CN104867296A - Sound volume adjustment method and device - Google Patents
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- CN104867296A CN104867296A CN201410062449.0A CN201410062449A CN104867296A CN 104867296 A CN104867296 A CN 104867296A CN 201410062449 A CN201410062449 A CN 201410062449A CN 104867296 A CN104867296 A CN 104867296A
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Abstract
The invention discloses a sound volume adjustment method and device; the sound volume adjustment method is applied to a first electronic device and comprises the steps: when the first electronic device outputs first sound information with a first sound volume value, a first sound volume control instruction is generated; and the first sound volume control instruction is sent to a second electronic device, the second electronic device is allowed to execute the first sound volume control instruction, and a current output sound volume value of the second electronic device is adjusted to a preset sound volume value from a second sound volume value.
Description
Technical field
The present invention relates to electronic technology field, particularly relate to a kind of volume adjusting method and device.
Background technology
In same environment, such as parlor, has multiple electronic equipment, than if any mobile phone, and notebook, Pad, intelligent television etc.When user wishes the sound obtaining one of them electronic equipment A, the sound that other electronic equipments export can have influence on the voice output quality of electronic equipment A, and the sound causing electronic equipment A to export is unclear even to be ignored by user.
In prior art, in order to improve the voice output quality of electronic equipment A, the output sound value of other electronic equipments of manual adjustments the voice output quality of electronic equipment A can only be ensured to a suitable volume value.
In another prior art, in order to provide the voice output quality of electronic equipment A, can when electronic equipment A has a specific sound to export, such as, incoming ring tone sounds, when incoming call enters in the situations such as talking state, the volume value of other voice outputs of adjustment electronic equipment A automatically, such as reduces or closes the volume of music player.
But present inventor is in the process realizing invention technical scheme in the embodiment of the present application, find that above-mentioned technology at least exists following technical matters:
In prior art when electronic equipment A exports an acoustic information, the volume value that electronic equipment A removes to regulate electronic equipment A itself can be controlled, such as, when in prior art, computer obtains an Internet phone-calling request, export a call request bell sound, Windows controls the output volume of other programs, such as, the volume of music player is turned down or is closed.Such as smart mobile phone of the prior art is when acquisition one call request again, and smart mobile phone controls the output volume of these other programs of smart mobile phone automatically, such as closes the sound of music player, changes short message prompt tones into vibrations etc.But the output volume of other electronic equipments in same environment can not be adjusted.So in prior art there is the technical matters that electronic equipment can only adjust the volume output of electronic equipment self in the technical scheme of volume adjusting.
Further, the volume that can only adjust this electronic equipment self due to electronic equipment in prior art exports, when there being multiple electronic equipment to export acoustic information in a certain environment, the acoustic information exporting the less electronic equipment output of sound value can be left in the basket, such as when there is smart mobile phone in a certain environment, during intelligent television, and time under the very large situation of intelligent television broadcasting television broadcast sounds, suppose that smart mobile phone obtains an incoming call requests, then the tinkle of bells of incoming call requests very little or for vibrations time, effect is bad, when supposing that smart mobile phone is in communication process, the sound that intelligent television plays TV programme can affect speech quality.And do not have technical scheme to solve this similar problem in prior art, so there is the voice output quality that other electronic equipments can affect electronic equipment A in prior art, then between electronic equipment volume export can not the technical matters of automatic synchronization.
Summary of the invention
The embodiment of the present application is by providing a kind of volume adjusting method and device, solve the technical matters that electronic equipment in prior art can only adjust the volume output of electronic equipment self, achieve when the first electronic equipment exists voice output, adjust the volume value of the second electronic equipment, to improve the technique effect of the voice output quality of the first electronic equipment.
The embodiment of the present application provides a kind of volume adjusting method, is applied to the first electronic equipment, and described method comprises:
When described first electronic equipment exports the first acoustic information with the first volume value, generate the first volume steering order;
Described first volume steering order is sent to the second electronic equipment, to make described second electronic equipment perform described first volume steering order, the current output volume value of described second electronic equipment is adjusted to one from the second volume value and presets volume value.
Preferably, when described first electronic equipment is in non-armed state, described export the first acoustic information when described first electronic equipment with the first volume value time, before generating the first volume steering order, described method also comprises:
Obtain the neighbourhood noise value of described first electronic equipment place environment;
When described neighbourhood noise value is greater than a default neighbourhood noise value, generate an enabled instruction;
Perform described enabled instruction, so that described first electronic equipment is switched to armed state from described non-armed state.
Preferably, described when described first electronic equipment exports the first acoustic information with the first volume value, generate the first volume steering order, specifically comprise:
When described first electronic equipment exports described first acoustic information, detect described first electronic equipment and whether be in described armed state, generate the first testing result;
When described first testing result shows that described first electronic equipment is in described armed state, generate described first volume steering order.
Preferably, described when described first testing result shows that described first electronic equipment is in described armed state, generate described first volume steering order, be specially:
When described first testing result shows that described first electronic equipment is in described armed state, detect described second volume value and whether meet a default volume condition, generate the second testing result;
When described second testing result shows that described second volume value meets described default volume condition, generate described first volume steering order.
Preferably, described described first volume steering order sent to described second electronic equipment after, described method also comprises:
At the end of detecting that described first electronic book equipment exports the first acoustic information, generate the second volume steering order different from described first volume steering order;
Described second volume steering order is sent to described second electronic equipment, to make described second electronic equipment perform described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
Preferably, described first electronic equipment exports the first acoustic information with the first volume value, specifically comprises:
Described first electronic equipment exports with described first volume value the call request obtained; Or
Described first electronic equipment exports with described first volume value the multimedia file obtained.
