CN207070308U - Sound plays regulating system and device - Google Patents

Abstract

The application provides a kind of sound and plays regulating system and device, described device is by monitoring and analyzing the movement locus at the earphone end for being worn on user ear, control parameter is played with volume corresponding to generation, the sound source signal exported according to this for electronic equipment end is adjusted, and it is adjusted after sound source signal be sent to the earphone end and played.Accordingly, the application can change according to the position on user head and automatically adjust the output volume of earphone, without being adjusted manually, to improve the usage experience of user.

Description

Sound plays regulating system and device

Technical field

The application is related to volume controlling technique field, and regulating system and device are played more particularly to a kind of sound.

Background technology

Set with the development of science and technology, the various electronics that can realize voice communication and multimedia occurs in the market It is standby, such as smart mobile phone, computer, media player.In addition, bluetooth earphone is due to that can allow user to exempt leading for irritating electric wire Stumble, liked with the sound that the reception electronic equipment of leisure is played by consumer.

However, the volume control mode of bluetooth earphone is mostly to be directed to electronics by manually operated in the market The output volume of equipment is adjusted, and the sound source signal that this mode is exported electronic equipment is inherently changed, and can not automatically adjust The volume of left and right acoustic channels, this is also the limitation present in current most of apparatus for media playing.

Utility model content

In view of the above the shortcomings that prior art, the purpose of the application be to provide a kind of sound play regulating system and Device, for solving in the prior art for the unhandy problem of sound outgoing management control.

In order to achieve the above objects and other related objects, the first aspect of the application provides a kind of sound and plays regulation system System, including：Earphone end and electronic equipment end, the earphone end include：Sound broadcasting module, there is provided the output of sound；Monitor mould Block, the motion dynamic at the earphone end is monitored to generate exercise data；And first communication module, connect the sound and play mould Block and monitoring modular, export the exercise data that the monitoring modular is generated；The electronic equipment end includes：Second communication mould Block, it communicates to connect the first communication module, receives the exercise data；Analysis module, the second communication module is connected, The movement locus that the earphone end is analyzed according to the exercise data plays control parameter to generate corresponding volume；And play Control module, the second communication module and the analysis module are connected, control parameter is played for described according to the volume Electronic equipment end output sound source signal be adjusted, and by it is described it is adjusted after sound source signal be sent to the earphone end Sound broadcasting module is exported.

In some embodiments of the application first aspect, motion rail of the analysis module also according to the earphone end Mark, audio corresponding to generation play control parameter, are adjusted so that the play control module plays control parameter according to the audio Save the audio play mode of the sound source signal of the electronic equipment end output.

In some embodiments of the application first aspect, the audio play mode includes classical music pattern, stream Row music pattern, jazz pattern, rock music pattern, general mode and adaptive model.

In some embodiments of the application first aspect, the analysis module is also included when the analysis earphone end When movement locus is intended to inactive state, volume corresponding to generation plays control parameter to reduce the volume of the sound source signal.

In some embodiments of the application first aspect, the sound broadcasting module also has L channel broadcast unit With R channel broadcast unit, the sound source signal of the electronic equipment end output includes L channel sound source signal to be believed with R channel source of sound Number.

In some embodiments of the application first aspect, the analysis module is also included according to the exercise data, The variation track of the relative position between the L channel broadcast unit and R channel broadcast unit is analyzed, according to this corresponding to generation Volume plays control parameter and/or audio plays control parameter；And the play control module is used to broadcast according to the volume Put control parameter and/or audio plays control parameter, enter for the L channel sound source signal and the R channel sound source signal Row adjustment, and exporting to the sound broadcasting module, with make the L channel broadcast unit output it is described it is adjusted after left sound Road sound source signal, make R channel broadcast unit output it is described it is adjusted after R channel sound source signal.

In some embodiments of the application first aspect, include the setting module of the connection analysis module, use Interface is set in providing, so that user plays control parameter for the corresponding volume of movement locus editor at the earphone end And/or audio broadcasting control parameter, setting result of the analysis module according to the setting module, and according to the institute analyzed The movement locus at earphone end is stated, volume corresponding to generation plays control parameter and/or audio plays control parameter.

