CN104394491B - A kind of intelligent earphone, Cloud Server and volume adjusting method and system - Google Patents
A kind of intelligent earphone, Cloud Server and volume adjusting method and system Download PDFInfo
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- CN104394491B CN104394491B CN201410749254.3A CN201410749254A CN104394491B CN 104394491 B CN104394491 B CN 104394491B CN 201410749254 A CN201410749254 A CN 201410749254A CN 104394491 B CN104394491 B CN 104394491B
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Abstract
The invention discloses a kind of intelligent earphone, Cloud Server and volume adjusting method and system.The volume adjusting method comprises the following steps：The intelligent earphone is acquired to the ambient sound in surrounding environment, and the ambient sound collected is sent into Cloud Server；Receive the volume adjusting instruction that the Cloud Server determines according to the content and/or volume of the ambient sound；Volume adjusting is carried out to the currently playing content of the intelligent earphone according to volume adjusting instruction.As can be seen here, intelligent earphone in the present invention can indicate automatic regulating volume according to the volume adjusting of Cloud Server, adjusted manually without user, thus facility is provided the user, the occupied user of the both hands that are particularly suitable for use in (user as driven or embracing child), and then ensured the using effect of user and the health of user's ears.
Description
Technical field
The present invention relates to network communication technology field, and in particular to a kind of intelligent earphone, Cloud Server and volume adjusting
Method and system.
Background technology
Earphone has a wide range of applications in daily life, can be listened to whenever and wherever possible in music etc. using earphone
Hold, and other people will not be bothered.But because the volume that earphone is sent is communicated directly to human ear, therefore, if the volume of earphone
The excessive hearing that will be had a strong impact on the comfort level of user, or even be also possible to jeopardize user；If the volume of earphone is too small
User can be caused to hear, influence the using effect of user.
At present, if user will be adjusted to the volume of earphone, it usually needs the electronics that directly regulation earphone is connected
Equipment (such as computer, mobile phone), or, it is necessary to adjust the knob on earphone connecting line.In a word, existing earpiece volume regulation side
Formula is required to user and adjusted manually.But in many occasions, such as when user is driving or embracing child, by
It in both hands can not be vacateed, thus can not manually be adjusted, so as to have a strong impact on the using effect of user, or even jeopardize user
The health of ears.
The content of the invention
In view of the above problems, it is proposed that the present invention so as to provide one kind overcome above mentioned problem or at least in part solve on
State intelligent earphone, Cloud Server and the volume adjusting method and system of problem.
According to one aspect of the present invention, there is provided a kind of volume adjusting method based on intelligent earphone, including following step
Suddenly：The intelligent earphone is acquired to the ambient sound in surrounding environment, and the ambient sound collected is sent into cloud service
Device；Receive the volume adjusting instruction that the Cloud Server determines according to the content and/or volume of the ambient sound；According to described
Volume adjusting indicates to carry out volume adjusting to the currently playing content of the intelligent earphone.
Alternatively, the intelligent earphone further obtains positional information, and the positional information is sent into Cloud Server；
Then the Cloud Server determines the volume adjusting instruction further combined with the type of the positional information.
Alternatively, it is described that volume tune is carried out to the currently playing content of the intelligent earphone according to volume adjusting instruction
After the step of section, further comprise step：Volume setting information is sent to the Cloud Server, so as to the Cloud Server root
The volume adjusting instruction is changed according to the volume setting information.
Alternatively, before the step of intelligent earphone is acquired to the ambient sound in surrounding environment, further comprise
Step：The biological information of active user's input is obtained, by the biological information and the registered user that prestores
Biological information is compared, the intelligent earphone according to comparison result determines whether current user operation.
According to another aspect of the present invention, there is provided a kind of volume adjusting method based on intelligent earphone, including following step
Suddenly：The ambient sound of the intelligent earphone collection is received, and analyzes the content and/or volume of the ambient sound；Calculate and the ring
The intelligent earphone volume that the content and/or volume of border sound match；Volume is sent according to result of calculation to the intelligent earphone to adjust
Section instruction, so that the intelligent earphone carries out volume adjusting to currently playing content.
Alternatively, the step of intelligent earphone volume that the content and/or volume of the calculating and the ambient sound match
Further comprise：Pre-set the typical problem and volume range of intelligent earphone；Determined according to default volume adjusting list
The first kind Dynamic gene corresponding with the content and/or volume of the ambient sound, wherein, stored in the volume adjusting list
There is the first kind Dynamic gene corresponding with the ambient sound of various contents and/or various volumes；In the volume range, utilize
The typical problem is adjusted the first kind Dynamic gene, obtains and the content of the ambient sound and/or volume phase
The intelligent earphone volume matched somebody with somebody.
Alternatively, this method further comprises step：The positional information that intelligent earphone is sent is obtained, and analyzes the position
The type of information；Then second class corresponding with various types of positional informations is further stored with the volume adjusting list
Dynamic gene；And in the volume range, the typical problem is adjusted further combined with the second class Dynamic gene
Section, to obtain the intelligent earphone volume to match with the content of the ambient sound and/or volume.
Alternatively, it is described according to result of calculation to the intelligent earphone send volume adjusting instruction the step of after, enter one
Step includes step：The volume setting information that the intelligent earphone user sends is received, institute is changed according to the volume setting information
State volume adjusting instruction；Also, the first kind stored in the volume adjusting list is adjusted according to the volume setting information
The factor and/or the second class Dynamic gene are modified.
According to another aspect of the present invention, there is provided a kind of intelligent earphone, including：Acquisition module, suitable for surrounding environment
In ambient sound be acquired, the ambient sound collected is sent to Cloud Server；Receiving module, suitable for receiving the cloud
The volume adjusting instruction that server determines according to the content and/or volume of the ambient sound；And adjustment module, suitable for root
Volume adjusting is carried out to the currently playing content of the intelligent earphone according to volume adjusting instruction.
Alternatively, the intelligent earphone further comprises：Acquisition module, suitable for obtaining positional information, and the position is believed
Breath is sent to Cloud Server；Then the Cloud Server determines the volume adjusting further combined with the type of the positional information
Instruction.
Alternatively, the intelligent earphone further comprises：Setup module, letter is set suitable for sending volume to the Cloud Server
Breath, the volume adjusting is changed according to the volume setting information so as to the Cloud Server and indicated.
Alternatively, the intelligent earphone further comprises：Comparing module, suitable for obtaining the biological characteristic letter of active user's input
Breath, the biological information is compared with the biological information of the registered user prestored, according to comparison result
Determine whether intelligent earphone described in current user operation.
According to another aspect of the present invention, there is provided a kind of Cloud Server, including：Receiving module, suitable for receiving the intelligence
The ambient sound of energy earphone collection, and analyze the content and/or volume of the ambient sound；Computing module, suitable for calculating and the ring
The intelligent earphone volume that the content and/or volume of border sound match；Sending module, suitable for according to result of calculation to the Intellgent Ear
Machine sends volume adjusting instruction, so that the intelligent earphone carries out volume adjusting to currently playing content.
Alternatively, the computing module further comprises：Submodule is set, suitable for pre-setting the standard pronunciation of intelligent earphone
Amount and volume range；Determination sub-module, suitable for according to default volume adjusting list determine with the content of the ambient sound and/
Or the first kind Dynamic gene that volume is corresponding, wherein, it is stored with the volume adjusting list and various contents and/or various
The corresponding first kind Dynamic gene of the ambient sound of volume；Submodule is adjusted, suitable in the volume range, utilizes described the
The typical problem is adjusted a kind of Dynamic gene, obtains the intelligence to match with the content of the ambient sound and/or volume
Can earpiece volume.
Alternatively, the Cloud Server further comprises：Acquisition module, the positional information sent suitable for obtaining intelligent earphone,
And analyze the type of the positional information；Then further it is stored with and various types of positional informations in the volume adjusting list
The second corresponding class Dynamic gene；And it is described regulation submodule in the volume range, further combined with second class
The typical problem is adjusted Dynamic gene, to obtain the intelligence to match with the content of the ambient sound and/or volume
Earpiece volume.