Preferably, when described first electronic equipment is wirelessly connected with described second electronic equipment, described described first volume steering order is sent to described second electronic equipment, is specially:
Described first volume steering order is directly sent to described second electronic equipment with described wireless mode.
Preferably, when described first electronic equipment is connected by a server with the multiple electronic equipments comprising described second electronic equipment, described described first volume steering order is sent to described second electronic equipment, is specially:
Described first volume steering order is sent to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously, thus makes described second electronic equipment obtain described first volume steering order.
On the other hand, the embodiment of the present application provides a kind of volume adjusting method, is applied to the first electronic equipment, and described method comprises:
Obtain the first volume steering order, wherein, described first volume steering order is the second electronic equipment when exporting the first acoustic information with the first volume value, generates and sends to the volume steering order of described first electronic equipment;
Perform described first volume steering order, the current output volume value of described first electronic equipment is adjusted to one from the second volume value and presets volume value.
Preferably, perform described first volume steering order, be specially;
Whether standbyly detect described first electronic equipment, obtain a testing result;
When described testing result shows that described first electronic equipment is in described armed state, perform described first volume steering order.
Preferably, described described first volume steering order sent to described second electronic equipment after, described method also comprises:
Obtain the second volume steering order, wherein, described second volume steering order is at the end of described second electronic equipment detects that described first electronic book equipment exports the first acoustic information, the second volume steering order different from described first volume steering order of generation;
Perform described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
Preferably, when described first electronic equipment is wirelessly connected with described second electronic equipment, described acquisition first volume steering order, is specially:
Described first volume steering order is directly received with described wireless mode.
Preferably, when described first electronic equipment is connected by a server with the multiple electronic equipments comprising described second electronic equipment, described acquisition first volume steering order, is specially:
Receive the described first volume steering order that described server sends, wherein, described first volume steering order is that described second electronic equipment sends to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously.
Again on the one hand, the embodiment of the present application provides a kind of device, is applied to the first electronic equipment, and described device comprises:
First generation unit, for when described first electronic equipment exports the first acoustic information with the first volume value, generates the first volume steering order;
First transmitting element, for described first volume steering order is sent to the second electronic equipment, to make described second electronic equipment perform described first volume steering order, the current output volume value of described second electronic equipment is adjusted to one from the second volume value and presets volume value.
Preferably, described device also comprises:
Obtain unit, for obtaining the neighbourhood noise value of described first electronic equipment place environment;
Second generation unit, during for being greater than a default neighbourhood noise value when described neighbourhood noise value, generates an enabled instruction;
Performance element, for performing described enabled instruction, to switch to armed state by described first electronic equipment from described non-armed state.
Preferably, described first generation unit, specifically comprises:
Detection sub-unit, for when described first electronic equipment exports described first acoustic information, detects described first electronic equipment and whether is in described armed state, generate the first testing result;
Generate subelement, for when described first testing result shows that described first electronic equipment is in described armed state, generate described first volume steering order.
Preferably, described generation subelement, is specially:
Detection sub-module, for when described first testing result shows that described first electronic equipment is in described armed state, detects described second volume value and whether meets a default volume condition, generate the second testing result;
Generate submodule, for when described second testing result shows that described second volume value meets described default volume condition, generate described first volume steering order.
Preferably, described device also comprises:
3rd generation unit, at the end of detecting that described first electronic book equipment exports the first acoustic information, generates the second volume steering order different from described first volume steering order;
Second transmitting element, for described second volume steering order is sent to described second electronic equipment, to make described second electronic equipment perform described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
Preferably, described detection sub-unit, specifically comprises:
First output module, exports with described first volume value the call request obtained for described first electronic equipment; Or
Second output module, exports with described first volume value the multimedia file obtained for described first electronic equipment.
Preferably, described transmitting element, is specially:
Direct transmission subelement, for directly sending to described second electronic equipment by described first volume steering order with described wireless mode.
Preferably, described transmitting element, is specially:
Between receive and send subelement, for described first volume steering order is sent to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously, thus makes described second electronic equipment obtain described first volume steering order.
Again on the one hand, the embodiment of the present application provides a kind of device, is applied to the first electronic equipment, and described device comprises:
First obtains unit, and for obtaining the first volume steering order, wherein, described first volume steering order is the second electronic equipment when exporting the first acoustic information with the first volume value, generates and sends to the volume steering order of described first electronic equipment;
First performance element, for performing described first volume steering order, being adjusted to one by the current output volume value of described first electronic equipment from the second volume value and presetting volume value.
Preferably, performance element, is specially;
Detection sub-unit, whether standby for detecting described first electronic equipment, obtain a testing result;
Performing subelement, during for showing that described first electronic equipment is in described armed state when described testing result, performing described first volume steering order.
Preferably, described device also comprises:
Second obtains unit, for obtaining the second volume steering order, wherein, described second volume steering order is at the end of described second electronic equipment detects that described first electronic book equipment exports the first acoustic information, the second volume steering order different from described first volume steering order of generation;
Second performs subelement, for performing described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
Preferably, described first acquisition unit is specially:
Direct acquisition unit, for directly obtaining described first volume steering order with described wireless mode.
Preferably, described first acquisition unit is specially:
Indirect acquisition unit, for receiving the described first volume steering order that described server sends, wherein, described first volume steering order is that described second electronic equipment sends to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously.