In some embodiments of the application first aspect, the monitoring modular is acceleration transducer.

In some embodiments of the application first aspect, the first communication module is with the second communication module Radio communication connects.

In some embodiments of the application first aspect, the earphone end is wireless headset.

In some embodiments of the application first aspect, the electronic equipment end is smart mobile phone, computer or media Player.

The second aspect of the application provides a kind of sound and plays adjusting means, connects an earphone end and an electronic equipment end, The motion dynamic at the earphone end of the ear of user is worn on for foundation, the sound source signal exported for electronic equipment end It is adjusted, and is exported by the earphone end, the sound, which plays adjusting means, is included：Monitoring modular, it is arranged at institute Earphone end is stated, monitors the motion dynamic at the earphone end to generate exercise data；Source of sound receiving module, communication connect the electronics Equipment end, receive the sound source signal that the electronic equipment end is exported；Analysis module, the monitoring modular is connected, according to described in The movement locus that exercise data analyzes the earphone end plays control parameter to generate corresponding volume；And play control mould Block, the earphone end and source of sound receiving module are connected, playing control parameter according to the volume is directed to the source of sound receiving module The sound source signal received is adjusted, and by it is described it is adjusted after sound source signal be sent to the earphone end and played.

In some embodiments of the application second aspect, the analysis module is additionally operable to the fortune according to the earphone end Dynamic rail mark, audio corresponding to generation play control parameter, so that the play control module plays control ginseng according to the audio Number adjusts the audio play mode of the sound source signal.

In some embodiments of the application second aspect, the audio play mode includes classical music pattern, stream Row music pattern, jazz pattern, rock music pattern, general mode and adaptive model.

In some embodiments of the application second aspect, the analysis module is also included when the analysis earphone end When movement locus is intended to inactive state, volume corresponding to generation plays control parameter to reduce the volume of the sound source signal.

In some embodiments of the application second aspect, the earphone end includes L channel broadcast unit and R channel Broadcast unit, the sound source signal that electronic equipment end is exported include L channel sound source signal and R channel sound source signal.

In some embodiments of the application second aspect, the analysis module is also included according to the exercise data, Analyze the change rail of the relative position between the L channel broadcast unit at the earphone end and the R channel broadcast unit Mark, volume corresponding to generation plays control parameter according to this and/or audio plays control parameter；And the play control module is also Including playing control parameter and/or audio broadcasting control parameter according to the volume, for the L channel sound source signal and institute State R channel sound source signal to be adjusted, and export to the earphone end, to make the L channel broadcast unit at the earphone end broadcast Put it is described it is adjusted after L channel sound source signal, and make the earphone end R channel broadcast unit play it is described adjusted R channel sound source signal afterwards.

In some embodiments of the application second aspect, include the setting module of the connection analysis module, use Interface is set in providing, so that user plays control parameter for the corresponding volume of movement locus editor at the earphone end And/or audio plays control parameter, and setting result of the analysis module according to the setting module, and according to being analyzed The movement locus at the earphone end, volume corresponding to generation plays control parameter and/or audio plays control parameter.

In some embodiments of the application second aspect, the monitoring modular is acceleration transducer.

In some embodiments of the application second aspect, the electronic equipment end is smart mobile phone, computer or media Player.

In some embodiments of the application second aspect, the monitoring modular is wirelessly by the motion number According to transmitting to the analysis module；The source of sound receiving module receives the electronic equipment end output in a wired or wireless fashion The sound source signal.

In some embodiments of the application second aspect, the sound plays adjusting means integration and is arranged at the ear In generator terminal, and the source of sound receiving module receives the source of sound letter of the electronic equipment end output in a wired or wireless fashion Number.