Alternatively, the Cloud Server further comprises：Correcting module, the sound sent suitable for receiving the intelligent earphone user
Configuration information is measured, changing the volume adjusting according to the volume setting information indicates；Also, according to the volume setting information
The first kind Dynamic gene and/or the second class Dynamic gene stored in the volume adjusting list is modified.
According to another aspect of the present invention, there is provided a kind of sound volume regulating system, including：Any of the above-described described Intellgent Ear
Machine, and any described Cloud Server.
In intelligent earphone provided by the invention, Cloud Server and volume adjusting method and system, intelligent earphone can
The ambient sound in surrounding environment is acquired on one's own initiative, the ambient sound collected is sent to Cloud Server, and receives cloud clothes
The volume adjusting instruction that business device determines according to the content and/or volume of ambient sound, so as to carry out volume to currently playing content
Regulation.As can be seen here, the intelligent earphone in the present invention can indicate automatic regulating volume, nothing according to the volume adjusting of Cloud Server
Need user to adjust manually, thus provided the user facility, the occupied user of the both hands that are particularly suitable for use in is (as driven or just
Embracing the user of child), and then ensured the using effect of user and the health of user's ears.
Described above is only the general introduction of technical solution of the present invention, in order to better understand the technological means of the present invention,
And can be practiced according to the content of specification, and in order to allow above and other objects of the present invention, feature and advantage can
Become apparent, below especially exemplified by the embodiment of the present invention.
Brief description of the drawings
By reading the detailed description of hereafter preferred embodiment, it is various other the advantages of and benefit it is common for this area
Technical staff will be clear understanding.Accompanying drawing is only used for showing the purpose of preferred embodiment, and is not considered as to the present invention
Limitation.And in whole accompanying drawing, identical part is denoted by the same reference numerals.In the accompanying drawings：
Fig. 1 shows a kind of hardware architecture diagram of intelligent earphone provided by the invention；
Fig. 2 show it is provided by the invention based on the volume adjusting method of intelligent earphone Intellgent Ear pusher side flow illustrate
Figure；
Fig. 3 shows provided by the invention based on flow signal of the volume adjusting method of intelligent earphone in Cloud Server side
Figure；
Fig. 4 shows the schematic flow sheet for the volume adjusting method based on intelligent earphone that the embodiment of the present invention one provides；
Fig. 5 shows the schematic flow sheet for the volume adjusting method based on intelligent earphone that the embodiment of the present invention two provides；
Fig. 6 shows the structural representation of intelligent earphone provided by the invention；
Fig. 7 shows the structural representation of Cloud Server provided by the invention；And
Fig. 8 shows the structural representation of sound volume regulating system provided by the invention.
Embodiment
The exemplary embodiment of the disclosure is more fully described below with reference to accompanying drawings.Although the disclosure is shown in accompanying drawing
Exemplary embodiment, it being understood, however, that may be realized in various forms the disclosure without should be by embodiments set forth here
Limited.On the contrary, these embodiments are provided to facilitate a more thoroughly understanding of the present invention, and can be by the scope of the present disclosure
Completely it is communicated to those skilled in the art.
The embodiments of the invention provide a kind of intelligent earphone, Cloud Server and volume adjusting method and system, can solve
Earpiece volume regulative mode certainly of the prior art is required to the problem of user is adjusted manually.
The invention provides a intelligent earphone for being capable of automatic regulating volume, the intelligent earphone can not only receive letter
Number, additionally it is possible to signal is actively sent to Cloud Server, and receives the feedback result of Cloud Server, therefore, the intelligent earphone may be used also
To be used independently of other electronic equipments.For the ease of understanding the present invention, introduce the present invention referring to the drawings first below and carry
The hardware configuration of the intelligent earphone of confession：Fig. 1 shows a kind of hardware architecture diagram of intelligent earphone provided by the invention, such as schemes
Shown in 1, the intelligent earphone mainly includes the L channel part 11 and R channel part 12 connected by connecting line.Wherein, L channel
Part 11 mainly includes：NFC module 111, battery 112, memory module 113, microphone 114 and left-side earphone phonation unit
115.R channel part 12 mainly includes：Physical button and identification module 121, network communication module 122, microphone 123,
Computing circuit 124, data-interface 125 and right-side earphone phonation unit 126.Wherein, battery, microphone and earphone sounding list
Member is the conventional modules inside earphone, omits the description to its function herein, introduces other modules below：Entity
User identity is identified for button and mainly acting on for identification module 121, for example, identification module therein can
To be all kinds of modules for being used to identify user biological characteristic information such as fingerprint identification module, iris recognition module, it will be by that will adopt
The user biological characteristic information of the active user collected and the user biological feature of the registered user prestored in intelligent earphone
Information is compared, to realize the purpose of identification, so as to prevent some unauthorized users from using intelligent earphone without authorization
Situation.All kinds of wireless network modules such as can be 3G/4G modules, wifi module of network communication module 122, for realizing
With the radio communication between Cloud Server or other electronic equipments.Computing circuit 124 is used to realize one according to the data received
A little calculation functions, and feedback op result.The quantity of data-interface 125 can be one or more, and can be by all kinds of logical
Interface is believed to realize, data-interface 125 enables the intelligent earphone to realize that open interface designs, and user passes through the data-interface
125 can to connect other expansion equipments more multi-functional to realize.NFC module 111 can utilize near-field communication (Near Field
Communication, abbreviation NFC) technology realizes short-range high-frequency wireless communication, thus, by the module with without circuit
LAN networking can be obtained by device pairing to set, and so as to be networked by wifi, to reduce 3G/4G data traffics, save user
Rate.The main function of memory module 113 is that (registration as escribed above is used to the data message to be used of intelligent earphone inside
The user biological characteristic information at family) stored, and the data received from Cloud Server can be cached.As can be seen here, should
Intelligent earphone can comprehensively utilize all kinds of technologies such as embedding assembly technology, cloud computing technology, and can realize that personal identification is recognized
The multiple functions such as card, music service.The hardware architecture diagram of intelligent earphone shown in Fig. 1 is only schematical, this area skill
Art personnel can also be increased, deleted or be replaced to module therein, flexibly to realize types of functionality.In addition, Fig. 1 only shows
A kind of possible structure division schematic diagram of intelligent earphone is gone out, those skilled in the art can also be according to other dividing modes
(such as being divided according to software function) divides to the functional module of intelligent earphone.
Fig. 2 shows the schematic flow sheet of the volume adjusting method provided by the invention based on intelligent earphone, the flow chart
Essentially describe the handling process of Intellgent Ear pusher side.As shown in Fig. 2 this method comprises the following steps：
Step S210：Intelligent earphone is acquired to the ambient sound in surrounding environment, and the ambient sound collected is sent to
Cloud Server.
Specifically, in this step, can be by acquisition module (such as micro recorder, microphone installed on intelligent earphone
Deng) gather the ambient sound in surrounding environment.
Step S220：The volume adjusting that Cloud Server determines according to the content and/or volume of above-mentioned ambient sound is received to refer to
Show.
Step S230：Volume adjusting is carried out to the currently playing content of intelligent earphone according to the instruction of above-mentioned volume adjusting.
Fig. 3 shows another schematic flow sheet of the volume adjusting method provided by the invention based on intelligent earphone, the stream
Journey figure essentially describes the handling process of Cloud Server side.As shown in figure 3, this method comprises the following steps：
Step S310：The ambient sound of above-mentioned intelligent earphone collection is received, and analyzes the content and/or sound of above-mentioned ambient sound
Amount.
Step S320：Calculate the intelligent earphone volume to match with the content of ambient sound and/or volume.
Step S330：Volume adjusting instruction is sent to above-mentioned intelligent earphone according to result of calculation, for above-mentioned intelligent earphone
Volume adjusting is carried out to currently playing content.
