CN104052949A - Volume adjusting method and apparatus, and electronic equipment - Google Patents
Volume adjusting method and apparatus, and electronic equipment Download PDFInfo
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- CN104052949A CN104052949A CN201310081188.2A CN201310081188A CN104052949A CN 104052949 A CN104052949 A CN 104052949A CN 201310081188 A CN201310081188 A CN 201310081188A CN 104052949 A CN104052949 A CN 104052949A
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Abstract
The embodiment of the invention discloses a volume adjusting method. For volume adjusting, different trigger conditions are set; besides direct triggering based on a control instruction directly for volume adjusting, volume adjusting can also be triggered based on a control instruction or control information targeted at the volume adjusting indirectly. In other words, while electronic equipment carries out other adjustment or controlling, the volume can be adjusted automatically, thereby avoiding the phenomenon that the user needs to adjust the volume manually after carrying out other adjustment on the electronic equipment and thus simplifying the manual volume adjusting process for the user.
Description
Technical field
The present invention relates to electronic information technical field, more particularly, relate to a kind of volume adjusting method, device and electronic equipment.
Background technology
Television set, broadcast receiver etc. are electronic equipments conventional during people live, but, at present, for the volume adjusting of electronic equipment, can only be that the volume adjusting parts (as remote control or button) that user carries by electronic equipment carry out manual adjustments to volume, adjustment process be loaded down with trivial details, makes troubles to user's life, therefore, how to simplify user the adjustment process of volume is become to problem demanding prompt solution.
Summary of the invention
The object of this invention is to provide a kind of volume adjusting method, to simplify the adjustment process of user to volume.
For achieving the above object, the invention provides following technical scheme:
A kind of volume adjusting method, is applied to electronic equipment, comprising:
Described electronic equipment in the first moment with the first volume output audio signal;
When described electronic equipment meets first when pre-conditioned, obtain the first volume adjusting order;
Described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, described the second volume is different from described the first volume, and described the second moment is later than described the first moment;
Wherein, described electronic equipment met for the first pre-conditioned comprising:
It is pre-conditioned that described electronic equipment meets satisfied the second son of the pre-conditioned or described electronic equipment of the first son, described the first son pre-conditionedly receives the control command for volume adjusting for described electronic equipment, and described the second son pre-conditioned and described first is sub pre-conditioned different.
Said method, preferred, described electronic equipment met for the second sub pre-conditioned comprising:
Described electronic equipment monitoring changes to the property value of the adjustable attribute of described electronic equipment, and described adjustable attribute does not comprise volume.
Said method, preferred, described electronic equipment met for the second sub pre-conditioned comprising:
Described electronic equipment monitoring is to described electronic equipment generation channel alteration;
Accordingly, obtain the first volume adjusting order;
Described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, wherein, described the second volume is less than described the first volume, and described the second moment is later than described the first moment.
Said method, preferred, when described electronic equipment meets second subly when pre-conditioned, described volume adjusting order comprises:
According to first signal multiplication factor, current audio signals is amplified; Wherein, described first signal multiplication factor obtains according to following method:
According to the amplitude of audio signal corresponding to described the first volume, and the amplitude of current audio signals is obtained described first signal multiplication factor, wherein, the amplitude of described current audio signals and the product of described first signal multiplication factor are less than or greater than the amplitude of audio signal corresponding to described the first volume.
Said method, preferred, when described electronic equipment meets second subly when pre-conditioned, obtain the first volume adjusting order;
Described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, wherein, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
When described electronic equipment meets second when pre-conditioned, obtain the second volume adjusting order;
Described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
Said method, preferred, when described electronic equipment meets second subly when pre-conditioned, obtain the first volume adjusting order;
Described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, wherein, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
When described electronic equipment meets the 3rd when pre-conditioned, obtain the 3rd volume adjusting order; Described the 3rd volume adjusting order is responded, export current audio signals to control described electronic equipment in the 4th moment with the 4th volume, described the 4th volume is less than described the second volume, and described the 4th moment is later than described the second moment.
Said method, preferred, described electronic equipment met for the second sub pre-conditioned comprising:
Described electronic equipment monitoring meets default status condition to the user state information of described electronic equipment collection, and acquisition model changes message.
Said method, preferably, in the time that described electronic equipment obtains the mode altering message from listen mode to rest mode, obtain the first volume adjusting order, described the first volume adjusting order is responded, export current audio signals in the second moment with the second volume to control described electronic equipment, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
In the time that described electronic equipment obtains the mode altering message from rest mode to listen mode, obtain the second volume adjusting order, described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
Said method, preferably, in the time that described electronic equipment obtains the mode altering message from listen mode to AC mode, obtain the first volume adjusting order, described the first volume adjusting order is responded, export current audio signals in the second moment with the second volume to control described electronic equipment, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
In the time that described electronic equipment obtains the mode altering message from AC mode to listen mode, obtain the second volume adjusting order, described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
A kind of volume adjustment device, is applied to electronic equipment, comprising:
Acquisition module, for meeting first when pre-conditioned at described electronic equipment, obtains the first volume adjusting order;
Respond module, for described the first volume adjusting order is responded, exports current audio signals in the second moment with the second volume to control described electronic equipment, and described the second volume is different from the first volume, and described the second moment was later than for the first moment;
Wherein, described electronic equipment in described the first moment with described the first volume output audio signal;
Described electronic equipment met for the first pre-conditioned comprising:
It is pre-conditioned that described electronic equipment meets satisfied the second son of the pre-conditioned or described electronic equipment of the first son, described electronic equipment satisfied first is sub pre-conditioned receives the control command for volume adjusting for described electronic equipment, and pre-conditioned and described the first son of described the second son is pre-conditioned different.