As described above, the sound of the application plays regulating system and device, user ear is mainly worn on by monitoring Earphone end motion dynamic to analyze the movement locus at earphone end, volume corresponding to generation plays control parameter, and root according to this The volume that the sound source signal that control parameter is exported for electronic equipment end is played according to the volume generated is adjusted.This Outside, the application can also be generated according to the movement locus at the earphone end for being worn on user ear corresponding to audio play control ginseng Number, it is adjusted according to this for the audio play mode of the sound source signal of electronic equipment end output.Whereby, the application can be according to making The position on user head changes and automatically adjusts the output volume and audio at earphone end, is adjusted manually without using person, can Improve the use feeling of user.

Brief description of the drawings

Fig. 1 is shown as the structural representation of the embodiment one of the sound broadcasting regulating system of the application.

Fig. 2 is shown as the structural representation of the embodiment two of the sound broadcasting regulating system of the application.

Fig. 3 is shown as the structural representation of the embodiment three of the sound broadcasting regulating system of the application.

Fig. 4 is shown as the structural representation of the embodiment one of the sound broadcasting adjusting means of the application.

Fig. 5 is shown as the structural representation of the embodiment two of the sound broadcasting adjusting means of the application.

Fig. 6 is shown as the structural representation of the embodiment three of the sound broadcasting adjusting means of the application.

Fig. 7 is shown as the implementation flow chart of the sound broadcasting regulating system of the application.

Fig. 8 is shown as the technical schematic diagram of the acceleration transducer of the application.

Embodiment

Presently filed embodiment is illustrated by particular specific embodiment below, those skilled in the art can be by this explanation Content disclosed by book understands other advantages and effect of the application easily.

In described below, refer to the attached drawing, accompanying drawing describes some embodiments of the application.It should be appreciated that also it can be used Other embodiment, and can be carried out in the case of without departing substantially from spirit and scope of the present disclosure mechanical composition, structure, electrically with And the detailed description below operational change should not be considered limiting, and the scope of embodiments herein Only terms used herein are limited by the claims for the patent announced merely to describing specific embodiment, and be not It is intended to limit the application.The term of space correlation, for example, " on ", " under ", "left", "right", " following ", " lower section ", " bottom ", " top ", " top " etc., it can use in the text in order to illustrate an element shown in figure or feature and another element or spy The relation of sign.

Although the grade of term first, second is used for describing various elements herein in some instances, these elements It should not be limited by these terms.These terms are only used for making a distinction an element with another element.For example, first is pre- If threshold value can be referred to as the second predetermined threshold value, and similarly, the second predetermined threshold value can be referred to as the first predetermined threshold value, and The scope of various described embodiments is not departed from.First predetermined threshold value and predetermined threshold value are to describe a threshold value, still Unless context otherwise explicitly points out, otherwise they are not same predetermined threshold values.Similar situation also includes first Volume and the second volume.

Furthermore as used in herein, singulative " one ", "one" and "the" are intended to also include plural shape Formula, unless having opposite instruction in context it will be further understood that term "comprising", " comprising " show described spy be present Sign, step, operation, element, component, project, species, and/or group, but it is not excluded for other one or more features, step, behaviour Work, element, component, project, the presence of species, and/or group, appearance or addition term "or" used herein and "and/or" quilt It is construed to inclusive, or means any one or any combinations.Therefore, " A, B or C " or " A, B and/or C " mean " with Descend any one：A；B；C；A and B；A and C；B and C；A, B and C " are only when element, function, step or the combination of operation are in some sides When inherently mutually exclusive under formula, the exception of this definition just occurs.

As shown in figure 1, it is shown as the structural representation that the sound of the application plays the embodiment one of regulating system 10.Such as Shown in figure, the sound of the application plays regulating system 10 and is made up of earphone end 11 and electronic equipment end 12.

In the embodiment of reality, the electronic equipment end 12 is, for example, to include but is not limited to HPC, flat board electricity Brain, mobile phone, smart mobile phone, media player, personal digital assistant (PDA) etc. portable electric appts, it will be appreciated that Portable electric appts of the application described in embodiment are an application example, and the component of the equipment can be than diagram With more or less components, or there is different component Configurations.Hardware, software can be used by drawing the various assemblies of diagram Or the combination of software and hardware is realized, including one or more signal transactings and/or application specific integrated circuit.