The one or more technical schemes provided in the embodiment of the present application, at least have following technique effect or advantage:
1, owing to have employed when described first electronic equipment exports the first acoustic information with the first volume value, the first volume steering order is generated, described first volume steering order is sent to the second electronic equipment, described first volume steering order is performed to make described second electronic equipment, the current output volume value of described second electronic equipment is adjusted to from the second volume value the technological means that presets volume value, when such as the first electronic equipment obtains incoming call requests, generate and send the first volume steering order, then the second electronic equipment just can receive and perform this first volume steering order, the output volume of the demand and the second electronic equipment that realize the first electronic equipment with this is set up and is contacted, so, efficiently solve the technical matters that electronic equipment can only adjust the volume output of electronic equipment self, and then achieve when the first electronic equipment exists voice output, adjust the volume value of the second electronic equipment, to improve the technique effect of the voice output quality of the first electronic equipment.
Further, due to when there is voice output in the first electronic equipment, adjust the volume value of the second electronic equipment, to improve the voice output quality of the first electronic equipment, so, efficiently solve the voice output quality that other electronic equipments in prior art can affect electronic equipment A, then between electronic equipment volume export can not the technical matters of automatic synchronization, and then achieve the technique effect of output sound value automatic synchronization of multiple electric room.
2, owing to have employed the neighbourhood noise value obtaining described first electronic equipment place environment; When described neighbourhood noise value is greater than a default neighbourhood noise value, generate an enabled instruction; Perform described enabled instruction, so that described first electronic equipment is switched to armed state from described non-armed state.And then when exporting the first acoustic information when the first electronic book equipment, and when the first electronic equipment is standby, just generate the first volume steering order, to control the volume value of the second electronic equipment.So, when the neighbourhood noise value working as the first electronic equipment place environment has influence on the output of the first electronic equipment acoustic information, just remove the output sound value of adjustment second electronic equipment.So avoid the mistuning of the output sound value of other electronic equipments whole, voice output between electronic equipment is adjusted automatically more reasonable.
3, owing to have employed further in an embodiment when described first testing result shows that described first electronic equipment is in described armed state, detect described second volume value and whether meet a default volume condition, generate the second testing result; When described second testing result shows that described second volume value meets described default volume condition, generate the technological means of described first volume steering order, so when there is multiple second electronic equipment, only meet an output sound value presetting the portions of electronics equipment of volume condition to the second volume value to regulate, the voice output value of such as docking into earphone or very little the second electronic equipment of output sound value does not then adjust.So achieve the voice output value of multiple electronic equipment more flexible, reasonably control.
4, owing to have employed at the end of the first electronic equipment exports the first acoustic information, specifically such as end of conversation, when bell sound stops, generating the second volume steering order different from described first volume steering order; Described second volume steering order is sent to described second electronic equipment, described second volume steering order is performed to make described second electronic equipment, the current output volume value of described second electronic equipment is heightened technological means to described second volume value from described default volume value, so, can automatically the output sound value of the second electronic equipment be heightened to recover under the situations such as end of conversation, therefore achieve and change, to the technique effect of the complete adjustment of output sound value of the second electronic equipment according to the situation of the output acoustic information of the first electronic equipment.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of volume adjusting method in the embodiment of the present application one;
Fig. 2 is the process flow diagram of volume adjusting method in the embodiment of the present application two;
Fig. 3 is the process flow diagram of volume adjusting method in the application's call request embodiment;
Fig. 4 is the structural representation of device in the application one embodiment;
Fig. 5 is the structural representation of device in another embodiment of the application.
Embodiment
The embodiment of the present application provides a kind of volume adjusting method and device, efficiently solve the technical matters that electronic equipment can only adjust the volume output of electronic equipment self, and then achieve when the first electronic equipment exists voice output, adjust the volume value of the second electronic equipment, to improve the technique effect of the voice output quality of the first electronic equipment.
Technical scheme in the embodiment of the present application is for solving the problem, and total thinking is as follows:
When described first electronic equipment exports the first acoustic information with the first volume value, generate the first volume steering order; Described first volume steering order is sent to the second electronic equipment, to make described second electronic equipment perform described first volume steering order, the current output volume value of described second electronic equipment is adjusted to one from the second volume value and presets volume value.
The first above-mentioned electronic equipment is in acquisition trigger condition, and when exporting the first acoustic information with the first volume value, generate a volume steering order and send to the second electronic equipment, when then the second electronic equipment can perform the volume steering order of the first electronic equipment transmission, just the volume value of the second electronic equipment can be regulated to a preset value according to this volume steering order, such as being adjusted to volume value is zero, or turns down 30% etc.Then just make the default volume value that the first electronic equipment exports the second electronic equipment with the first sound message manner of breathing that the first volume value exports in this way, sound is just clearer, therefore Problems existing in some cases can be solved, such as, first acoustic information is cell phone incoming call the tinkle of bells, then easily be left in the basket in prior art, such as the first acoustic information is call event again, then in prior art, speech quality is bad.So, technical scheme in the embodiment of the present application efficiently solves the technical matters that electronic equipment can only adjust the volume output of electronic equipment self, and then achieve when the first electronic equipment exists voice output, adjust the volume value of the second electronic equipment, to improve the technique effect of the voice output quality of the first electronic equipment.
In order to better understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.
Embodiment one
The present invention provides a kind of volume adjusting method by the application one embodiment, is applied to the first electronic equipment, and this first electronic equipment is specially smart mobile phone, panel computer, notebook computer, intelligent television etc.,
As shown in Figure 1, the method comprises the steps:
S101: when described first electronic equipment exports the first acoustic information with the first volume value, generate the first volume steering order;
S102: described first volume steering order is sent to the second electronic equipment, to make described second electronic equipment perform described first volume steering order, is adjusted to one by the current output volume value of described second electronic equipment from the second volume value and presets volume value.