Said apparatus, preferred, described acquisition module comprises:
Whether the first monitoring means, change for the property value of the adjustable attribute of monitoring described electronic equipment, and described adjustable attribute does not comprise volume;
The first acquiring unit, for monitor at described the first monitoring means described electronic equipment adjustable attribute property value occur change time, obtain the first volume adjusting order.
Said apparatus, preferred, described the first monitoring means comprises: whether the first sub-monitoring means, for monitoring described electronic equipment, channel alteration occurs;
Accordingly, described the first acquiring unit comprises:
The first sub-acquiring unit, in the time that described the first sub-monitoring means monitors described electronic equipment generation channel alteration, obtains the first volume adjusting order;
Accordingly, described respond module comprises:
The first response unit, for described the first volume adjusting order is responded, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein, described the second volume is less than described the first volume, and described the second moment is later than described the first moment.
Said apparatus, preferred, described respond module comprises:
Multiplication factor acquiring unit, for the amplitude according to audio signal corresponding to the first volume, and the amplitude of current audio signals is obtained first signal multiplication factor, wherein, the amplitude of described current audio signals and the product of described first signal multiplication factor are less than or greater than the amplitude of audio signal corresponding to described the first volume;
Signal amplification unit, for amplifying current audio signals according to described first signal multiplication factor.
Said apparatus, preferred, described acquisition module comprises the second sub-acquiring unit and the 3rd sub-acquiring unit, corresponding, described respond module comprises: the second response unit and the 3rd response unit; Wherein,
Described the second sub-acquiring unit is second sub when pre-conditioned for meeting at described electronic equipment, obtains the first volume adjusting order;
Described the second response unit is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein said the second volume is less than described the first volume, and described the second moment is later than described the first moment;
Described the 3rd sub-acquiring unit, for meeting second when pre-conditioned at described electronic equipment, obtains the second volume adjusting order;
Described the 3rd response unit is connected with described the 3rd sub-acquiring unit with described the second response unit respectively, for described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
Said apparatus, preferred, described acquisition module comprises the second sub-acquiring unit and the 4th sub-acquiring unit, corresponding, described respond module comprises: the second response unit and the 4th response unit; Wherein,
Described the second sub-acquiring unit is second sub when pre-conditioned for meeting at described electronic equipment, obtains the first volume adjusting order;
Described the second response unit is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein said the second volume is less than described the first volume, and described the second moment is later than described the first moment;
Described the 4th sub-acquiring unit, for meeting the 3rd when pre-conditioned at described electronic equipment, obtains the 3rd volume adjusting order;
Described the 4th response unit is connected with described the 4th sub-acquiring unit with described the second response unit respectively, for described the 3rd volume adjusting order is responded, export current audio signals in the 4th moment with the 4th volume to control described electronic equipment, described the 4th volume is less than described the second volume, and described the 4th moment is later than described the second moment.
Said apparatus, preferred, described acquisition module comprises:
Collecting unit, for gathering user's state information;
The second monitoring means, in the time that user's the state information that monitors described collecting unit collection meets default status condition, acquisition model changes message;
Second acquisition unit, in the time that described the second monitoring means acquisition model changes message, obtains the first volume adjusting order.
Said apparatus, preferred, described acquisition module also comprises the 3rd acquiring unit, corresponding, described respond module comprises the 5th response unit and the 6th response unit, wherein,
Described second acquisition unit, in the time that described the second monitoring means obtains the mode altering message from listen mode to rest mode, obtains the first volume adjusting order;
Described the 5th response unit is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
Described the 3rd acquiring unit, in the time that described the second monitoring means obtains the mode altering message from rest mode to listen mode, obtains the second volume adjusting order;
Described the 6th response unit is connected with the 3rd acquiring unit with described the 5th response unit respectively, for described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
Said apparatus, preferred, described acquisition module also comprises the 4th acquiring unit, corresponding, described respond module comprises the 7th response unit and the 8th response unit, wherein,
When described second acquisition unit is used in described the second monitoring means and obtains the mode altering message from listen mode to AC mode, obtain the first volume adjusting order;
Described the 7th response unit is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
Described the 4th acquiring unit, in the time that described the second monitoring means obtains the mode altering message from AC mode to listen mode, obtains the second volume adjusting order;
Described the 8th response unit is connected with described the 4th acquiring unit with described the 7th response unit respectively, for to shown in the second volume adjusting order respond, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
A kind of electronic equipment, comprises volume adjustment device as above.