As can be seen here, in the present invention, intelligent earphone can be acquired to the ambient sound in surrounding environment on one's own initiative, will
The ambient sound collected is sent to Cloud Server, and receives Cloud Server and determined according to the content and/or volume of ambient sound
Volume adjusting indicates, so as to carry out volume adjusting to currently playing content.As can be seen here, the intelligent earphone in the present invention being capable of root
Automatic regulating volume is indicated according to the volume adjusting of Cloud Server, is adjusted manually without user, thus has provided the user facility, especially
It is applied to the occupied user of both hands (user as driven or embracing child), and then has ensured the use effect of user
Fruit and the health of user's ears.
The volume adjusting provided by the invention based on intelligent earphone is described in detail below by two specific embodiments
Method：
Embodiment one,
As shown in figure 4, the first embodiment comprises the following steps：
Step S410：The biological information of active user's input is obtained, by the biological information got and in advance
The biological information of the registered user of storage is compared, and current user operation intelligence is determined whether according to comparison result
Earphone.
The step is an optional step, it is therefore intended that determine whether active user is authorized registered user, with
Just prevent unauthorized user from operating intelligent earphone without authorization, the step can also be omitted in the other embodiments of the present invention.
Wherein, biological information is used for the identity for identifying user, can be specifically fingerprint feature information, iris feature letter
Breath etc..Assuming that the biological information in the present embodiment is fingerprint feature information, in order to obtain the fingerprint characteristic of active user letter
Breath on intelligent earphone, it is necessary to install a Fingerprint Identification Unit, for gathering user fingerprints.The Fingerprint Identification Unit can be in user
Press power key start to automatically turn on afterwards, to prompt user's typing fingerprint.In addition, in order to collect to Fingerprint Identification Unit
Finger print information is identified, it is also necessary to which advance typing simultaneously stores the biological information of at least one registered user, if collection
The finger print information and the biometric information matches of registered user arrived, it is determined that active user is authorized registered user,
It is allowed to continue to operate the intelligent earphone；Otherwise, it determines active user is nonregistered user, intelligent earphone is closed automatically.
Step S420：Intelligent earphone is acquired to the ambient sound in surrounding environment, and the ambient sound collected is sent to
Cloud Server.
Wherein, intelligent earphone can gather surrounding environment by acquisition modules such as built-in micro recorder, microphones
In ambient sound.In addition, step S420 can be performed automatically after step S410 is verified, following triggering side can also be passed through
One or more in formula are triggered：
In the first triggering mode, user can trigger step S420 by button triggering mode, at this point it is possible to
On intelligent earphone set a physical button, as long as user presses the button, will triggering collection module gather and send environment
Sound.
In second of triggering mode, user can trigger step S420 by speech trigger mode, at this point it is possible to
Sound identification module is set on intelligent earphone, should as long as user sends the instruction of the voice such as " collection ambient sound " or " regulation volume "
Sound identification module will gather according to the voice instruction triggering collection module received and send ambient sound.
Above two triggering mode is that user actively triggers, and ambient sound is only gathered when user triggers, and at other
Time does not gather ambient sound then.In order to further facilitate user, the invention also provides the third triggering mode, this kind of triggering side
Formula does not need user actively to trigger.In the third triggering mode, intelligent earphone is during operation of starting shooting, continuously
Automatic data collection ambient sound, and intellectual analysis is carried out automatically to the situation of change of ambient sound, only expire in the situation of change of ambient sound
Ambient sound just is sent to Cloud Server when foot imposes a condition, so that Cloud Server adjusts Intellgent Ear according to the ambient sound after change
The volume of machine.Wherein, imposing a condition can be that the volume change of ambient sound is more than given threshold.For example, given threshold can be
30 decibels, thus when ambient sound brings up to 60 decibels from 20 decibels suddenly then can to Cloud Server send 60 decibels when it is corresponding
Ambient sound.Or it can also be the content generation significant change of ambient sound to impose a condition.For example, when the environment residing for user
When being transformed into kindergarten from KTV, significant change obviously can occur for the content of ambient sound, therefore intelligent earphone is sent to Cloud Server
The ambient sound being transformed into after kindergarten.Using the third triggering mode, volume regulating step is actively triggered without user, can
The environment being according to user automatically adjusts suitable volume for user, has provided the user facility.
Those skilled in the art can also set other modes to trigger step S420, and the present invention is not limited this.
Step S430：The ambient sound of cloud server intelligent earphone collection, and the content and/or sound of analysis environments sound
Amount.
Wherein, the content of ambient sound can be determined by various ways such as speech recognition or artificial judgments.Specific implementation
When, human dialog content, animal cry and the vehicle roar in ambient sound can be identified by way of speech recognition
Etc. all kinds of sound, so as to judge the particular content of ambient sound, ambient sound can also be classified according to the content of ambient sound.
For example, the location type residing for user is analyzed according to the sound type occurred in ambient sound, so as to which ambient sound is divided into horse
The ambient sound in roadside, the ambient sound in park, KTV ambient sound etc..The volume of ambient sound can be represented by decibels, and
And ambient sound can be divided into the ambient sound of quiet type, the ambient sound of noisy type and noisy type according to decibels
Ambient sound etc..In addition, when classifying to ambient sound, individually can both be divided according to perhaps volume in ambient sound
Class, it can also be classified according to the combination of content and volume.
Step S440：Cloud Server calculates the intelligent earphone volume to match with the content of above-mentioned ambient sound and/or volume,
And volume adjusting instruction is sent to intelligent earphone according to result of calculation.
Specifically, in step S440, can by a variety of calculations come calculate with the content of above-mentioned ambient sound and/or
The intelligent earphone volume that volume matches.A kind of preferable calculation is given below：
First, the typical problem and volume range of intelligent earphone are pre-set.
Wherein, the typical problem of intelligent earphone is usually the default volume after intelligent earphone start.Therefore, can be taken by cloud
The typical problem of all intelligent earphones is uniformly arranged to identical numerical value (such as 30 decibels) by business device.Or the typical problem
It can be set by intelligent earphone user according to the use habit of itself, and in advance result will be set to be sent to Cloud Server.With
The set-up mode of typical problem is similar, and the volume range of intelligent earphone can also be entered by Cloud Server according to human ear comfort level situation
Row is unified to set (being such as arranged to 10 decibels to 60 decibels), or can also be by intelligent earphone user according to the use habit of itself
It is configured, and in advance result will be set to be sent to Cloud Server.
Then, Cloud Server determines the content and/or volume phase with above-mentioned ambient sound according to default volume adjusting list
Corresponding first kind Dynamic gene, and in above-mentioned volume range, typical problem is adjusted using first kind Dynamic gene,
Obtain the intelligent earphone volume to match with the content of ambient sound and/or volume.
Wherein, volume adjusting list is previously stored with Cloud Server, store in the list with various contents and/or
The corresponding first kind Dynamic gene of the ambient sounds of various volumes.Table 1 shows the partial content schematic diagram of volume adjusting list.
Volume adjusting list in table 1 is only schematical, and those skilled in the art can also be to the set-up mode of volume adjusting list
It is adjusted, for example, content and volume according to ambient sound can be integrated come first kind Dynamic gene corresponding to setting.
Table 1
| Ambient sound type | First kind Dynamic gene |
| The ambient sound on road side | 1.2 |
| Ambient sound in park | 0.8 |
| KTV ambient sound | 3.0 |
| The ambient sound of quiet type | 0.6 |
| The ambient sound of noisy type | 1.5 |
| The ambient sound of noisy type | 2.0 |
Assuming that the typical problem of intelligent earphone is 30 decibels, and Cloud Server analyzes the environment that ambient sound is quiet type
Sound, the first kind Dynamic gene obtained by inquiry table 1 corresponding to the ambient sound of the type is 0.6, then is adjusted using the first kind
Typical problem 30 is adjusted the factor 0.6, and the intelligent earphone volume for obtaining matching with the ambient sound of quiet type is 18 points
Shellfish.Also, the result of calculation is not out the volume range pre-set, it is therefore not necessary to be modified to result of calculation.If
Result of calculation then correspondingly can be modified to the upper of default volume range by result of calculation beyond the volume range pre-set
Limit value or lower limit, with the purpose for reaching protection hearing or ensureing using effect.