Below for the first electronic equipment for smart mobile phone, the technical scheme in composition graphs 1 pair of the embodiment of the present application is described in detail.
When first electronic equipment exports the first acoustic information with the first volume value, such as, when obtaining an incoming call requests, namely obtain with the incoming ring tone of the first volume value output or incoming call Rack tone signal, again such as, when performing a call event, namely the first electronic equipment put through an other party number go forward side by side work words time, the first electronic equipment with first volume value export call acoustic information.Such as, open a multimedia play software when starting to play an audio file or video file.First electronic equipment performs step S101, that is: when described first electronic equipment exports the first acoustic information with the first volume value, generate the first volume steering order.
Further, in specific implementation process, in order to realize when the first electronic equipment is under armed state, just perform step S101 to generate the first volume steering order, when the first electronic equipment is under non-armed state, do not perform step S101 ~ S102 before execution step S102, so, in specific implementation process, the method also comprises: the neighbourhood noise value obtaining described first electronic equipment place environment; When described neighbourhood noise value is greater than a default neighbourhood noise value, generate an enabled instruction; Perform described enabled instruction, so that described first electronic equipment is switched to armed state from described non-armed state.Concrete, non-armed state is the state not generating the first volume steering order, and armed state is the state that can generate the first volume steering order.
Specifically, at least there is the following two kinds embodiment in the neighbourhood noise value that the first electronic equipment obtains the first electronic equipment place environment.Can for arrange the neighbourhood noise value that sound acquisition module gathers the first electronic equipment place environment on the first electronic equipment.Sound acquisition module also all can be set on the first electronic equipment and the second electronic equipment and gather sound value, and gather first sound value by the first electronic equipment, gather second sound value by the second electronic equipment.Then first sound value and second sound value sum are averaged the neighbourhood noise value obtaining the first electronic equipment place environment, neighbourhood noise value more accurately can be obtained by this embodiment.
Then, in acquisition first electron institute after the neighbourhood noise value of environment, judge whether this neighbourhood noise value is greater than default neighbourhood noise value, this default neighbourhood noise value can be arranged according to actual needs.Specifically, the output state that default neighbourhood noise value can export according to the microphone of the first electronic equipment changes in real time.Such as, having adjusted to output sound value when the current microphone of the first electronic equipment is A decibel, then preset neighbourhood noise value and be automatically adjusted to the value corresponding with A decibel, be such as automatically adjusted to the B decibel value being more than or equal to A decibel.Certainly, in specific implementation process, this default neighbourhood noise value can also be that user or developer are self-defined.
Further, in specific implementation process, suppose that whether the first electronic equipment is standby to determine according to the neighbourhood noise value of the first electronic equipment place environment, so, described when described first electronic equipment exports the first acoustic information with the first volume value, generate the first volume steering order, specifically comprise: when described first electronic equipment exports described first acoustic information, detect described first electronic equipment and whether be in described armed state, generate the first testing result; When described first testing result shows that described first electronic equipment is in described armed state, generate described first volume steering order.
Further, in specific implementation process, when described first testing result shows that described first electronic equipment is in described armed state, detect described second volume value and whether meet a default volume condition, generate the second testing result; When described second testing result shows that described second volume value meets described default volume condition, generate described first volume steering order.Specifically, whether the second volume value detecting the second electronic equipment output is greater than C decibel.When being greater than C decibel, generate the first volume steering order.Certainly in specific implementation process, first electronic equipment also can not detect the whether satisfied default volume condition of the first volume value that the second electronic equipment exports, after transmission first volume steering order is to the second electronic equipment, detect described second volume value by the second electronic equipment and whether meet a default volume condition, the output sound value of adjustment second electronic equipment is judged whether with this, embodiment is shown in embodiment two, is not repeated herein.
After execution step S101, then step S102 is performed, that is: described first volume steering order is sent to the second electronic equipment, to make described second electronic equipment perform described first volume steering order, the current output volume value of described second electronic equipment is adjusted to one from the second volume value and presets volume value.
In specific implementation process, by installing Sound control software on the second electronic equipment, and the second electronic equipment can be crossed wireless mode and is connected with the first electronic equipment, also can be connected with the first electronic equipment by a server, the multiple electronic equipments namely comprising the first electronic equipment and the second electronic equipment are connected by a server.
The first: when the second electronic equipment is wirelessly connected with the first electronic equipment, such as, WIFI, bluetooth etc., user can arrange whether perform the first volume steering order to the second electronic equipment.Concrete, the second electronic equipment can be multiple, such as comprises a smart mobile phone at an environment, an intelligent television, a notebook computer and a panel computer.At smart mobile phone, intelligent television, notebook computer and panel computer all install voice control module, then this smart mobile phone, intelligent television, notebook computer and panel computer are wirelessly set to a control group, any electronic equipment wherein can generate the first volume steering order when needs control other electronic equipments, when such as the first electronic equipment is specially smart mobile phone, the second electronic equipment is specially intelligent television, notebook computer and panel computer etc.By smart mobile phone when exporting the first acoustic information with the first volume value, generate the first volume steering order, first volume steering order is sent in the mode of broadcast singal, notebook computer in control group, panel computer and notebook computer all receive and perform the first volume steering order, second volume value of current output is all adjusted to one and preset volume value, such as, all be adjusted to zero, or be adjusted to the volume value being less than the second volume value, specifically by a number percent adjustment, namely can reduce by 50%, reduction by 60% etc.
The second: when the multiple electronic equipments comprising the first electronic equipment and the second electronic equipment are connected by a server, can by Servers installed second electronic equipment whether access control group, whether perform to control the second electronic equipment the first volume steering order that the first electronic equipment sends.Suppose that the second electronic equipment is in control group, then after described first volume steering order is sent to the second electronic equipment by the first electronic equipment, to make described second electronic equipment perform described first volume steering order, the current output volume value of described second electronic equipment is adjusted to one from the second volume value and presets volume value.