Known by above scheme, the application provides a kind of volume adjusting method, is applied to electronic equipment, in the method, described electronic equipment in the first moment with the first volume output audio signal; When described electronic equipment meets first when pre-conditioned, obtain the first volume adjusting order; Described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, described the second volume is different from described the first volume, and described the second moment is later than described the first moment; Wherein, described electronic equipment met for the first pre-conditioned comprising: it is pre-conditioned that described electronic equipment meets satisfied the second son of the pre-conditioned or described electronic equipment of the first son, described the first son pre-conditionedly receives the control command for volume adjusting for described electronic equipment, and described the second son pre-conditioned and described first is sub pre-conditioned different.
The volume adjusting method that the embodiment of the present application provides, for volume adjusting, there is different trigger conditions, except directly directly triggering for the control command of volume adjusting, can also be to trigger the adjusting to volume by the non-control command for volume adjusting or control information, that is to say, can be electronic equipment carry out other (being non-volume) regulate or control process in automatic regulating volume, avoid user to regulate (as zapping electronic equipment being carried out to other, change play content etc.) after, also want the process of manual adjustments volume, simplify the manual adjustments process of user to volume.
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 flow chart of a kind of volume adjusting method that Fig. 1 provides for the embodiment of the present application;
The flow chart of the another kind of volume adjusting method that Fig. 2 provides for the embodiment of the present application;
The flow chart of another volume adjusting method that Fig. 3 provides for the embodiment of the present application
The flow chart of another volume adjusting method that Fig. 4 provides for the embodiment of the present application;
The flow chart of another volume adjusting method that Fig. 5 provides for the embodiment of the present application;
The flow chart of another volume adjusting method that Fig. 6 provides for the embodiment of the present application;
The flow chart of another volume adjusting method that Fig. 7 provides for the embodiment of the present application;
The structural representation of a kind of volume adjustment device that Fig. 8 provides for the embodiment of the present application;
The structural representation of the another kind of volume adjustment device that Fig. 9 provides for the embodiment of the present application;
The structural representation of another volume adjustment device that Figure 10 provides for the embodiment of the present application;
The structural representation of another volume adjustment device that Figure 11 provides for the embodiment of the present application;
The structural representation of another volume adjustment device that Figure 12 provides for the embodiment of the present application;
The structural representation of another volume adjustment device that Figure 13 provides for the embodiment of the present application;
The structural representation of another volume adjustment device that Figure 14 provides for the embodiment of the present application;
The structural representation of another volume adjustment device that Figure 15 provides for the embodiment of the present application;
The structural representation of another volume adjustment device that Figure 16 provides for the embodiment of the present application.
Term " first " in specification and claims and above-mentioned accompanying drawing, " second ", " the 3rd " " 4th " etc. (if existence) are for distinguishing similar part, and needn't be used for describing specific order or precedence.The data that should be appreciated that such use suitably can exchanged in situation, so that the application's described herein embodiment can be with except the order enforcement here illustrated.
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.
Refer to Fig. 1, the flow chart of a kind of volume adjusting method that Fig. 1 provides for the embodiment of the present application, the volume adjusting method that the embodiment of the present application provides is applied to electronic equipment, and this volume adjusting method comprises:
Step S101: described electronic equipment in the first moment with the first volume output audio signal;
Obtaining before volume adjusting order, described electronic equipment is in the audio frequency output state with the first volume output audio signal.
Step S102: judge that whether described electronic equipment meets first pre-conditioned; If meet, perform step S103;
Wherein, described electronic equipment met for the first pre-conditioned comprising:
It is pre-conditioned that described electronic equipment meets satisfied the second son of the pre-conditioned or described electronic equipment of the first son, described the first son pre-conditionedly receives the control command for volume adjusting for described electronic equipment, as, described electronic equipment receives the volume adjusting instruction that remote controller sends; Pre-conditioned and described the first son of described the second son is pre-conditioned different.
Described electronic equipment satisfied second is sub pre-conditioned can be: described electronic equipment monitoring changes to the property value of the adjustable attribute of described electronic equipment, described adjustable attribute does not comprise volume, for example, described electronic equipment monitoring is to this electronic equipment generation channel alteration, be that user has adjusted platform, or electronic equipment monitoring is to the change of different play content, if collection of TV plays is to the change of advertisement (or advertisement is to collection of TV plays);
Described electronic equipment meets the second son: electronic equipment monitoring meets pre-conditioned etc. to obtain corresponding control information in other (being non-volume) control procedure, as as described in electronic equipment monitoring meet default status condition to the user state information gathering, acquisition model changes message etc.
Step S103: obtain the first volume adjusting order;
Step S104: described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, described the second volume is different from described the first volume, and described the second moment is later than described the first moment.
A kind of volume adjusting method that the embodiment of the present application provides, for volume adjusting, there is different trigger conditions, except directly directly triggering for the control command of volume adjusting, can also be to trigger the adjusting to volume by the non-control command for volume adjusting or control information, that is to say, electronic equipment can carry out other (being non-volume) regulate or control process in automatic regulating volume, avoid user to regulate (as zapping electronic equipment being carried out to other, change play content etc.) after, also want the process of manual adjustments volume, simplify the manual adjustments process of user to volume.
Refer to Fig. 2, the flow chart of the another kind of volume adjusting method that Fig. 2 provides for the embodiment of the present application, comprising:
Step S201: described electronic equipment in the first moment with the first volume output audio signal;
Step S202: judge whether described electronic equipment channel alteration occurs, if so, perform step S203, obtain the first volume adjusting order.