The electronic equipment end 12 includes memory, Memory Controller, one or more processors (CPU), peripheral hardware and connect Mouth, RF circuits, voicefrequency circuit, loudspeaker, microphone, input/output (I/O) subsystem, touch-screen, other outputs or control are set It is standby, and outside port.These components are communicated by one or more communication bus or signal wire.

Support various application programs, such as one or more of the following in the electronic equipment end 12：Draw and apply Program, presentation application program, word-processing application, website create application program, disk editor application program, electrical form and answered Answered with program, game application, telephony application, videoconference application, email application, instant message Application program, photo management application program, digital camera applications program, digital video camcorder application are supported with program, body-building Program, web page browsing application program, digital music player application and/or video frequency player application program.

In addition, the earphone end 11 can be ear type, In-Ear, wear-type, clip-on type earphone, and in the embodiment party of this case In formula, the earphone end 11 is wireless headset, and the wireless headset refers to the alternate audio line transmission means in a manner of Potential transmission, The audio outlet at electronic equipment end 12 is connected to transmitting terminal, then is sent to the earphone end 11 of receiving terminal by electric wave by transmitting terminal In.Wireless headset is divided into three parts：Part I is sound generation source, and Part II is recipient, and Part III is earphone portion, Signal for mobile phone or receiver transmission are come is converted into sound and passed to again in the ear of people.Current wireless headset has known There are three types：Bluetooth earphone, Infrared earphone, and 2.4G earphones.It should be noted that foregoing wireless headset is only this Shen Preferred embodiment please, the earphone end 11 are not limited thereto, and traditional wired earphone is also applicable to the application.

Continuing with Fig. 1, the earphone end 11 is worn on the ear of user, and with sound broadcasting module 111, monitoring mould Block 112 and first communication module 113.

Sound broadcasting module 111 is used for the output for providing sound.Specifically, sound broadcasting module 111 will can be received To electric signal be delivered to phonation unit, then various phonation units can convert electrical signals into mechanical shock, so as to send phase The audio answered.According to the difference of phonation unit, sound broadcasting module 111 is broadly divided into piezoelectric type, moving-iron type, moving-coil type and quiet Electric-type, wherein, piezoelectric type is the inverse piezoelectric effect sounding by piezoelectric ceramics.Moving-iron type refers to effect of the electromagnet in electric signal It is lower to produce different degrees of magnetic field, it is an iron plate before electromagnet, vibrations is produced in the presence of the magnetic field of change.Moving-coil type is Enameled wire loop is fixed on vibrating diaphragm (also known as shaking film) by finger, and permanent magnet is placed below, and electric signal produces different when passing through enamel-covered wire The magnetic field of intensity, because permanent magnet is fixed, therefore enameled wire loop can drive vibrating diaphragm to shake and sounding.And electrostatic and moving-coil The principle of formula is identical, and it is that vibrating diaphragm and enameled wire loop have been changed into the conductor material being directly printed on vibrating diaphragm, have distortion it is small, The advantages that transient response is good.

Monitoring modular 112 is used for the motion dynamic for monitoring the earphone end 11, generates exercise data according to this.In some implementations In example, the monitoring modular 112 is the acceleration transducer for being arranged at earphone end 11, and its technical principle is：When sensing thing is in When inactive state, due to by Action of Gravity Field, the weight component in three reference axis can be produced, by the way that weight component is entered Row quantifies and can calculate inclination angle of the object with respect to three reference axis with trigonometric function.

Please refer to Fig. 8, acceleration transducer on XYZ to three axis components, be for Rx, Ry, Rz respectively, recycle Trigonometric function can be obtained by acceleration of gravity and angle A xr, Ayr, Azr of three reference axis.