Finally, volume adjusting instruction is sent to intelligent earphone according to result of calculation.In the above example, Cloud Server will be to
Intelligent earphone sends the volume adjusting instruction of " volume is adjusted into 18 decibels ".
Step S450：Intelligent earphone receives the sound that Cloud Server determines according to the content and/or volume of above-mentioned ambient sound
Amount regulation instruction, and volume adjusting is carried out to the currently playing content of intelligent earphone according to volume adjusting instruction.For example, intelligence
After earphone receives the volume adjusting instruction of above-mentioned " volume is adjusted into 18 decibels ", the volume adjusting by currently playing content is
18 decibels.
Pass through above-mentioned step S410 to step S450, it is possible to realize the purpose for automatically adjusting intelligent earphone volume.Can
Selection of land, in order that above-mentioned volume adjusting method more conforms to the use habit of user, the method in the embodiment can also enter one
Step includes following step S460 and step S470.
Step S460：Intelligent earphone sends volume setting information to Cloud Server, so that Cloud Server is according to above-mentioned volume
The volume adjusting instruction that configuration information modification is sent before.
Implementation steps S460 effect mainly has two：First, intelligent earphone user can be made to cloud by step S460
When the volume adjustment result of server is dissatisfied, volume setting information can be actively sent, to correct the adjustment of Cloud Server
As a result, it is made to more conform to the demand of user.Second, by step S460 Cloud Server can be made to be collected into each intelligent earphone
The volume setting information of user, so as to deduce the use habit of most users, and then the volume adjusting list to preserving before
It is modified, it is more conformed to the use habit of most users.Above-mentioned volume setting information can both pass through key-press input
Mode is sent, and can also be sent by phonetic entry mode." volume is adjusted for example, user directly says to intelligent earphone
For 10 decibels ", then the acquisition module in intelligent earphone will collect the phonetic order, and send it to Cloud Server, so as to
Cloud Server sends amended volume adjusting instruction accordingly.
Step S470：The volume setting information that cloud server intelligent earphone user sends, set and believed according to the volume
The volume adjusting instruction that breath modification is sent before；Also, according to the volume setting information to stored in volume adjusting list
A kind of Dynamic gene is modified.
First, in step S470, Cloud Server resets according to the volume setting information received and sends volume
Regulation instruction, to be the volume set in volume setting information by the volume adjusting of intelligent earphone, to meet the user
Requirement.
Secondly, Cloud Server enters further according to the volume setting information received to the volume adjusting list shown in table 1
Row amendment.For example, in this example, user receives the volume that volume adjusting list of the Cloud Server according to table 1 is sent and adjusted
After section instruction, further send volume setting information and indicate the volume adjusting to be adjusted to 10 decibels from 18 decibels, it is possible thereby to
Speculate, when user is in the ambient sound of quiet type, be more prone to listen to the content of low decibel, therefore, can be by table 1
First kind Dynamic gene corresponding to the ambient sound of quiet type is suitably turned down (such as being adjusted to 0.5).In a practical situation, cloud
Server can carry out the volume adjusting list shown in correction chart 1 with reference to the volume setting information that a large number of users feeds back, and specifically repair
Positive process can be realized by machine learning scheduling algorithm.
Further, since the use habit of each intelligent earphone user is different, therefore, in order to preferably meet different user
Demand, in the present embodiment, it can also be further respectively created for each intelligent earphone user and store a user-specific row
Table, the volume setting information (sound that physical record is sent every time that the user is transmitted across in use is recorded in the list
Volume after measuring the ambient sound type corresponding to configuration information and setting).Thus one, when Cloud Server was again for should
When intelligent earphone user adjusts volume, volume adjusting list that not only can be shown in inquiry table 1 can also further inquire about the user institute
Corresponding user-specific list, the volume after determining adjustment is integrated according to the combination of the two, to conform better to the user
Demand.In addition, in above-mentioned user-specific list, can also further store corresponding user uses preference information, should
The user optimum volume as a rule is reflected using preference information.
As can be seen here, above-mentioned volume adjusting list and user-specific list can be entered by way of machine learning
Row automatically updates, to more conform to user's request.
Embodiment two,
The main distinction of embodiment two and embodiment one is：In addition to sending ambient sound, intelligent earphone can also enter
One step sends positional information to Cloud Server, so that Cloud Server sets volume adjusting to indicate further combined with positional information.
As shown in figure 5, the second embodiment comprises the following steps：
Step S510：Intelligent earphone is acquired to the ambient sound in surrounding environment, and the ambient sound collected is sent to
Cloud Server；Also, intelligent earphone further obtains positional information, and the positional information is sent into Cloud Server.
Wherein, step S510 triggering mode and intelligent earphone collection ambient sound implementation with embodiment one
Step S420 it is identical, here is omitted.The implementation that intelligent earphone obtains positional information is introduced below：Example
Such as, the current location of intelligent earphone can be obtained by positioners such as the GPS that is installed on intelligent earphone.Wherein, Intellgent Ear
The operation that machine obtains positional information can take the mode synchronously triggered with the operation of intelligent earphone collection ambient sound, i.e.,：As long as
Intelligent earphone gathers and sends ambient sound, just obtains simultaneously and sends positional information.Or it can also be triggered additionally by button
Or the mode such as speech trigger individually is triggered the operation that intelligent earphone obtains positional information.
Step S520：The ambient sound of cloud server intelligent earphone collection, and the content and/or sound of analysis environments sound
Amount；Also, the positional information that intelligent earphone is sent further is obtained, and the type of analysis position information.
Wherein, cloud server and the content and/or volume of analysis environments sound, and the realization classified to ambient sound
Mode is identical with the step S430 in embodiment one, and here is omitted.Cloud Server is introduced below obtains intelligence
The positional information and the implementation of the type of analysis position information that earphone is sent：Cloud Server can be in advance to being likely to be received
All kinds of positional informations carry out classifying and dividing, division when, different dividing modes can be taken as needed.For example, can be with
Divided, specifically included according to the purposes of position：Office-type and types of entertainment etc..Or can also be according to the ring of position
Border is divided, and is specifically included：Quiet type and noisy type etc..Specifically, cloud server is sent to intelligent earphone
After positional information, accurate orientation of the positional information on GPS map is determined, and further determines the specific name of the position
Claim, if the position is office building or Office Area, the type that can determine the positional information is office-type or quiet type；
If the position is park or KTV, the type that can determine the positional information is types of entertainment, wherein, KTV can also be true
It is set to noisy type.
Step S530：Cloud Server combine above-mentioned positional information type come calculate with the content of above-mentioned ambient sound and/or
The intelligent earphone volume that volume matches, and volume adjusting instruction is sent to intelligent earphone according to result of calculation.
Specifically, this step can be realized using with mode similar by the way of the step S440 in embodiment one.
For example, need also exist for pre-setting the typical problem and volume range of intelligent earphone (set-up mode is referring to embodiment one)；It
Afterwards, in volume range, typical problem is adjusted using default volume adjusting list, to obtain the content with ambient sound
And/or the intelligent earphone volume that volume matches.
In above-mentioned volume adjusting list, adjusted except being stored with the first kind as shown in table 1, corresponding with ambient sound
Outside integral divisor, the second as shown in table 2, corresponding with positional information class Dynamic gene is also further stored with：
Table 2
| Positional information type | Second class Dynamic gene |
| The ambient sound of office-type | 0.8 |
| The ambient sound of types of entertainment | 1.5 |
In the case of first kind Dynamic gene and the second class Dynamic gene being provided with volume adjusting list simultaneously, cloud
Server both individually can adjust intelligent earphone volume according to first kind Dynamic gene or individually according to the second class Dynamic gene,
Intelligent earphone volume can also be adjusted with reference to first kind Dynamic gene and the second class Dynamic gene.For example, it is assumed that cloud takes
The first kind Dynamic gene that business device is determined according to ambient sound is 0.6, the second class Dynamic gene determined according to positional information
, then can be by taking the various ways such as maximum, minimum value or average value in two values to be adjusted for 0.8.In a word, tie
Positional information is closed, the environment that user is presently in can be preferably speculated, so that it is determined that going out to be more suitable for the volume of user.