Step S203: obtain the first volume adjusting order;
Step S204: described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, wherein, described the second volume is less than described the first volume.
That is to say, in the time monitoring channel switching, reduce the volume output of electronic equipment.
The volume adjusting method that the embodiment of the present application provides, in the time monitoring channel alteration, reduces the volume output of electronic equipment, and while avoiding user's zapping, sound increases suddenly the agitation bringing to user.
In the embodiment shown in fig. 1, in the time meeting the default bar of the second son, described volume adjusting order can comprise: according to first signal multiplication factor, current audio signals is amplified; Wherein, described multiplication factor can obtain according to following method:
According to the amplitude of audio signal corresponding to described the first volume, and the amplitude of current audio signals is obtained described first signal multiplication factor, wherein, the amplitude of described current audio signals and the product of described first signal multiplication factor are less than or greater than the amplitude of audio signal corresponding to described the first volume.Specifically consult Fig. 3, the flow chart of another volume adjusting method that Fig. 3 provides for the embodiment of the present application, comprising:
Step S301: described electronic equipment in the first moment with the first volume output audio signal;
Step S302: judge whether described electronic equipment meets the second son pre-conditioned, if so, perform step S303, obtain first signal multiplication factor;
Step S303: obtain first signal multiplication factor, described first signal multiplication factor can obtain by following method:
According to the amplitude of audio signal corresponding to described the first volume, and the amplitude of current audio signals is obtained described first signal multiplication factor, wherein, the amplitude of described current audio signals and the product of described first signal multiplication factor are less than or greater than the amplitude of audio signal corresponding to described the first volume.
That is to say, when meeting second when pre-conditioned, both can heighten volume, also can turn volume down, specifically heighten volume and still turn down volume, can determine according to actual demand, as, in the time that play content occurs to change, if by playing collection of TV plays while being switched to broadcasting advertisement content, can turn down volume, when advertisement plays, be switched to again while playing collection of TV plays, can heighten volume.
Step S304: current audio signals is amplified according to described first signal multiplication factor.
A kind of volume adjusting method that the embodiment of the present application provides, meet second sub when pre-conditioned, by current audio signals is carried out to amplification in various degree, the first volume multiplication factor difference, when audio signal output, volume is just different, both can realize and tune up volume, and also can realize and turn volume down.
Refer to Fig. 4, the flow chart of another volume adjusting method that Fig. 4 provides for the embodiment of the present application, comprising:
Step S401: electronic equipment in the first moment with the first volume output audio signal;
Step S402: judge whether described electronic equipment meets the second son pre-conditioned, if so, perform step S403, obtain the first volume adjusting order;
Step S403: obtain the first volume adjusting order;
Step S404: described the first volume adjusting order is responded, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein said the second volume is less than described the first volume, described the second moment is later than described the first moment,, when described electronic equipment meets second subly when pre-conditioned, volume is adjusted to reduction volume;
Step S405: judge that whether described electronic equipment meets second pre-conditioned, if so, perform step S406, that is, obtain the second volume adjusting order;
Described electronic equipment meets second pre-conditionedly can reach default duration with the duration of the second volume output audio signal for described electronic equipment, certain, described second pre-conditioned can also be that other is pre-conditioned, be not specifically limited here.
Step S406: obtain the second volume adjusting order;
Step S407: described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the second volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
That is to say, meet the second son at electronic equipment pre-conditioned, after turning down sound volume, volume can also be raise again, specifically volume can be elevated to former volume (i.e. the first volume), also can be less than former volume, specifically in the time regulating, can be adjusted to predetermined volume in the mode increasing progressively, also can directly be adjusted to predetermined volume.Can avoid turning sound down rear user unheard problem.
Refer to Fig. 5, the flow chart of another volume adjusting method that Fig. 5 provides for the embodiment of the present application, comprising:
Step S501: electronic equipment in the first moment with the first volume output audio signal;
Step S502: judge whether described electronic equipment meets the second son pre-conditioned, if so, perform step S503, obtain the first volume adjusting order;
Step S503: obtain the first volume adjusting order;
Step S504: described the first volume adjusting order is responded, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein said the second volume is less than described the first volume, described the second moment is later than described the first moment,, when described electronic equipment meets second subly when pre-conditioned, volume is adjusted to reduction volume;
Step S505: judge that whether described electronic equipment meets the 3rd pre-conditioned, if so, perform step S506, that is, obtain the 3rd volume adjusting order;
Step S506: obtain the 3rd volume adjusting order;
Step S507: described the 3rd volume adjusting instruction is responded, export current audio signals to control described electronic equipment in the 4th moment with the 4th volume, described the 4th volume is less than described the second volume, and described the 4th moment is later than described the second moment.Described the 4th volume can be 0, and wherein, described the 4th volume is 0 can comprise: quiet, the described electronic equipment standby of described electronic equipment or the shutdown of described electronic equipment.