Cos (Axr)=Rx/R；

Cos (Ayr)=Ry/R；

Cos (Azr)=Rz/R；

R=SQRT (Rx^2+Ry^2+Rz^2) can also be derived, is passed through arccos () function (cos () inverse function) We can calculate required angle：

Axr=arccos (Rx/R)；

Ayr=arccos (Ry/R)；

Azr=arccos (Rz/R)；

First communication module 113 is used to export the exercise data that the monitoring modular 112 is generated, in the application's In embodiment, the preferably of first communication module 113 is a wireless communication module, alternatively using multiple communication standards, agreement and Any one in technology, including but not limited to global system for mobile communications (GSM), enhancing data GSM environment (EDGE), at a high speed Downlink packets access (HSDPA), High Speed Uplink Packet access (HSUPA), evolution only data (EV-DO), HSPA, HSPA+, double small area HSPA (DC-HSPDA), Long Term Evolution (LTE), near-field communication (NFC), WCDMA (W-CDMA), CDMA (CDMA), time division multiple acess (TDMA), bluetooth, Wireless Fidelity (Wi-Fi) are (for example, IEEE 802.11a, IEEE 802.11b, IEEE 802.11g and/or IEEE802.11n), internet protocol voice (VoIP), Wi-MAX, E-mail address association View (for example, Internet Message Access Protocol (IMAP) and/or post office protocol (POP)), instant message transrecieving (such as expansible disappear Breath is received and dispatched with the Session initiation Protocol (SIMPLE) of Presence Protocol (XMPP), instant message transrecieving and Presence Leveraging Extensions, immediately Information receiving and transmitting and Site Service (IMPS)) and/or Short Message Service (SMS) or any other appropriate communication protocol, including cut To this paper submitting day also without exploitation communication protocol.

Electronic equipment end 12 also has second communication module 121, analysis module 122 and play control module 123.

Second communication module 121 communicates to connect the first communication module 113, for receiving the exercise data.Yu Ben In the embodiment of case, second communication module 121 wirelessly communicates to connect with first communication module 113, for receiving first The exercise data that communication module is exported.Wherein, the same design of second communication module 121 is a wireless communication module.Can Selection of land uses any one in multiple communication standards, agreement and technology, including but not limited to global system for mobile communications (GSM) data GSM environment (EDGE), high-speed downlink packet access (HSDPA), High Speed Uplink Packet access, are strengthened (HSUPA), evolution only data (EV-DO), HSPA, HSPA+, double small area HSPA (DC-HSPDA), Long Term Evolution (LTE), near field Communicate (NFC), WCDMA (W-CDMA), CDMA (CDMA), time division multiple acess (TDMA), bluetooth, Wireless Fidelity (Wi-Fi) (for example, IEEE 802.11a, IEEE 802.11b, IEEE 802.11g and/or IEEE802.11n), internet protocol Voice (VoIP), Wi-MAX, E-mail address agreement are discussed (for example, Internet Message Access Protocol (IMAP) and/or post office protocol (POP)), instant message transrecieving (such as scalable message transmitting-receiving and Presence Protocol (XMPP), instant message transrecieving and on-site support Session initiation Protocol (SIMPLE), instant message transrecieving and the Site Service (IMPS) of extension) and/or Short Message Service (SMS), Or any other appropriate communication protocol, including by this paper submitting day also without exploitation communication protocol.

Analysis module 122 is used for the movement locus that the earphone end 11 is analyzed according to the exercise data, according to this generation pair The volume answered plays control parameter.In certain embodiments, analysis module 122 can be by pre-defined algorithm, such as by the motion Data are merged with media speech data using specific algorithm routine, and volume corresponding to generating plays control parameter, so It is not limited thereto, analysis module 122 also can be according to presetting, and generates foregoing volume and play control parameter (after please holding It is described in detail).

Play control module 123 is then used to export for the electronic equipment end 12 according to volume broadcasting control parameter Sound source signal be adjusted, and by it is described it is adjusted after sound source signal be sent to the sound broadcasting module at the earphone end 11 111 are exported.In actual applications, play control module 123 can be realized by corresponding hardware, or can also be by phase The hardware answered performs corresponding software to realize, for example can play control program by the sound of computing device one to complete.