Step S540：Intelligent earphone receives the sound that Cloud Server determines according to the content and/or volume of above-mentioned ambient sound
Amount regulation instruction, and volume adjusting is carried out to the currently playing content of intelligent earphone according to volume adjusting instruction.
Pass through above-mentioned step S510 to step S540, it is possible to realize the purpose for automatically adjusting intelligent earphone volume.Can
Selection of land, it is similar with embodiment one, in order that above-mentioned volume adjusting method more conforms to the use habit of user, in embodiment two
Method can also further comprise following step S550 and step S560.
Step S550：Intelligent earphone sends volume setting information to Cloud Server, so that Cloud Server is according to above-mentioned volume
The volume adjusting instruction that configuration information modification is sent before.
The implementation of the step is identical with the step S460 in embodiment one with implementing purpose, and here is omitted.
Step S560：The volume setting information that cloud server intelligent earphone user sends, set and believed according to the volume
The volume adjusting instruction that breath modification is sent before；Also, according to the volume setting information to stored in volume adjusting list
A kind of Dynamic gene and/or the second class Dynamic gene are modified.
The implementation of the step is similar with the step S470 in embodiment one, and difference is, can be with embodiment two
The first kind Dynamic gene stored in volume adjusting list and the second class Dynamic gene are entered simultaneously by modes such as machine learning
Row amendment.
Further, since the use habit of each intelligent earphone user is different, therefore, in order to preferably meet different user
Demand, in embodiment two, it can also be further respectively created for each intelligent earphone user and store a user-specific row
Table, the volume setting information (sound that physical record is sent every time that the user is transmitted across in use is recorded in the list
Volume after measuring the ambient sound type corresponding to configuration information and/or positional information type and setting).Thus one,
When Cloud Server adjusts volume for intelligent earphone user again, volume adjusting list that not only can be shown in inquiry table 1 can also
The user-specific list corresponding to the user is further inquired about, the volume after determining adjustment is integrated according to the combination of the two, with
Just the demand of the user is conformed better to.In addition, in above-mentioned user-specific list, corresponding user can also be further stored
Use preference information, this reflects the user optimum volume as a rule using preference information.
In summary, in the volume adjusting method provided by the invention based on intelligent earphone, Cloud Server can basis
Ambient sound and/or positional information control the intelligent earphone to adjust volume, it is achieved thereby that intelligent earphone volume automatically adjusts work(
Energy.By the above method, the user that can be not easy to operate intelligent earphone for some both hands provides facility, can also play protection
Hearing and the effect for ensureing audibility.
In addition, in the volume adjusting method provided by the invention based on intelligent earphone, can also be further according to environment
Sound and/or positional information to push music to intelligent earphone user.Therefore, in the above embodiments one and embodiment two, also
Further following steps can be performed in the running of intelligent earphone：
Cloud Server further pushes music according to the ambient sound and/or positional information received to intelligent earphone user.
For example, when pushing music according to positional information, push list can be prestored on Cloud Server, is pushed away at this
Send and music corresponding to each type of positional information is stored with list.Under normal circumstances, with the positional information of quiet type
Corresponding music is generally some soft light musics releived, and the music corresponding with the positional information of noisy type is generally
Some rock musics full of moving sense, to be adapted with the environment that headset user is currently in.Specifically, in list is pushed,
Music corresponding to each type can be obtained by way of carrying out user investigation in advance, can also be according to the warp of keeper
Test to obtain, moreover, in the running of Cloud Server, can constantly receive the feedback of each intelligent earphone user, cloud
Server can also carry out machine learning according to the user feedback situation that receives, so as to the push list of continuous renolation,
So as to preferably meet user's request.When pushing music according to ambient sound, can be pushed with the characteristics of combining environmental sound, example
Such as, if Cloud Server is judged to include the voice of child in the ambient sound, then can pushed away by the analysis to voice content
Break around intelligent earphone user and have child, therefore, push music can be adjusted to nursery rhymes.In addition, Cloud Server also may be used
To consider push list and ambient sound to determine the music to be pushed.
Wherein, the music of Cloud Server push can send intelligent earphone to by diversified forms.In the first form,
Cloud Server directly can send music to intelligent earphone in itself, and intelligent earphone is directly connect by wireless network from Cloud Server
Music is received, and the music to receiving is played in real time.In second of form, Cloud Server can be by corresponding to music
Music identification sends intelligent earphone to, is voluntarily searched the music according to the music identification by intelligent earphone and is played out, for example,
The music identification can be the music corresponding URL addresses on the webserver, and intelligent earphone accesses the URL addresses and online
The music is cached to local listened to by music corresponding to listening to.
During above-mentioned push music, if the music that intelligent earphone user pushes to Cloud Server is unsatisfied with,
It can be fed back to Cloud Server.During specific feedback, intelligent earphone obtains the speech play that user sends and instructs and be sent to
Cloud Server；The instruction action and/or instruction prescribed information that Cloud Server includes in being instructed according to the speech play are associated
Search, operation information is returned to intelligent earphone according to search result, intelligent earphone is performed corresponding behaviour according to the operation information
Make.
Wherein, speech play instruction can carry out noise reduction process by the voice acquisition module on intelligent earphone
After gather.The instruction action included in speech play instruction includes：Play, suspend, changing a first or stopping；Instruct prescribed information bag
Include：Musical designation or music categories etc..For example, the speech play instruction that user sends for example can be " to play a first English song
It is bent ", wherein, " broadcasting " is instruction action, and " one ", " English ", " song " they are instruction prescribed information；Or user sends
Speech play instruction only can also include instruction action, such as " change one head ".Cloud server refers to above-mentioned speech play
After order, call semantic module that speech play instruction is split as into some keywords first, and these keywords are divided into
Instruction action keyword (such as " broadcasting ") and prescribed information keyword (such as " English ", " song ").Then, Cloud Server according to
The prescribed information keyword arrived, is associated search in searching resource server, and receives the return of searching resource server
Relevant search result, for example, the search result obtained according to " English ", " song " the two keywords includes " prettyboy ".
At the same time, Cloud Server is matched instruction action keyword " broadcasting " in default command library, to be matched
Program command " broadcasting " afterwards.Wherein, the various orders being likely to be received are stored with default command library, such as " broadcasting ", " temporarily
Stop ", " change one first ", " stopping " etc..The matching that Cloud Server is carried out is fuzzy matching, therefore, instruction action keyword " putting ",
" listening " etc. also all can Auto-matching be " broadcasting ", instruction action keyword " stopping ", "Off" etc. also all can Auto-matching be " stopping ".
Cloud Server " pretty boy " and program command " broadcasting ", corresponding operation is returned to intelligent earphone according to mentioned above searching results
Information " opens music player and plays pretty boy ", while " pretty boy " broadcast address is issued to intelligence by song
Earphone.After intelligent earphone receives the operation information, local music player is opened, accesses " pretty boy " broadcast address
So as to be played out to the song.If user is not desired to listen, " this song of pretty boy ", user can also input language again
Sound play instruction " it is first to change one ".Cloud server obtains instruction action key to calling semantic module after the instruction again
Word " it is first to change one ", does not include prescribed information keyword in being instructed due to this speech play, therefore, Cloud Server can combine
Prescribed information keyword in the instruction of last speech play is associated search, obtains other one first English song, and to intelligence
Energy earphone returns to corresponding operation information " playing next ", while the broadcast address of next song is issued into Intellgent Ear
Machine.After intelligent earphone receives the operation information, stop the song being currently played, access the broadcast address of next song
And the song is played out.If user is not desired to continue to listen to song, speech play instruction " stopping ", cloud clothes can be inputted
After business device receives the instruction, operation information is returned to intelligent earphone according to instruction action keyword " stopping " therein and " stopped
Music player ", so as to control intelligent earphone to stop playing music.In above process, Cloud Server can also be as needed
Priority is set respectively to the order in command library, for example, the priority of " stopping " order is preferential higher than " it is first to change one " order
Level, the priority of " change one first " order is higher than priority of the Play command etc., so, when cloud server to priority more
After high order, then the low order of the priority being carrying out can be stopped, and perform the high order of the priority.