Meeting the second son at described electronic equipment is pre-conditionedly: described electronic equipment monitoring meets default status condition to the state information of described electronic equipment collection, when acquisition model changes message, the flow chart of another volume adjusting method that the embodiment of the present application provides as shown in Figure 6, comprising:
Step S601: electronic equipment in the first moment with the first volume output audio signal;
Step S602: judge whether electronic equipment obtains the mode altering message from listen mode to rest mode, if so, performs step S603, obtains the first volume adjusting order:
Described listen mode refers to that user is normally watching TV programme, described rest mode can refer to that user does not watch TV programme, as user sleep etc., the concrete mode altering message whether obtaining from listen mode to rest mode can be passed through camera collection user's image, obtain by graphical analysis, for example, obtain after user images, the eyes image of analysis user, the eyes that judge user are normal nictation, still for a long time in closure state, it is normal nictation if analyze user's eyes, the state that user is described is listen mode, in long-time closure state if analyze user's eyes, the state that user is described is rest mode, when analyzing after user's state is listen mode, when the state that analyzes again user is rest mode, obtain the mode altering message from listen mode to rest mode.On the contrary, when analyzing after user's state is rest mode, when the state that analyzes again user is listen mode, obtain the mode altering message from rest mode to listen mode
Can certainly be to be kept in motion by analysis user, or judge whether to obtain the mode altering message from listen mode to rest mode in long-time inactive state, in the time analyzing user and be kept in motion, the state that user is described is listen mode, in the time analyzing user in long-time inactive state, the state that user is described is rest mode; When analyzing after user is kept in motion, analyze again user in the time of long-time inactive state, obtain the mode altering message from listen mode to rest mode, on the contrary, when analyzing user after long-time inactive state, analyze again for being kept in motion, obtain the mode altering message from rest mode to listen mode.
Step S603: obtain the first volume adjusting order;
Step S604: described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, described the second volume is less than described the first volume, and described the second moment is later than described the second moment;
Step S605: judge whether electronic equipment obtains the mode altering message from rest mode to listen mode, if so, performs step S606, obtains the second volume adjusting order;
Step S606: obtain the second volume adjusting order;
Step S607: described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
Meeting the second son at described electronic equipment is pre-conditionedly: described electronic equipment monitoring meets default status condition to the state information of described electronic equipment collection, when acquisition model changes message, the flow chart of another volume adjusting method that the embodiment of the present application provides as shown in Figure 7, comprising:
Step S701: electronic equipment in the first moment with the first volume output audio signal;
Step S702: judge whether electronic equipment obtains the mode altering message from listen mode to AC mode, if so, performs step S703, obtains the first volume adjusting order;
Described listen mode refers to that user is normally watching TV programme, described AC mode can refer to that user is speaking or exchanging with using other people of this electronic equipment, specifically whether obtain the image that the mode altering message from listen mode to AC mode can be suspected user by camera, obtain by graphical analysis, for example, obtain after user images, can analysis user mouth images, whether the mouth type of analysis user is in variable condition, if user's mouth type is in variable condition, illustrate that user is speaking, user's state is AC mode, if user's mouth type is in constant state, illustrate that user is not speaking, user's state is listen mode, or obtain after user images, the head image of analysis user, the face that judges user is towards video screen, or other direction, if user's face is towards video screen in Preset Time section, illustrates that user is watching TV, user's state is listen mode, if other direction of user's face orientation in Preset Time section, illustrates that user is speaking, user's state is AC mode.
After detecting that user's state is listen mode, when the state that user detected is again AC mode, obtain the mode altering message from listen mode to AC mode; After detecting that user's state is AC mode, when the state that user detected is again listen mode, obtain from the mode altering message to listen mode with regard to AC mode.
Step S703: obtain the first volume adjusting order;
Step S704: described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
Step S705: judge whether described electronic equipment obtains the mode altering message from AC mode to listen mode, if so, performs step S706, obtains the second volume adjusting order;
Step S706: obtain the second volume adjusting order;
Step S707: described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
The volume adjustment device that the embodiment of the present application provides is applied to electronic equipment, and the structural representation of a kind of volume adjustment device that the embodiment of the present application provides as shown in Figure 8, comprising:
Acquisition module 801 and respond module 802;
Acquisition module 801, for meeting first when pre-conditioned at described electronic equipment, obtains the first volume adjusting order;
Respond module 802, for described the first volume adjusting order is responded, is exported current audio signals in the second moment with the second volume to control described electronic equipment, and described the second volume is different from the first volume, and described the second moment was later than for the first moment;
Wherein, described electronic equipment in described the first moment with described the second volume output audio signal;
Described electronic equipment met for the first pre-conditioned comprising:
It is pre-conditioned that described electronic equipment meets satisfied the second son of the pre-conditioned or described electronic equipment of the first son, described electronic equipment satisfied first is sub pre-conditioned receives the control command for volume adjusting for described electronic equipment, and pre-conditioned and described the first son of described the second son is pre-conditioned different.
Described respond module 802 is connected with the audio output apparatus (not shown) of electronic equipment, and audio signal has audio output apparatus output after respond module 802 is processed.
On basis embodiment illustrated in fig. 8, as shown in Figure 9, described acquisition module 801 comprises the structural representation of the another kind of volume adjustment device that the embodiment of the present application provides:
The first monitoring means 901 and the first acquiring unit 902;
Whether the first monitoring means 901 changes for the property value of the adjustable symbolic animal of the birth year of monitoring described electronic equipment, and described adjustable attribute does not comprise volume;
The first acquiring unit 902 for monitor at described the first monitoring means described electronic equipment adjustable attribute property value occur change time, obtain the first volume adjusting order.