Further, in specific implementation process, at the end of detecting that described first electronic book equipment exports the first acoustic information, generate the second volume steering order different from described first volume steering order; Described second volume steering order is sent to described second electronic equipment, to make described second electronic equipment perform described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
Specifically, in order to realize the output sound value of complete adjustment second electronic equipment, in embody rule process, the first acoustic information terminates can be end of conversation, also can play end etc. application scenarios for multimedia file.Concrete, such as the first electronic equipment is smart mobile phone is example, output first acoustic information whether can be stopped by the receiver of detection first electronic equipment, when detecting that the receiver of the first electronic equipment stops output the first acoustic information, generate the second volume steering order, the second volume steering order is specially and the current output volume value of the second electronic equipment is returned to the second volume value from default volume value.
The first electronic equipment send the first volume steering order to the second electronic equipment after, after the second electronic equipment or the second volume steering order give the second electronic equipment, the course of work of the second electronic equipment is described in detail in embodiment two.
Embodiment two
Based on same inventive concept, the present invention provides a kind of volume adjusting method by the embodiment of the present application, is applied to the first electronic equipment, and this electronic equipment is specifically as follows smart mobile phone, intelligent television, notebook computer, panel computer etc.
As shown in Figure 2, described method comprises:
S201: obtain the first volume steering order, wherein, described first volume steering order is the second electronic equipment when exporting the first acoustic information with the first volume value, generates and sends to the volume steering order of described first electronic equipment.
In specific implementation process, after acquisition first volume steering order, perform step: whether standbyly detect described first electronic equipment, obtain a testing result.
Then, when when described testing result, testing result table shows that described first electronic equipment is in described armed state, perform step S202, that is: perform described first volume steering order, the current output volume value of described first electronic equipment is adjusted to one from the second volume value and presets volume value.
Specifically, detect whether standby detection first electronic equipment that is specifically as follows of the first electronic equipment and whether be in playing video file state or displaying audio file state, when detecting that the first electronic equipment is in playing video file state or displaying audio file state, perform the first volume steering order.Also whether can be greater than a particular volume value for the output sound value of the voice output unit of detection first electronic equipment, this particular volume value can be that user or developer are arranged; Such as can be set to 70 decibels, also can be the volume value that the first volume value of the second electronic equipment meets a corresponding relation, current the first volume value of such as the second electronic equipment is X decibel, then particular volume value is the volume value being more than or equal to X decibel, then when the output sound value of the voice output unit the first electronic equipment being detected is greater than particular volume value, perform the first volume steering order; Also whether can accessing earphone for the audio output port of detection first electronic equipment, when the audio output unit access earphone of the first electronic equipment being detected, performing the first volume steering order.Certainly, in specific implementation process, in order to avoid exporting acoustic information to the second electronic equipment, not have the output sound value of harmful effect or less the first electronic equipment of impact to carry out mistuning whole, can in conjunction with the whether standby embodiment of above-mentioned multiple detection first electronics to determine whether the first electronic equipment performs the first volume steering order.Namely can work as and detect that the first electronic equipment is in broadcasting video state, and the volume value playing the voice output unit of video is greater than particular value M, when the audio output unit of the first electronic equipment does not detect that earphone inserts, just perform step S202 simultaneously.
Further after execution step S201, then perform step S202, the current output volume value of described first electronic equipment is adjusted to one from the second volume value and presets volume value.
Further, in specific implementation process, after execution step S202, described method also comprises: obtain the second volume steering order, wherein, described second volume steering order is at the end of described second electronic equipment detects that described first electronic book equipment exports the first acoustic information, the second volume steering order different from described first volume steering order of generation; Perform described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
In specific implementation process, when described first electronic equipment is connected by a server with the multiple electronic equipments comprising described second electronic equipment, described acquisition first volume steering order, is specially:
Receive the described first volume steering order that described server sends, wherein, described first volume steering order is that described second electronic equipment sends to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously.
Based on same inventive concept, the present invention provides a kind of device by the embodiment of the present application, is applied to the first electronic equipment, and this electronic equipment is specifically as follows smart mobile phone, panel computer, notebook computer, intelligent television etc.
Suppose in the parlor of user's first, have a smart mobile phone B1, intelligent television B2, panel computer B3, notebook computer B4, wherein, B1, B2, B3, B4 is connected by WIFI, at B1, B2, B3, arbitrary electronic equipment in B4 can detect other electronic equipments, such as, smart mobile phone B1 can detect intelligent television B2, panel computer B3, notebook computer B4, then user can carry out setting operation on smart mobile phone B1, to arrange B1, whether B2, B3, B4 add automatic volume controls group.
Suppose that the intelligent television B2 in the parlor of user's first plays TV programme, notebook computer plays music by earphone, and panel computer is at an interface.Concrete, B3 is set for user and exits automatic volume control group, with reference to figure 3, be illustrated to the embodiment of the application in conjunction with the technical scheme in the embodiment of the present application one and embodiment two.
Smart mobile phone B1 monitors the average environment noise figure of place environment, detection average environment noise figure is greater than default neighbourhood noise and is worth 60 decibels, when average environment noise figure is greater than 60 decibels, smart mobile phone B1 is switched to armed state from non-armed state, when detect average environment noise figure be less than default neighbourhood noise be worth 60 decibels time, smart mobile phone B1 is switched to non-armed state from armed state.Smart mobile phone B1 monitors the embodiment described in the embodiment reference example one of the average environment noise figure of place environment, does not repeat them here.
