff is 410 is less than the 3rd predetermined threshold value, contact can contact;
Audio output part (not shown), for exporting through described processing unit voice data after treatment;
Earmuff 410, for being worn on described audio output part in user's ear;
Headband 430, for connecting wearable components 420;
Wherein, described first mode is different with the second pattern, and described first mode is the pattern that by described earmuff 410, described audio output part is worn on to listening to audio data on user's ear as user; Described the second pattern is the pattern that by described earmuff 410, described audio output part is not worn on to listening to audio data on user's ear as user.
Wherein, it will be understood by those skilled in the art that, in actual applications, it can be data wire, wireless connections interface (bluetooth), the data-interface (USB interface) with plug that this voice data obtains parts, certainly, this audio output device can carry memory device, obtains the voice data on memory device with software mode, and this is also rational.
Wherein, described processing unit, in the time processing described voice data with first mode, can be opened the first processing path; And described processing unit is with described in the second mode treatment when voice data, can open the second processing path; Wherein, first processes parts corresponding to path does not comprise power amplification parts, described second processes parts corresponding to path comprises power amplification element, ensureing that with this under prerequisite of audio frequency effect, the volume that has realized institute's outputting audio data under the second pattern can be higher than the volume of institute's outputting audio data under first mode.In actual applications, this first mode can be headset mode, and this second pattern can be outer mode playback; Wherein, the audio frequency output volume of outer mode playback is greater than the audio frequency output volume of headset mode, to be adapted to the outer demand of putting.
It should be noted that, in actual applications, the contact 420 on earmuff 410 is generally hard contact, certainly, in the situation that ensureing that the first control subassembly can sense that contact contacts, is not limited to this.
In the present embodiment, ad-hoc location on earmuff in wear-type audio output device is provided with corresponding contacts, in the time that earmuff need to be worn on user's ear, contact on two earmuffs cannot contact, now, first controls subassembly can determine earmuff in the first form, and then control treatment part is with first mode processing audio data and through audio output part outputting audio data; And in the time that earmuff is not worn on user's ear, contact on two earmuffs can be contacted, now, first controls subassembly can determine this earmuff in the second form, and then control treatment part is with the second mode treatment voice data and through audio output part outputting audio data.Visible, in this programme, because audio output device has two kinds of different audio frequency tupes, therefore, can solve because existing audio output device only has headset mode, and there is the circumscribed problem of use.
The above is only the specific embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (8)
1. an audio output device, is characterized in that, comprising:
Voice data obtains parts, for obtaining voice data;
Processing unit, for process described voice data with first mode, or, with voice data described in the second mode treatment;
Control assembly, processes described voice data for controlling described processing unit with described first mode, or, control described processing unit with voice data described in described the second mode treatment;
Audio output part, for exporting through described processing unit voice data after treatment;
Wearable components, for being worn on described audio output part in user's ear;
Wherein, described first mode is different with the second pattern, and described first mode is the pattern that by described wearable components, described audio output part is worn on to listening to audio data on user's ear as user; Described the second pattern is the pattern that by described wearable components, described audio output part is not worn on to listening to audio data on user's ear as user.
2. audio output device according to claim 1, is characterized in that, described control assembly comprises:
First controls subassembly is used for:
In the time wearable components being detected in the first form, control described processing unit and process described voice data with described first mode; In the time described wearable components being detected in the second form, control described processing unit with voice data described in the second mode treatment;
Wherein, described the first form is different with the second form, and described the first form is that described wearable components is worn on the form on user's ear, and described the second form is that described wearable components is not worn on the form on user's ear.
3. audio output device according to claim 2, is characterized in that, described first controls subassembly in the time detecting that described wearable components meets first condition, determines described wearable components in the first form; In the time detecting that described wearable components meets second condition, determine described wearable components in the second form.
4. audio output device according to claim 3, is characterized in that, described first controls subassembly detecting while being arranged in described wearable components that pressure sensor senses pressure, determines described wearable components in the first form; In the time detecting that in described wearable components, pressure sensor does not sense pressure, determine described wearable components in the second form;
Wherein, described pressure sensor is arranged at: the position that can sense pressure in the time that described wearable components is worn on ear.
5. audio output device according to claim 3, it is characterized in that, described first controls subassembly when being arranged at range sensor in described wearable components and detecting that distance between described wearable components exceedes the first predetermined threshold value, determines described wearable components in the first form; Detect when distance between described wearable components is less than the second predetermined threshold value, determine described wearable components in the second form.
6. audio output device according to claim 3, is characterized in that, described first controls subassembly in the time detecting that the contact being arranged in described wearable components does not contact, and determines described wearable components in the first form; In the time detecting that the contact being arranged in described wearable components contacts, determine described wearable components in the second form;
Wherein, described contact is arranged at: the position that when distance between described wearable components is less than the 3rd predetermined threshold value, contact can contact.
7. audio output device according to claim 1, is characterized in that, described control assembly comprises:
Second controls subassembly is used for:
In the time the first switch open being arranged in wearable components being detected, control described processing unit and process described voice data with described first mode; In the time detecting that the second switch being arranged in wearable components is opened, control described processing unit with voice data described in described the second mode treatment.
8. audio output device according to claim 1, is characterized in that,
Described processing unit, in the time processing described voice data with first mode, is opened first and is processed path; Described processing unit, with described in the second mode treatment when voice data, is opened second and is processed path;
Wherein, described first processes parts corresponding to path does not comprise power amplification parts, and described second processes parts corresponding to path comprises power amplification element.
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104185109A (en) * | 2014-09-01 | 2014-12-03 | 联想(北京)有限公司 | Control system, earphone, electronic device and control method |
| CN105451111A (en) * | 2015-12-10 | 2016-03-30 | 小米科技有限责任公司 | Earphone play control method and apparatus and terminal |
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| CN107959903A (en) * | 2016-10-18 | 2018-04-24 | 中兴通讯股份有限公司 | Audio output switching method, feedback earphone wearing state method, apparatus and earphone |
| CN107122161A (en) * | 2017-04-27 | 2017-09-01 | 维沃移动通信有限公司 | The control method for playing back and terminal of a kind of voice data |
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