On basis embodiment illustrated in fig. 9, the structural representation of another volume adjustment device that the embodiment of the present application provides as shown in figure 10.
The first monitoring means 901 comprises the first sub-monitoring means 1001, for monitoring described electronic equipment, whether channel alteration occurs;
The first acquiring unit 902 comprises the first sub-acquiring unit 1002, in the time that described the first sub-monitoring means 1001 monitors described electronic equipment generation channel alteration, obtains the first volume adjusting order;
Respond module 802 comprises:
The first response unit 1003, for described the first volume adjusting order is responded, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein, described the second volume is less than described the first volume, and described the second moment is later than described the first moment.
On basis embodiment illustrated in fig. 8, as shown in figure 11, described respond module 802 comprises the structural representation of another volume adjustment device that the embodiment of the present application provides:
Multiplication factor acquiring unit 1101 and signal amplification unit 1102;
Multiplication factor acquiring unit 1101 is for the amplitude according to audio signal corresponding to the first volume, and the amplitude of current audio signals obtains first signal multiplication factor, the amplitude of wherein said current audio signals and the product of described first signal multiplication factor are less than or greater than the amplitude of audio signal corresponding to described the first volume;
Signal amplification unit 1102 is for amplifying current audio signals according to described first signal multiplication factor.
On basis embodiment illustrated in fig. 8, the structural representation of another volume adjustment device that the embodiment of the present application provides as shown in figure 12, acquisition module 801 comprises the second sub-acquiring unit 1201 and the 3rd sub-acquiring unit 1202, and respond module 802 comprises the second response unit 1203 and the 3rd response unit 1204;
The second sub-acquiring unit 1201 is second sub when pre-conditioned for meeting at described electronic equipment, obtains the first volume adjusting order;
The second response unit 1203 is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein said the second volume is less than described the first volume, and described the second moment is later than described the first moment;
The 3rd sub-acquiring unit 1202 is connected with the second sub-acquiring unit 1201, for meeting second when pre-conditioned at described electronic equipment, obtains the second volume adjusting order;
The 3rd response unit 1204 is connected with the 3rd sub-acquiring unit 1201 with described the second response unit 1203 respectively, for described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
The second response unit 1203 is connected with the audio output apparatus (not shown) of electronic equipment respectively with the 3rd response unit 1204.
The structural representation of another volume adjustment device that the embodiment of the present application provides as shown in figure 13, acquisition module 801 comprises the second sub-acquiring unit 1201 and the 4th sub-acquiring unit 1301, and respond module comprises the second response unit 1203 and the 4th response unit 1302; Wherein,
The second sub-acquiring unit 1201 is second sub when pre-conditioned for meeting at described electronic equipment, obtains the first volume adjusting order;
Described the second response unit 1203 is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein said the second volume is less than described the first volume, and described the second moment is less than described the first moment;
Described the 4th sub-acquiring unit 1301 is connected with the second sub-acquiring unit 1201, pre-conditioned for meet the 3rd at described electronic equipment, obtains the 3rd volume adjusting order;
The 4th response unit 1302 respectively with the second response unit 1203 and the 4th sub-acquiring unit 1301 phases; Connect, for described the 3rd volume adjusting order is responded, export current audio signals to control described electronic equipment in the 4th moment with the 4th volume, described the 4th volume is less than described the second volume, and described the 4th moment is later than described the second moment.
The second response unit 1203 is connected with the audio output apparatus (not shown) of electronic equipment respectively with the 4th response unit 1302.
On basis embodiment illustrated in fig. 8, as shown in figure 14, acquisition module 801 comprises the structural representation that the embodiment of the present application provides another volume adjustment device:
Collecting unit 1401, for gathering user's state information;
The second monitoring means 1402, in the time that user's the state information that monitors described collecting unit collection meets default status condition, acquisition model changes message;
Second acquisition unit 1403, in the time that described the second monitoring means acquisition model changes message, obtains the first volume adjusting order.
On basis embodiment illustrated in fig. 14, the structural representation of another volume adjustment device that the embodiment of the present application provides as shown in figure 15, acquisition module 801 also comprises the 3rd acquiring unit 1501, and respond module 802 comprises the 5th response unit 1502 and the 6th response unit 1503;
Second acquisition unit 1403, in the time that the second monitoring means 1402 obtains the mode altering message from listen mode to rest mode, obtains the first volume adjusting order;
The 5th response unit 1502 is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
The 3rd acquiring unit 1501, in the time that described the second monitoring means 1402 obtains the mode altering message from rest mode to listen mode, obtains the second volume adjusting order;
The 6th response unit 1503 is connected and is connected with the 5th response unit 1502 and the 3rd acquiring unit 1501 respectively, for described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
The 5th response unit 1502 is connected with the audio output apparatus (not shown) of electronic equipment respectively with the 6th response unit 1503
On basis embodiment illustrated in fig. 14, the structural representation of another volume adjustment device that the embodiment of the present application provides as shown in figure 16, acquisition module 801 also comprises the 4th acquiring unit 1601, and respond module 802 comprises the 7th response unit 1602 and the 8th response unit 1603;
Second acquisition unit 1403, in the time that described the second monitoring means 1402 obtains the mode altering message from listen mode to AC mode, obtains the first volume adjusting order;
The 7th response unit 1602 is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
The 4th acquiring unit 1601, in the time that described the second monitoring means 1402 monitors the mode altering message from AC mode to listen mode, obtains the second volume adjusting order;
The 8th response unit 1603 is connected with the 4th acquiring unit 1601 with the 7th response unit 1602 respectively, for described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is less than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
The 7th response unit 1602 is connected with the audio output apparatus (not shown) of electronic equipment respectively with the 8th response unit 1603.