In the first moment, when user's second phones the smart mobile phone B1 of user's first, with reference to figure 3, smart mobile phone B1 obtains a call request signal, whether then smart mobile phone B1 exports a tinkle of bells with a volume value, standby to make smart mobile phone B1 detect smart mobile phone B1, when under smart mobile phone is standby, generate the first volume steering order, and broadcast the first volume steering order in the mode of wireless signal.Intelligent television B2, notebook computer B4 receives the first volume steering order, whether intelligent television B2 detects intelligent television B2 at broadcasting video or audio frequency, testing result is playing video with 70 decibels, and there is no plugged earphone, then intelligent television B2 performs the first volume steering order, output sound value is reduced to 20 decibels, notebook computer B4 detects whether playing video or audio frequency, testing result is with 40 decibels of audio plays, and plugged earphone, then notebook computer B4 does not perform the first volume steering order.Panel computer B3 does not have access control group, then do not receive the first volume steering order.Therefore, user's first can be heard the tinkle of bells of smart mobile phone B1 and receive calls, and in whole jingle bell and communication process, smart mobile phone B1 is in exists acoustic information output state, so B2 plays video with 20 decibels always.
In the second moment, user's first and user's second end of conversation, user's first hangs up smart mobile phone B1, smart mobile phone acoustic information end of output, then generate the second volume steering order, broadcast the second volume steering order in the mode of wireless signal, intelligent television B2 receives and performs the second volume steering order, output sound value is heightened value 70 decibels, to recover volume from 20 decibels.
As shown in Figure 4, this device comprises following structure:
First generation unit 401, for when described first electronic equipment exports the first acoustic information with the first volume value, generates the first volume steering order;
First transmitting element 402, for described first volume steering order is sent to the second electronic equipment, to make described second electronic equipment perform described first volume steering order, the current output volume value of described second electronic equipment is adjusted to one from the second volume value and presets volume value.
Further, in specific implementation process, described device also comprises:
Obtain unit, for obtaining the neighbourhood noise value of described first electronic equipment place environment;
Second generation unit, during for being greater than a default neighbourhood noise value when described neighbourhood noise value, generates an enabled instruction;
Performance element, for performing described enabled instruction, to switch to armed state by described first electronic equipment from described non-armed state.
Further, in specific implementation process, described first generation unit 401, specifically comprises:
Detection sub-unit, for when described first electronic equipment exports described first acoustic information, detects described first electronic equipment and whether is in described armed state, generate the first testing result;
Generate subelement, for when described first testing result shows that described first electronic equipment is in described armed state, generate described first volume steering order.
Further, in specific implementation process, described generation subelement, is specially:
Detection sub-module, for when described first testing result shows that described first electronic equipment is in described armed state, detects described second volume value and whether meets a default volume condition, generate the second testing result;
Generate submodule, for when described second testing result shows that described second volume value meets described default volume condition, generate described first volume steering order.
Further, in specific implementation process, described device also comprises:
3rd generation unit, at the end of detecting that described first electronic book equipment exports the first acoustic information, generates the second volume steering order different from described first volume steering order;
Second transmitting element, for described second volume steering order is sent to described second electronic equipment, to make described second electronic equipment perform described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
Further, in specific implementation process, described detection sub-unit, specifically comprises:
First output module, exports with described first volume value the call request obtained for described first electronic equipment; Or
Second output module, exports with described first volume value the multimedia file obtained for described first electronic equipment.
Further, in specific implementation process, described first transmitting element 402, is specially:
Direct transmission subelement, for directly sending to described second electronic equipment by described first volume steering order with described wireless mode.
Further, in specific implementation process, described first transmitting element 402, is specially:
Between receive and send subelement, for described first volume steering order is sent to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously, thus makes described second electronic equipment obtain described first volume steering order.
Based on same inventive concept, the present invention provides a kind of device by the embodiment of the present application, is applied to the first electronic equipment, and this electronic equipment is specifically as follows smart mobile phone, panel computer, notebook computer, intelligent television etc.,
As shown in Figure 5, this device comprises following structure:
First obtains unit 501, and for obtaining the first volume steering order, wherein, described first volume steering order is the second electronic equipment when exporting the first acoustic information with the first volume value, generates and sends to the volume steering order of described first electronic equipment;
First performance element 502, for performing described first volume steering order, being adjusted to one by the current output volume value of described first electronic equipment from the second volume value and presetting volume value.
Further, in specific implementation process, performance element, is specially;
Detection sub-unit, whether standby for detecting described first electronic equipment, obtain a testing result;
Performing subelement, during for showing that described first electronic equipment is in described armed state when described testing result, performing described first volume steering order.
Further, in specific implementation process, described device also comprises:
Second obtains unit, for obtaining the second volume steering order, wherein, described second volume steering order is at the end of described second electronic equipment detects that described first electronic book equipment exports the first acoustic information, the second volume steering order different from described first volume steering order of generation;
Second performs subelement, for performing described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
Further, in specific implementation process, described first obtains unit 501 is specially:
Direct acquisition unit, for directly obtaining described first volume steering order with described wireless mode.
Further, in specific implementation process, described first obtains unit is specially:
Indirect acquisition unit, for receiving the described first volume steering order that described server sends, wherein, described first volume steering order is that described second electronic equipment sends to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously.