In addition, in order that push list more conforms to user's request, Cloud Server is after the feedback of user is received, also
Can be by further by updating push list in a manner of machine learning etc..Specifically, if Cloud Server is according to the position of user
Information and combination push list are after user has pushed a song, have received the first voice that changes that user sends again and broadcast
Instruction is put, thereby it is assumed that the song that user pushed to Cloud Server last time is less satisfied, therefore, Cloud Server can basis
Prescribed information " English " in a first speech play instruction that what user sent change more is inclined when speculating that user is in relevant position
To in listening to English song, therefore, the positional information pair of type in list is pushed, can be presently in intelligent earphone user
Answering increases some English songs in music, specific song title can be determined further according to the feedback of user.Moreover,
In order to preferably cater to the demand of every user, in list is pushed, further can also be used for every intelligent earphone
The push sublist of the user-specific is respectively created in family, to listen to sound every time according to the user in the push sublist
The speech play instruction fed back when happy is updated, so that push result more conforms to the demand of every user.
In the volume adjusting method provided by the invention based on intelligent earphone, due to that further can be used to intelligent earphone
Family pushes music, and therefore, user only needs, by the earphone music that just energy uppick pushes, to make earphone to depend on other electricity
Sub- equipment；And need only send phonetic order when changing music, set without the manually operated earphone of user or other electronics
It is standby, thus facility has been provided the user, being particularly suitable for use in, some are passed through to the unskilled the elderly of electronic device and both hands
Crowd often in busy condition (such as driving).
The embodiment of the present invention additionally provides a kind of intelligent earphone 60, as shown in fig. 6, including：Acquisition module 61, receiving module
62 and adjustment module 63.Wherein, acquisition module 61 is used to be acquired the ambient sound in surrounding environment, the institute that will be collected
State ambient sound and be sent to Cloud Server.Receiving module 62 is used to receive content and/or sound of the Cloud Server according to the ambient sound
The volume adjusting instruction measured and determined.Adjustment module 63 is used to be indicated to the current of the intelligent earphone according to the volume adjusting
Play content and carry out volume adjusting.
Alternatively, in order that the regulation result of Cloud Server more conforms to user's request, the intelligent earphone further comprises：
Acquisition module 64, Cloud Server is sent to for obtaining positional information, and by the positional information；Then Cloud Server further combined with
The type of the positional information determines volume adjusting instruction.
Alternatively, in order that intelligent earphone user can be fed back to Cloud Server, the intelligent earphone further comprises：
Setup module, suitable for sending volume setting information to the Cloud Server, so that the Cloud Server is set according to the volume
Information changes the volume adjusting instruction.
Alternatively, in order to improve the security of intelligent earphone, the intelligent earphone further comprises：Comparing module 65, is suitable to
The biological information of active user's input is obtained, the biology of the biological information and the registered user prestored is special
Reference breath is compared, the intelligent earphone according to comparison result determines whether current user operation.
Concrete operating principle on the modules in intelligent earphone can refer to retouching for corresponding steps in embodiment of the method
State, the present invention is not repeated this.
The embodiment of the present invention additionally provides a kind of Cloud Server 70, as shown in fig. 7, comprises：Receiving module 71, computing module
72 and sending module 73.Wherein, receiving module 71 is used for the ambient sound for receiving the intelligent earphone collection, and analyzes the ring
The content and/or volume of border sound.Computing module 72 is used to calculate the intelligence to match with the content of the ambient sound and/or volume
Earpiece volume.Sending module 73 is used to send volume adjusting instruction to the intelligent earphone according to result of calculation, for the intelligence
Energy earphone carries out volume adjusting to currently playing content.
Alternatively, above-mentioned computing module 72 further comprises：Submodule is set, suitable for pre-setting the standard of intelligent earphone
Volume and volume range；Determination sub-module, suitable for determining the content with the ambient sound according to default volume adjusting list
And/or the first kind Dynamic gene that volume is corresponding, wherein, be stored with the volume adjusting list with various contents and/or
The corresponding first kind Dynamic gene of the ambient sounds of various volumes；Submodule is adjusted, suitable in the volume range, utilizing institute
State the first kind Dynamic gene typical problem is adjusted, obtain matching with the content of the ambient sound and/or volume
Intelligent earphone volume.
Alternatively, in order that the regulation result of Cloud Server more conforms to user's request, the Cloud Server further comprises：
Acquisition module 74, the positional information sent suitable for obtaining intelligent earphone, and analyze the type of the positional information；The then volume
The second class Dynamic gene corresponding with various types of positional informations is further stored with regulation list；And the regulator
The typical problem is adjusted further combined with the second class Dynamic gene in the volume range for module, with
The intelligent earphone volume to match to the content and/or volume with the ambient sound.
Alternatively, the Cloud Server further comprises：Correcting module 75, suitable for receiving the intelligent earphone user transmission
Volume setting information, the volume adjusting is changed according to the volume setting information and indicated；Also, set and believed according to the volume
Breath is modified to the first kind Dynamic gene stored in the volume adjusting list and/or the second class Dynamic gene.
Concrete operating principle on the modules in Cloud Server can refer to retouching for corresponding steps in embodiment of the method
State, the present invention is not repeated this.
The embodiment of the present invention additionally provides a kind of sound volume regulating system, as shown in figure 8, including：Above-mentioned intelligent earphone 60
And Cloud Server 70.
In intelligent earphone provided by the invention, Cloud Server and volume adjusting method and system, intelligent earphone can
The ambient sound in surrounding environment is acquired on one's own initiative, the ambient sound collected is sent to Cloud Server, and receives cloud clothes
The volume adjusting instruction that business device determines according to the content and/or volume of ambient sound, so as to carry out volume to currently playing content
Regulation.As can be seen here, the intelligent earphone in the present invention can indicate automatic regulating volume, nothing according to the volume adjusting of Cloud Server
Need user to adjust manually, thus provided the user facility, the occupied user of the both hands that are particularly suitable for use in is (as driven or just
Embracing the user of child), and then ensured the using effect of user and the health of user's ears.
Algorithm and display be not inherently related to any certain computer, virtual system or miscellaneous equipment provided herein.
Various general-purpose systems can also be used together with teaching based on this.As described above, required by constructing this kind of system
Structure be obvious.In addition, the present invention is not also directed to any certain programmed language.It should be understood that it can utilize various
Programming language realizes the content of invention described herein, and the description done above to language-specific is to disclose this hair
Bright preferred forms.
In the specification that this place provides, numerous specific details are set forth.It is to be appreciated, however, that the implementation of the present invention
Example can be put into practice in the case of these no details.In some instances, known method, structure is not been shown in detail
And technology, so as not to obscure the understanding of this description.
Similarly, it will be appreciated that in order to simplify the disclosure and help to understand one or more of each inventive aspect,
Above in the description to the exemplary embodiment of the present invention, each feature of the invention is grouped together into single implementation sometimes
In example, figure or descriptions thereof.However, the method for the disclosure should be construed to reflect following intention：I.e. required guarantor
The application claims of shield features more more than the feature being expressly recited in each claim.It is more precisely, such as following
Claims reflect as, inventive aspect is all features less than single embodiment disclosed above.Therefore,
Thus the claims for following embodiment are expressly incorporated in the embodiment, wherein each claim is in itself
Separate embodiments all as the present invention.