The embodiment of the present application also provides a kind of electronic equipment, and it has volume adjustment device as above.
To the above-mentioned explanation of the disclosed embodiments, make professional and technical personnel in the field can realize or use the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiment, General Principle as defined herein can, in the situation that not departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.For the disclosed device of embodiment, because it corresponds to the method disclosed in Example, so description is fairly simple, relevant part is referring to the explanation of method part.
Claims (19)
1. a volume adjusting method, is applied to electronic equipment, it is characterized in that, comprising:
Described electronic equipment in the first moment with the first volume output audio signal;
When described electronic equipment meets first when pre-conditioned, obtain the first volume adjusting order;
Described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, described the second volume is different from described the first volume, and described the second moment is later than described the first moment;
Wherein, described electronic equipment met for the first pre-conditioned comprising:
It is pre-conditioned that described electronic equipment meets satisfied the second son of the pre-conditioned or described electronic equipment of the first son, described the first son pre-conditionedly receives the control command for volume adjusting for described electronic equipment, and described the second son pre-conditioned and described first is sub pre-conditioned different.
2. method according to claim 1, is characterized in that, described electronic equipment met for the second sub pre-conditioned comprising:
Described electronic equipment monitoring changes to the property value of the adjustable attribute of described electronic equipment, and described adjustable attribute does not comprise volume.
3. method according to claim 2, is characterized in that, described electronic equipment met for the second sub pre-conditioned comprising:
Described electronic equipment monitoring is to described electronic equipment generation channel alteration;
Accordingly, obtain the first volume adjusting order;
Described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, wherein, described the second volume is less than described the first volume, and described the second moment is later than described the first moment.
4. method according to claim 1, is characterized in that, when described electronic equipment meets second subly when pre-conditioned, described volume adjusting order comprises:
According to first signal multiplication factor, current audio signals is amplified; Wherein, described first signal multiplication factor obtains according to following method:
According to the amplitude of audio signal corresponding to described the first volume, and the amplitude of current audio signals is obtained described first signal multiplication factor, wherein, the amplitude of described current audio signals and the product of described first signal multiplication factor are less than or greater than the amplitude of audio signal corresponding to described the first volume.
5. method according to claim 1, is characterized in that, when described electronic equipment meets second subly when pre-conditioned, obtains the first volume adjusting order;
Described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, wherein, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
When described electronic equipment meets second when pre-conditioned, obtain the second volume adjusting order;
Described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
6. method according to claim 1, is characterized in that, when described electronic equipment meets second subly when pre-conditioned, obtains the first volume adjusting order;
Described the first volume adjusting order is responded, export current audio signals to control described electronic equipment in the second moment with the second volume, wherein, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
When described electronic equipment meets the 3rd when pre-conditioned, obtain the 3rd volume adjusting order; Described the 3rd volume adjusting order is responded, export current audio signals to control described electronic equipment in the 4th moment with the 4th volume, described the 4th volume is less than described the second volume, and described the 4th moment is later than described the second moment.
7. method according to claim 1, is characterized in that, described electronic equipment met for the second sub pre-conditioned comprising:
Described electronic equipment monitoring meets default status condition to the user state information of described electronic equipment collection, and acquisition model changes message.
8. method according to claim 7, it is characterized in that, in the time that described electronic equipment obtains the mode altering message from listen mode to rest mode, obtain the first volume adjusting order, described the first volume adjusting order is responded, export current audio signals in the second moment with the second volume to control described electronic equipment, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
In the time that described electronic equipment obtains the mode altering message from rest mode to listen mode, obtain the second volume adjusting order, described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
9. method according to claim 7, it is characterized in that, in the time that described electronic equipment obtains the mode altering message from listen mode to AC mode, obtain the first volume adjusting order, described the first volume adjusting order is responded, export current audio signals in the second moment with the second volume to control described electronic equipment, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
In the time that described electronic equipment obtains the mode altering message from AC mode to listen mode, obtain the second volume adjusting order, described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
10. a volume adjustment device, is applied to electronic equipment, it is characterized in that, comprising:
Acquisition module, for meeting first when pre-conditioned at described electronic equipment, obtains the first volume adjusting order;
Respond module, for described the first volume adjusting order is responded, exports current audio signals in the second moment with the second volume to control described electronic equipment, and described the second volume is different from the first volume, and described the second moment was later than for the first moment;
Wherein, described electronic equipment in described the first moment with described the first volume output audio signal;
Described electronic equipment met for the first pre-conditioned comprising:
It is pre-conditioned that described electronic equipment meets satisfied the second son of the pre-conditioned or described electronic equipment of the first son, described electronic equipment satisfied first is sub pre-conditioned receives the control command for volume adjusting for described electronic equipment, and pre-conditioned and described the first son of described the second son is pre-conditioned different.