Technical scheme in above-mentioned the embodiment of the present application, at least has following technique effect or advantage:
1, owing to have employed when described first electronic equipment exports the first acoustic information with the first volume value, the first volume steering order is generated, described first volume steering order is sent to the second electronic equipment, described first volume steering order is performed to make described second electronic equipment, the current output volume value of described second electronic equipment is adjusted to from the second volume value the technological means that presets volume value, when such as the first electronic equipment obtains incoming call requests, generate and send the first volume steering order, then the second electronic equipment just can receive and perform this first volume steering order, the output volume of the demand and the second electronic equipment that realize the first electronic equipment with this is set up and is contacted, so, efficiently solve the technical matters that electronic equipment can only adjust the volume output of electronic equipment self, and then achieve when the first electronic equipment exists voice output, adjust the volume value of the second electronic equipment, to improve the technique effect of the voice output quality of the first electronic equipment.
Due to when there is voice output in the first electronic equipment, adjust the volume value of the second electronic equipment, to improve the voice output quality of the first electronic equipment, so, efficiently solve the voice output quality that other electronic equipments in prior art can affect electronic equipment A, then between electronic equipment volume export can not the technical matters of automatic synchronization, and then achieve the technique effect of output sound value automatic synchronization of multiple electric room.
2, owing to have employed the neighbourhood noise value obtaining described first electronic equipment place environment; When described neighbourhood noise value is greater than a default neighbourhood noise value, generate an enabled instruction; Perform described enabled instruction, so that described first electronic equipment is switched to armed state from described non-armed state.And then when exporting the first acoustic information when the first electronic book equipment, and when the first electronic equipment is standby, just generate the first volume steering order, to control the volume value of the second electronic equipment.So, when the neighbourhood noise value working as the first electronic equipment place environment has influence on the output of the first electronic equipment acoustic information, just remove the output sound value of adjustment second electronic equipment.So avoid the mistuning of the output sound value of other electronic equipments whole, voice output between electronic equipment is adjusted automatically more reasonable.
3, owing to have employed further in an embodiment when described first testing result shows that described first electronic equipment is in described armed state, detect described second volume value and whether meet a default volume condition, generate the second testing result; When described second testing result shows that described second volume value meets described default volume condition, generate the technological means of described first volume steering order, so when there is multiple second electronic equipment, only meet an output sound value presetting the portions of electronics equipment of volume condition to the second volume value to regulate, the voice output value of such as docking into earphone or very little the second electronic equipment of output sound value does not then adjust.So achieve the voice output value of multiple electronic equipment more flexible, reasonably control.
4, owing to have employed at the end of the first electronic equipment exports the first acoustic information, specifically such as end of conversation, when bell sound stops, generating the second volume steering order different from described first volume steering order; Described second volume steering order is sent to described second electronic equipment, described second volume steering order is performed to make described second electronic equipment, the current output volume value of described second electronic equipment is heightened technological means to described second volume value from described default volume value, so, can automatically the output sound value of the second electronic equipment be heightened to recover under the situations such as end of conversation, therefore achieve and change, to the complete self-adjusting technique effect of the output sound value of the second electronic equipment according to the situation of the output acoustic information of the first electronic equipment.
Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (26)
1. a volume adjusting method, is applied to the first electronic equipment, it is characterized in that, described method comprises:
When described first electronic equipment exports the first acoustic information with the first volume value, generate the first volume steering order;
Described first volume steering order is sent to the second electronic equipment, to make described second electronic equipment perform described first volume steering order, the current output volume value of described second electronic equipment is adjusted to one from the second volume value and presets volume value.
2. the method for claim 1, it is characterized in that, when described first electronic equipment is in non-armed state, described export the first acoustic information when described first electronic equipment with the first volume value time, before generating the first volume steering order, described method also comprises:
Obtain the neighbourhood noise value of described first electronic equipment place environment;
When described neighbourhood noise value is greater than a default neighbourhood noise value, generate an enabled instruction;
Perform described enabled instruction, so that described first electronic equipment is switched to armed state from described non-armed state.
3. method as claimed in claim 2, is characterized in that, described when described first electronic equipment exports the first acoustic information with the first volume value, generates the first volume steering order, specifically comprises:
When described first electronic equipment exports described first acoustic information, detect described first electronic equipment and whether be in described armed state, generate the first testing result;
When described first testing result shows that described first electronic equipment is in described armed state, generate described first volume steering order.
4. method as claimed in claim 3, is characterized in that, described when described first testing result shows that described first electronic equipment is in described armed state, generates described first volume steering order, is specially:
When described first testing result shows that described first electronic equipment is in described armed state, detect described second volume value and whether meet a default volume condition, generate the second testing result;
When described second testing result shows that described second volume value meets described default volume condition, generate described first volume steering order.
5. the method as described in claim arbitrary in claim 1-4, is characterized in that, described described first volume steering order sent to described second electronic equipment after, described method also comprises:
At the end of detecting that described first electronic book equipment exports the first acoustic information, generate the second volume steering order different from described first volume steering order;
Described second volume steering order is sent to described second electronic equipment, to make described second electronic equipment perform described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
6. method as claimed in claim 5, it is characterized in that, described first electronic equipment exports the first acoustic information with the first volume value, specifically comprises:
Described first electronic equipment exports with described first volume value the call request obtained; Or
Described first electronic equipment exports with described first volume value the multimedia file obtained.
7. method as claimed in claim 6, is characterized in that, when described first electronic equipment is wirelessly connected with described second electronic equipment, described described first volume steering order is sent to described second electronic equipment, is specially:
Described first volume steering order is directly sent to described second electronic equipment with described wireless mode.
8. method as claimed in claim 6, it is characterized in that, when described first electronic equipment is connected by a server with the multiple electronic equipments comprising described second electronic equipment, described described first volume steering order is sent to described second electronic equipment, is specially:
Described first volume steering order is sent to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously, thus makes described second electronic equipment obtain described first volume steering order.