Those skilled in the art, which are appreciated that, to be carried out adaptively to the module in the equipment in embodiment
Change and they are arranged in one or more equipment different from the embodiment.Can be the module or list in embodiment
Member or component be combined into a module or unit or component, and can be divided into addition multiple submodule or subelement or
Sub-component.In addition at least some in such feature and/or process or unit exclude each other, it can use any
Combination is disclosed to all features disclosed in this specification (including adjoint claim, summary and accompanying drawing) and so to appoint
Where all processes or unit of method or equipment are combined.Unless expressly stated otherwise, this specification (including adjoint power
Profit requires, summary and accompanying drawing) disclosed in each feature can be by providing the alternative features of identical, equivalent or similar purpose come generation
Replace.
In addition, it will be appreciated by those of skill in the art that although some embodiments described herein include other embodiments
In included some features rather than further feature, but the combination of the feature of different embodiments means in of the invention
Within the scope of and form different embodiments.For example, in the following claims, embodiment claimed is appointed
One of meaning mode can use in any combination.
The all parts embodiment of the present invention can be realized with hardware, or to be run on one or more processor
Software module realize, or realized with combinations thereof.It will be understood by those of skill in the art that it can use in practice
Microprocessor or digital signal processor (DSP) realize some or all portions in device according to embodiments of the present invention
The some or all functions of part.The present invention is also implemented as the part or complete for performing method as described herein
The equipment or program of device (for example, computer program and computer program product) in portion.Such program for realizing the present invention
It can store on a computer-readable medium, or can have the form of one or more signal.Such signal can be with
Download and obtain from internet website, either provide on carrier signal or provided in the form of any other.
It should be noted that the present invention will be described rather than limits the invention for above-described embodiment, and ability
Field technique personnel can design alternative embodiment without departing from the scope of the appended claims.In the claims,
Any reference symbol between bracket should not be configured to limitations on claims.Word "comprising" does not exclude the presence of not
Element or step listed in the claims.Word "a" or "an" before element does not exclude the presence of multiple such
Element.The present invention can be by means of including the hardware of some different elements and being come by means of properly programmed computer real
It is existing.In if the unit claim of equipment for drying is listed, several in these devices can be by same hardware branch
To embody.The use of word first, second, and third does not indicate that any order.These words can be explained and run after fame
Claim.
Present invention also offers A1, a kind of volume adjusting method based on intelligent earphone, comprise the following steps：The intelligence
Earphone is acquired to the ambient sound in surrounding environment, and the ambient sound collected is sent into Cloud Server；Described in reception
The volume adjusting instruction that Cloud Server determines according to the content and/or volume of the ambient sound；Referred to according to the volume adjusting
Show and volume adjusting is carried out to the currently playing content of the intelligent earphone.
A2, the method as described in A1, wherein, the intelligent earphone further obtains positional information, and the position is believed
Breath is sent to Cloud Server；Then the Cloud Server determines the volume adjusting further combined with the type of the positional information
Instruction.
A3, the method as described in A1 or A2, wherein, it is described that the intelligent earphone is worked as according to volume adjusting instruction
After the step of preceding broadcasting content carries out volume adjusting, further comprise step：
Volume setting information is sent to the Cloud Server, so that the Cloud Server is repaiied according to the volume setting information
Change the volume adjusting instruction.
A4, the method as described in A1, wherein, the step of intelligent earphone is acquired to the ambient sound in surrounding environment
Before, step is further comprised：
The biological information of active user's input is obtained, by the biological information and the registered user prestored
Biological information be compared, the intelligent earphone according to comparison result determines whether current user operation.
Present invention also offers B5, a kind of volume adjusting method based on intelligent earphone, comprise the following steps：Described in reception
The ambient sound of intelligent earphone collection, and analyze the content and/or volume of the ambient sound；Calculate the content with the ambient sound
And/or the intelligent earphone volume that volume matches；Volume adjusting instruction is sent to the intelligent earphone according to result of calculation, for
The intelligent earphone carries out volume adjusting to currently playing content.
B6, the method as described in B5, wherein, it is described to calculate the intelligence to match with the content of the ambient sound and/or volume
It can further comprise the step of earpiece volume：
Pre-set the typical problem and volume range of intelligent earphone；
Determine that the first kind corresponding with the content and/or volume of the ambient sound is adjusted according to default volume adjusting list
Integral divisor, wherein, corresponding with the ambient sound of various contents and/or various volumes is stored with the volume adjusting list
A kind of Dynamic gene；
In the volume range, the typical problem is adjusted using the first kind Dynamic gene, obtain with
The intelligent earphone volume that the content and/or volume of the ambient sound match.
B7, the method as described in B6, wherein, further comprise step：The positional information that intelligent earphone is sent is obtained, and is divided
Analyse the type of the positional information；
Second class corresponding with various types of positional informations is then further stored with the volume adjusting list to adjust
Integral divisor；And in the volume range, the typical problem is adjusted further combined with the second class Dynamic gene,
To obtain the intelligent earphone volume to match with the content of the ambient sound and/or volume.
B8, the method as described in B7, wherein, it is described that volume adjusting instruction is sent to the intelligent earphone according to result of calculation
The step of after, further comprise step：
The volume setting information that the intelligent earphone user sends is received, the sound is changed according to the volume setting information
Amount regulation instruction；
Also, according to the volume setting information to the first kind Dynamic gene that is stored in the volume adjusting list and/
Or second class Dynamic gene be modified.
Present invention also offers C9, a kind of intelligent earphone, including：Acquisition module, suitable for the ambient sound in surrounding environment
It is acquired, the ambient sound collected is sent to Cloud Server；Receiving module, suitable for receive the Cloud Server according to
The content and/or volume of the ambient sound and determine volume adjusting instruction；And adjustment module, suitable for according to the volume
Regulation instruction carries out volume adjusting to the currently playing content of the intelligent earphone.
C10, the intelligent earphone as described in C9, wherein, further comprise：
Acquisition module, suitable for obtaining positional information, and the positional information is sent to Cloud Server；The then cloud service
Device determines the volume adjusting instruction further combined with the type of the positional information.
C11, the intelligent earphone as described in C9 or C10, wherein, further comprise：
Setup module, suitable for sending volume setting information to the Cloud Server, so that the Cloud Server is according to
Volume setting information changes the volume adjusting instruction.
C12, the intelligent earphone as described in C9, wherein, further comprise：
Comparing module, suitable for obtaining the biological information of active user's input, by the biological information and in advance
The biological information of the registered user of storage is compared, according to comparison result determines whether current user operation
Intelligent earphone.
Present invention also offers D13, a kind of Cloud Server, including：Receiving module, suitable for receiving the intelligent earphone collection
Ambient sound, and analyze the content and/or volume of the ambient sound；Computing module, suitable for calculating the content with the ambient sound
And/or the intelligent earphone volume that volume matches；Sending module, suitable for sending volume to the intelligent earphone according to result of calculation
Regulation instruction, so that the intelligent earphone carries out volume adjusting to currently playing content.
D14, the Cloud Server as described in D13, wherein, the computing module further comprises：
Submodule is set, suitable for pre-setting the typical problem and volume range of intelligent earphone；
Determination sub-module, suitable for determining content and/or volume with the ambient sound according to default volume adjusting list
Corresponding first kind Dynamic gene, wherein, it is stored with the volume adjusting list and various contents and/or various volumes
The corresponding first kind Dynamic gene of ambient sound；
Submodule is adjusted, suitable in the volume range, using the first kind Dynamic gene to the typical problem
It is adjusted, obtains the intelligent earphone volume to match with the content of the ambient sound and/or volume.
D15, the Cloud Server as described in D14, wherein, further comprise：
Acquisition module, the positional information sent suitable for obtaining intelligent earphone, and analyze the type of the positional information；
Second class corresponding with various types of positional informations is then further stored with the volume adjusting list to adjust
Integral divisor；And it is described regulation submodule in the volume range, further combined with the second class Dynamic gene to the mark
Quasi- volume is adjusted, to obtain the intelligent earphone volume to match with the content of the ambient sound and/or volume.