11. devices according to claim 10, is characterized in that, described acquisition module comprises:
Whether the first monitoring means, change for the property value of the adjustable attribute of monitoring described electronic equipment, and described adjustable attribute does not comprise volume;
The first acquiring unit, for monitor at described the first monitoring means described electronic equipment adjustable attribute property value occur change time, obtain the first volume adjusting order.
12. devices according to claim 11, is characterized in that, described the first monitoring means comprises: whether the first sub-monitoring means, for monitoring described electronic equipment, channel alteration occurs;
Accordingly, described the first acquiring unit comprises:
The first sub-acquiring unit, in the time that described the first sub-monitoring means monitors described electronic equipment generation channel alteration, obtains the first volume adjusting order;
Accordingly, described respond module comprises:
The first response unit, for described the first volume adjusting order is responded, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein, described the second volume is less than described the first volume, and described the second moment is later than described the first moment.
13. devices according to claim 10, is characterized in that, described respond module comprises:
Multiplication factor acquiring unit, for the amplitude according to audio signal corresponding to the first volume, and the amplitude of current audio signals is obtained first signal multiplication factor, wherein, the amplitude of described current audio signals and the product of described first signal multiplication factor are less than or greater than the amplitude of audio signal corresponding to described the first volume;
Signal amplification unit, for amplifying current audio signals according to described first signal multiplication factor.
14. devices according to claim 10, is characterized in that, described acquisition module comprises the second sub-acquiring unit and the 3rd sub-acquiring unit, and corresponding, described respond module comprises: the second response unit and the 3rd response unit; Wherein,
Described the second sub-acquiring unit is second sub when pre-conditioned for meeting at described electronic equipment, obtains the first volume adjusting order;
Described the second response unit is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein said the second volume is less than described the first volume, and described the second moment is later than described the first moment;
Described the 3rd sub-acquiring unit, for meeting second when pre-conditioned at described electronic equipment, obtains the second volume adjusting order;
Described the 3rd response unit is connected with described the 3rd sub-acquiring unit with described the second response unit respectively, for described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
15. devices according to claim 10, is characterized in that, described acquisition module comprises the second sub-acquiring unit and the 4th sub-acquiring unit, and corresponding, described respond module comprises: the second response unit and the 4th response unit; Wherein,
Described the second sub-acquiring unit is second sub when pre-conditioned for meeting at described electronic equipment, obtains the first volume adjusting order;
Described the second response unit is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, wherein said the second volume is less than described the first volume, and described the second moment is later than described the first moment;
Described the 4th sub-acquiring unit, for meeting the 3rd when pre-conditioned at described electronic equipment, obtains the 3rd volume adjusting order;
Described the 4th response unit is connected with described the 4th sub-acquiring unit with described the second response unit respectively, for described the 3rd volume adjusting order is responded, export current audio signals in the 4th moment with the 4th volume to control described electronic equipment, described the 4th volume is less than described the second volume, and described the 4th moment is later than described the second moment.
16. devices according to claim 10, is characterized in that, described acquisition module comprises:
Collecting unit, for gathering user's state information;
The second monitoring means, in the time that user's the state information that monitors described collecting unit collection meets default status condition, acquisition model changes message;
Second acquisition unit, in the time that described the second monitoring means acquisition model changes message, obtains the first volume adjusting order.
17. devices according to claim 16, is characterized in that, described acquisition module also comprises the 3rd acquiring unit, and corresponding, described respond module comprises the 5th response unit and the 6th response unit, wherein,
Described second acquisition unit, in the time that described the second monitoring means obtains the mode altering message from listen mode to rest mode, obtains the first volume adjusting order;
Described the 5th response unit is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
Described the 3rd acquiring unit, in the time that described the second monitoring means obtains the mode altering message from rest mode to listen mode, obtains the second volume adjusting order;
Described the 6th response unit is connected with the 3rd acquiring unit with described the 5th response unit respectively, for described the second volume adjusting order is responded, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
18. devices according to claim 16, is characterized in that, described acquisition module also comprises the 4th acquiring unit, and corresponding, described respond module comprises the 7th response unit and the 8th response unit, wherein,
When described second acquisition unit is used in described the second monitoring means and obtains the mode altering message from listen mode to AC mode, obtain the first volume adjusting order;
Described the 7th response unit is for responding described the first volume adjusting order, export current audio signals in the second moment with the second volume to control described electronic equipment, described the second volume is less than described the first volume, and described the second moment is later than described the first moment;
Described the 4th acquiring unit, in the time that described the second monitoring means obtains the mode altering message from AC mode to listen mode, obtains the second volume adjusting order;
Described the 8th response unit is connected with described the 4th acquiring unit with described the 7th response unit respectively, for to shown in the second volume adjusting order respond, export current audio signals in the 3rd moment with the 3rd volume to control described electronic equipment, described the 3rd volume is greater than described the second volume, and described the 3rd volume is less than or equal to described the first volume, described the 3rd moment is later than described the second moment.
19. 1 kinds of electronic equipments, is characterized in that, comprise the volume adjustment device as described in claim 10-18 any one.
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