In another embodiment of the application, the analysis module 122 can also be according to the earphone end 11 analyzed Movement locus, and generate corresponding to audio play control parameter, so that the play control module 123 is broadcast according to the audio Put the audio play mode that control parameter adjusts the sound source signal that the electronic equipment end 12 exports.Wherein, the audio plays Pattern includes classical music pattern, pop music pattern, jazz pattern, rock music pattern, general mode and adaptive model.

In another embodiment of the application, the analysis module 122 is also included when the motion for analyzing the earphone end 11 When track is intended to inactive state, volume corresponding to generation plays control parameter to reduce the volume of the sound source signal.Specifically For, the analysis module 122 of the application judges to use when the movement locus for analyzing earphone end 11 is intended to inactive state Person is likely to be at the state fallen asleep, then can play control parameter by the volume generated and automatically by the output sound at earphone end 11 Amount reduction or Jing Yin, whereby to avoid the sound of output from causing the interference in sleep to user, and it can protect user's Hearing.

Referring to Fig. 2, it is shown as the structural representation that the sound of the application plays the embodiment two of regulating system.Yu Ben In embodiment, the sound broadcasting module 111 also has L channel broadcast unit 111A and R channel broadcast unit 111B, described The sound source signal that electronic equipment end 12 exports includes L channel sound source signal and R channel sound source signal.Wherein, the analysis mould Block 122 can be also analyzed between L channel broadcast unit 111A and R channel the broadcast unit 111B according to the exercise data Relative position variation track, according to this volume corresponding to generation play control parameter and/or audio and play control parameter, for The play control module 123 is used to play control parameter according to the volume and/or audio plays control parameter, for described L channel sound source signal is adjusted with the R channel sound source signal, and is exported to the sound broadcasting module at the earphone end 11 111, with make L channel broadcast unit 111A output it is described it is adjusted after L channel sound source signal, make the R channel broadcast Put unit 111B output it is described it is adjusted after R channel sound source signal.

In certain embodiments, analysis module 122 can analyze the L channel broadcast unit according to the exercise data The change of relative position between 111A and R channel broadcast unit 111B, for example, when user rocks head to the left, point Analysis module 122 can be analyzed between L channel broadcast unit 111A position and the R channel broadcast unit 111B by horizontal position Put the position to L channel broadcast unit 111A position less than the R channel broadcast unit 111B to change, work as user When rocking head to the right, analysis module 122 can analyze L channel broadcast unit 111A position and the R channel plays From horizontal level to L channel broadcast unit 111A position higher than the R channel broadcast unit 111B's between unit 111B Position changes, then volume corresponding to generation plays control parameter according to this and/or audio plays control parameter, is broadcast for described Put control module 123 to be used to play control parameter and/or audio broadcasting control parameter according to the volume, for the L channel Sound source signal is adjusted with the R channel sound source signal, and is exported to the sound broadcasting module 111 at the earphone end 11, with Make L channel broadcast unit 111A output it is described it is adjusted after L channel sound source signal, make the R channel broadcast unit 111B outputs it is described it is adjusted after R channel sound source signal, whereby, user is only needed through rocking head to change earphone end 11 movement locus, and L channel broadcast unit 111A and R channel broadcast unit 111B outputs in adjust automatically earphone end 11 The purpose of volume and audio.

Referring to Fig. 3, it is shown as the structural representation that the sound of the application plays the embodiment three of regulating system.Yu Ben In embodiment, the sound, which plays regulating system 10, also has setting module 124, interface is set for providing, for user Control parameter is played for the corresponding volume of movement locus editor at the earphone end 11 and/or audio plays control parameter, and The analysis module 122 is used for the setting result according to the setting module 124, and according to the earphone end 11 analyzed Movement locus, volume corresponding to generation plays control parameter and/or audio plays control parameter.