D16, the Cloud Server as described in D15, wherein, further comprise：
Correcting module, the volume setting information sent suitable for receiving the intelligent earphone user, is set according to the volume
Information changes the volume adjusting instruction；Also, according to the volume setting information to storing in the volume adjusting list
First kind Dynamic gene and/or the second class Dynamic gene are modified.
Present invention also offers E17, a kind of sound volume regulating system, including：Intelligent earphone as described in C9-C12 is any, with
And the Cloud Server as described in D13-D16 is any.
Claims (15)
1. a kind of volume adjusting method based on intelligent earphone, comprises the following steps：
The intelligent earphone is acquired to the ambient sound in surrounding environment, and the ambient sound collected is sent into cloud service
Device；
Receive the volume adjusting instruction that the Cloud Server determines according to the content and volume of the ambient sound；
Volume adjusting is carried out to the currently playing content of the intelligent earphone according to volume adjusting instruction；
Volume setting information is sent to the Cloud Server, so that the Cloud Server changes institute according to the volume setting information
Volume adjusting instruction is stated, and the ambient sound type corresponding to the volume setting information and the volume after setting are recorded
Into the user-specific list of intelligent earphone user；
Wherein, the user-specific list is used to record the volume that intelligent earphone user is transmitted across in use and set to believe
Breath, inquired about when adjusting volume again for intelligent earphone user for the Cloud Server.
2. the method for claim 1, wherein the intelligent earphone further obtains positional information, and by the position
Information is sent to Cloud Server；Then the Cloud Server determines that the volume is adjusted further combined with the type of the positional information
Section instruction.
3. the step that the method for claim 1, wherein intelligent earphone is acquired to the ambient sound in surrounding environment
Before rapid, further comprise step：
The biological information of active user's input is obtained, by the life of the biological information and the registered user prestored
Thing characteristic information is compared, the intelligent earphone according to comparison result determines whether current user operation.
4. a kind of volume adjusting method based on intelligent earphone, comprises the following steps：
The ambient sound that intelligent earphone described in cloud server gathers, and analyze the content and volume of the ambient sound；
Calculate the intelligent earphone volume to match with the content of the ambient sound and volume；
Volume adjusting instruction is sent to the intelligent earphone according to result of calculation, so that the intelligent earphone is to currently playing content
Carry out volume adjusting；
The volume setting information that the intelligent earphone user sends is received, the volume is changed according to the volume setting information and adjusted
Section instruction, and the ambient sound type corresponding to the volume setting information and the volume after setting be recorded into the intelligence
In the user-specific list of headset user；
Wherein, the user-specific list is used to record the volume that intelligent earphone user is transmitted across in use and set to believe
Breath, inquired about when adjusting volume again for intelligent earphone user for the Cloud Server.
5. method as claimed in claim 4, wherein, it is described to calculate the intelligence to match with the content of the ambient sound and volume
The step of earpiece volume, further comprises：
Pre-set the typical problem and volume range of intelligent earphone；
The first kind Dynamic gene corresponding with the content and volume of the ambient sound is determined according to default volume adjusting list,
Wherein, be stored with the volume adjusting list corresponding with the ambient sound of various contents and various volumes first kind adjustment because
Son；
In the volume range, the typical problem is adjusted using the first kind Dynamic gene, obtain with it is described
The intelligent earphone volume that the content and volume of ambient sound match.
6. method as claimed in claim 5, wherein, further comprise step：The positional information that intelligent earphone is sent is obtained, and
Analyze the type of the positional information；
Then further be stored with the volume adjusting list corresponding with various types of positional informations the second class adjustment because
Son；And in the volume range, the typical problem is adjusted further combined with the second class Dynamic gene, with
The intelligent earphone volume to match to the content and volume with the ambient sound.
7. method as claimed in claim 6, wherein, it is described to be referred to according to result of calculation to intelligent earphone transmission volume adjusting
After the step of showing, further comprise step：
The first kind Dynamic gene stored in the volume adjusting list and/or the second class are adjusted according to the volume setting information
Integral divisor is modified.
8. a kind of intelligent earphone, including：
Acquisition module, suitable for being acquired to the ambient sound in surrounding environment, the ambient sound collected is sent to cloud clothes
Business device；
Receiving module, the volume adjusting determined suitable for receiving the Cloud Server according to the content and volume of the ambient sound refer to
Show；And
Adjustment module, suitable for carrying out volume tune to the currently playing content of the intelligent earphone according to volume adjusting instruction
Section；
Setup module, suitable for sending volume setting information to the Cloud Server, so that the Cloud Server is according to the volume
Configuration information changes the volume adjusting instruction, and by after the ambient sound type corresponding to the volume setting information and setting
Volume recorded in the user-specific list of intelligent earphone user；
Wherein, the user-specific list is used to record the volume that intelligent earphone user is transmitted across in use and set to believe
Breath, inquired about when adjusting volume again for intelligent earphone user for the Cloud Server.
9. intelligent earphone as claimed in claim 8, wherein, further comprise：
Acquisition module, suitable for obtaining positional information, and the positional information is sent to Cloud Server；Then the Cloud Server enters
One step determines the volume adjusting instruction with reference to the type of the positional information.
10. intelligent earphone as claimed in claim 8, wherein, further comprise：
Comparing module, suitable for obtaining the biological information of active user's input, by the biological information with prestoring
The biological information of registered user be compared, the intelligence according to comparison result determines whether current user operation
Earphone.
11. a kind of Cloud Server, including：
Receiving module, suitable for receiving the ambient sound of intelligent earphone collection, and analyze the content and volume of the ambient sound；
Computing module, suitable for calculating the intelligent earphone volume to match with the content of the ambient sound and/or volume；
Sending module, suitable for sending volume adjusting instruction to the intelligent earphone according to result of calculation, for the intelligent earphone
Volume adjusting is carried out to currently playing content；
Correcting module, the volume setting information sent suitable for receiving the intelligent earphone user, according to the volume setting information
Change volume adjusting instruction, and giving great volume by the ambient sound type corresponding to the volume setting information and after setting
Small records are into the user-specific list of intelligent earphone user；
Wherein, the user-specific list is used to record the volume that intelligent earphone user is transmitted across in use and set to believe
Breath, inquired about when adjusting volume again for intelligent earphone user for the Cloud Server.
12. Cloud Server as claimed in claim 11, wherein, the computing module further comprises：
Submodule is set, suitable for pre-setting the typical problem and volume range of intelligent earphone；
Determination sub-module, it is corresponding with the content and volume of the ambient sound suitable for being determined according to default volume adjusting list
First kind Dynamic gene, wherein, it is stored with the volume adjusting list relative with the ambient sound of various contents and various volumes
The first kind Dynamic gene answered；
Submodule is adjusted, suitable in the volume range, being carried out using the first kind Dynamic gene to the typical problem
Regulation, obtains the intelligent earphone volume to match with the content of the ambient sound and volume.
13. Cloud Server as claimed in claim 12, wherein, further comprise：
Acquisition module, the positional information sent suitable for obtaining intelligent earphone, and analyze the type of the positional information；
Then further be stored with the volume adjusting list corresponding with various types of positional informations the second class adjustment because
Son；And it is described regulation submodule in the volume range, further combined with the second class Dynamic gene to the standard pronunciation
Amount is adjusted, to obtain the intelligent earphone volume to match with the content of the ambient sound and volume.
14. Cloud Server as claimed in claim 13, wherein, the correcting module is further adapted for being set according to the volume
Information is modified to the first kind Dynamic gene stored in the volume adjusting list and/or the second class Dynamic gene.
15. a kind of sound volume regulating system, including：Intelligent earphone as described in claim 8-10 is any, and such as claim
Any described Cloud Servers of 11-14.
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