9. a volume adjusting method, is applied to the first electronic equipment, it is characterized in that, described method comprises:
Obtain the first volume steering order, wherein, described first volume steering order is the second electronic equipment when exporting the first acoustic information with the first volume value, generates and sends to the volume steering order of described first electronic equipment;
Perform described first volume steering order, the current output volume value of described first electronic equipment is adjusted to one from the second volume value and presets volume value.
10. method as claimed in claim 9, is characterized in that, perform described first volume steering order, be specially;
Whether standbyly detect described first electronic equipment, obtain a testing result;
When described testing result shows that described first electronic equipment is in described armed state, perform described first volume steering order.
11. methods as described in claim 9 or 10, is characterized in that, described described first volume steering order sent to described second electronic equipment after, described method also comprises:
Obtain the second volume steering order, wherein, described second volume steering order is at the end of described second electronic equipment detects that described first electronic book equipment exports the first acoustic information, the second volume steering order different from described first volume steering order of generation;
Perform described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
12. methods as claimed in claim 11, is characterized in that, when described first electronic equipment is wirelessly connected with described second electronic equipment, described acquisition first volume steering order, is specially:
Described first volume steering order is directly received with described wireless mode.
13. methods as claimed in claim 11, is characterized in that, when described first electronic equipment is connected by a server with the multiple electronic equipments comprising described second electronic equipment, described acquisition first volume steering order, is specially:
Receive the described first volume steering order that described server sends, wherein, described first volume steering order is that described second electronic equipment sends to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously.
14. 1 kinds of devices, are applied to the first electronic equipment, it is characterized in that, described device comprises:
First generation unit, for when described first electronic equipment exports the first acoustic information with the first volume value, generates the first volume steering order;
First transmitting element, for described first volume steering order is sent to the second electronic equipment, to make described second electronic equipment perform described first volume steering order, the current output volume value of described second electronic equipment is adjusted to one from the second volume value and presets volume value.
15. devices as claimed in claim 14, it is characterized in that, described device also comprises:
Obtain unit, for obtaining the neighbourhood noise value of described first electronic equipment place environment;
Second generation unit, during for being greater than a default neighbourhood noise value when described neighbourhood noise value, generates an enabled instruction;
Performance element, for performing described enabled instruction, to switch to armed state by described first electronic equipment from described non-armed state.
16. devices as claimed in claim 15, it is characterized in that, described first generation unit, specifically comprises:
Detection sub-unit, for when described first electronic equipment exports described first acoustic information, detects described first electronic equipment and whether is in described armed state, generate the first testing result;
Generate subelement, for when described first testing result shows that described first electronic equipment is in described armed state, generate described first volume steering order.
17. devices as claimed in claim 16, it is characterized in that, described generation subelement, is specially:
Detection sub-module, for when described first testing result shows that described first electronic equipment is in described armed state, detects described second volume value and whether meets a default volume condition, generate the second testing result;
Generate submodule, for when described second testing result shows that described second volume value meets described default volume condition, generate described first volume steering order.
18. devices as described in claim arbitrary in claim 14-17, it is characterized in that, described device also comprises:
3rd generation unit, at the end of detecting that described first electronic book equipment exports the first acoustic information, generates the second volume steering order different from described first volume steering order;
Second transmitting element, for described second volume steering order is sent to described second electronic equipment, to make described second electronic equipment perform described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
19. devices as claimed in claim 18, it is characterized in that, described detection sub-unit, is specially:
First output module, exports with described first volume value the call request obtained for described first electronic equipment; Or
Second output module, exports with described first volume value the multimedia file obtained for described first electronic equipment.
20. devices as claimed in claim 19, it is characterized in that, described transmitting element, is specially:
Direct transmission subelement, for directly sending to described second electronic equipment by described first volume steering order with described wireless mode.
21. devices as claimed in claim 19, it is characterized in that, described transmitting element, is specially:
Between receive and send subelement, for described first volume steering order is sent to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously, thus makes described second electronic equipment obtain described first volume steering order.
22. 1 kinds of devices, are applied to the first electronic equipment, it is characterized in that, described device comprises:
First obtains unit, and for obtaining the first volume steering order, wherein, described first volume steering order is the second electronic equipment when exporting the first acoustic information with the first volume value, generates and sends to the volume steering order of described first electronic equipment;
First performance element, for performing described first volume steering order, being adjusted to one by the current output volume value of described first electronic equipment from the second volume value and presetting volume value.
23. devices as claimed in claim 22, is characterized in that performance element is specially;
Detection sub-unit, whether standby for detecting described first electronic equipment, obtain a testing result;
Performing subelement, during for showing that described first electronic equipment is in described armed state when described testing result, performing described first volume steering order.
24. devices as described in claim 22 or 23, it is characterized in that, described device also comprises:
Second obtains unit, for obtaining the second volume steering order, wherein, described second volume steering order is at the end of described second electronic equipment detects that described first electronic book equipment exports the first acoustic information, the second volume steering order different from described first volume steering order of generation;
Second performs subelement, for performing described second volume steering order, the current output volume value of described second electronic equipment is heightened to described second volume value from described default volume value.
25. devices as claimed in claim 24, is characterized in that, described first obtains unit is specially:
Direct acquisition unit, for directly obtaining described first volume steering order with described wireless mode.
26. devices as claimed in claim 24, is characterized in that, described first obtains unit is specially:
Indirect acquisition unit, for receiving the described first volume steering order that described server sends, wherein, described first volume steering order is that described second electronic equipment sends to described server, to make described server after the described first volume steering order of reception, described first volume steering order is sent to described multiple electronic equipment simultaneously.
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