For example, user can broadcast by setting interface setting when L channel broadcast unit 111A position with the R channel Put and be higher than the R channel broadcast unit 111B from horizontal level to L channel broadcast unit 111A position between unit 111B Position when changing (when i.e. user rocks head to the right), the volume of the output of increase earphone end 11, when left sound From horizontal level to L channel broadcast unit between road broadcast unit 111A position and the R channel broadcast unit 111B (i.e. user rocks head to the left when position of the 111A position less than the R channel broadcast unit 111B changes When), reduce the volume that earphone end 11 exports.So it is not limited thereto, also may be configured as to monitor user to the right When rocking head, increase R channel broadcast unit 111B volume simultaneously reduces L channel broadcast unit 111A volume, works as monitoring When rocking head to the left to user, reduce R channel broadcast unit 111B volume and increase L channel broadcast unit 111A Volume, the volume change of such a left and right acoustic channels can make user have effect on the spot in person when watching film.

Furthermore in certain embodiments, the setting module 124 is I/O systems, the I/O systems provide input Interface of the interface between the input/output peripheral hardware and Peripheral Interface of equipment, input/output peripheral such as touch-screen are defeated with other Enter/control device.Specifically, the setting module 124 can provide setting interface and include but is not limited to text, image, icon, soft Button (or " virtual push button "), drop-down menu, radio button, check box, optional list etc..Accordingly, shown user Interface object can include：For transmission information or form the nonreciprocal object of user interface outward appearance, be available for user mutual Interactive object or its combination.

The I/O systems include touch screen controller and for other outputs or one or more inputs of control device Controller.The electric signal of other inputs or control device is gone in one or more of input controller receptions/transmission from/. Certainly, in various embodiments, other described input/control devicess also may include that physical button (such as presses button, rocking bar Button etc.), dial, slider switch, control stick etc..

In some embodiments, the setting module 124 temporarily illustrates by taking touch-screen in I/O systems as an example, specifically Ground, the touch-screen receive the input of user based on tactile and/or tactile contact.The touch-screen forms one and receives user The touch sensitive surface of input.The touch-screen and touch screen controller (together with any associated module in memory and/or Instruction set is together) contact (and any movement or interruption of the touch) on detection touch-screen, and connect what is detected Thixotroping is changed into showing that multimedia sample file (such as picture file or video file) object on the touchscreen interacts.

In one exemplary embodiment, the contact point between touch-screen and user corresponds to one or more hands of user Refer to.The touch-screen can use LCD (liquid crystal display) technologies or LPD (light emitting polymer displays) technology, but in other realities Apply and other Display Techniques can be used in example.Touch-screen and touch screen controller can use any one of a variety of Touch technologies Include but is not limited to electric capacity, resistance, infrared and surface acoustic wave skill to detect contact and its mobile or interruption, these Touch technologies Art, and other proximity sensor arrays, or the other technologies of the one or more points for determining to be in contact with touch-screen.Touch Touch screen and show the visual output from portable set, and touch plate does not provide visual output.Touch-screen, which can have, to be higher than 100dpi resolution ratio.In one exemplary embodiment, touch-screen can have about 168dpi resolution ratio.User can be with Using any appropriate object or accessory, such as instruction pen, finger etc., to contact touch-screen.

As described above, the sound of the application plays the fortune that regulating system is worn on the earphone end of user ear by monitoring Dynamic dynamic is to analyze the movement locus at earphone end, and volume corresponding to generation/audio plays control parameter according to this, and according to being generated Volume/audio play volume/audio of the sound source signal that control parameter is exported for electronic equipment end and be adjusted.This Outside, the application can more be worn on the L channel broadcast unit and R channel broadcast unit at the earphone end of user ear by monitoring Between relative position variation track, and generate corresponding volume/audio and play control parameter, according to this for electronic equipment end The L channel sound source signal exported is adjusted with the R channel sound source signal, so as to according to user's head position The change of (relative position between ears) and automatically adjust the output volume and audio of left ear and auris dextra.

Therefore, the application in earphone inside by setting acceleration transducer to change by monitoring the variation of earphone position The principle of change earphone left and right acoustic channels volume controls the relation of volume to realize, manually operated without using person, you can to realize output Volume/audio automatically adjusts, and to user with use feeling on the spot in person, improves the usage experience of user.

Please continue to refer to Fig. 4, it is shown as the structural representation that the sound of the application plays the embodiment one of adjusting means. The sound of the application plays motion dynamic of the adjusting means 20 for the earphone end 21 according to the ear for being worn on user, for electricity The sound source signal that sub- equipment end 22 is exported is adjusted, and is exported by the earphone end 21.

In the embodiment of reality, the electronic equipment end 22 is, for example, to include but is not limited to HPC, flat board electricity Brain, mobile phone, smart mobile phone, media player, personal digital assistant (PDA) etc. portable electric appts, it will be appreciated that Portable electric appts of the application described in embodiment are an application example, and the component of the equipment can be than diagram With more or less components, or there is different component Configurations.Hardware, software can be used by drawing the various assemblies of diagram Or the combination of software and hardware is realized, including one or more signal transactings and/or application specific integrated circuit.

The electronic equipment end 22 includes memory, Memory Controller, one or more processors (CPU), peripheral hardware and connect Mouth, RF circuits, voicefrequency circuit, loudspeaker, microphone, input/output (I/O) subsystem, touch-screen, other outputs or control are set It is standby, and outside port.These components are communicated by one or more communication bus or signal wire.

Support various application programs, such as one or more of the following in the electronic equipment end 22：Draw and apply Program, presentation application program, word-processing application, website create application program, disk editor application program, electrical form and answered Answered with program, game application, telephony application, videoconference application, email application, instant message Application program, photo management application program, digital camera applications program, digital video camcorder application are supported with program, body-building Program, web page browsing application program, digital music player application and/or video frequency player application program.

In addition, the earphone end 21 can be ear type, In-Ear, wear-type, clip-on type earphone, and in the embodiment party of this case In formula, the earphone end 21 is wireless headset, and the wireless headset refers to the alternate audio line transmission means in a manner of Potential transmission, The audio outlet at electronic equipment end 22 is connected to transmitting terminal, then is sent to the earphone end 21 of receiving terminal by electric wave by transmitting terminal In.Wireless headset is divided into three parts：Part I is sound generation source, and Part II is recipient, and Part III is earphone portion, The signal that the function of this part is primarily used to transmit mobile phone or receiver is converted into sound and passed to again in the ear of people.Mesh Preceding wireless headset has three types known to having：Bluetooth earphone, Infrared earphone, and 2.4G earphones.It is it should be noted that foregoing Wireless headset be only the application preferred embodiment, the earphone end 11 is not limited thereto, and traditional wired earphone also may be used Suitable for the application.

As illustrated, the sound, which plays adjusting means 20, includes monitoring modular 201, source of sound receiving module 202, mould is analyzed Block 203, with play control module 204.

Monitoring modular 201 is used for the motion dynamic for monitoring the earphone end 21, generates exercise data according to this.In some implementations In example, the monitoring modular 201 is the acceleration transducer for being arranged at earphone end 21, and its technical principle is：When sensing thing is in When inactive state, due to by Action of Gravity Field, the weight component in three reference axis can be produced, by the way that weight component is entered Row quantifies and can calculate inclination angle of the object with respect to three reference axis with trigonometric function.Running on monitoring modular 201 Principle refer to the associated description of the monitoring modular 112 of earlier figures 1, will not be described here.

Source of sound receiving module 202 is used to receive the sound source signal that the electronic equipment end 22 is exported.Wherein, source of sound receives Module 202 can wirelessly receive the sound source signal described in electronic equipment end 22, by can by Audio Data Line in a manner of connect The sound source signal described in electronic equipment end 22 is received, specific regard plays adjusting means 20 and the communication at electronic equipment end 22 according to sound Depending on connection mode is set.

Analysis module 203 is used for the movement locus that the earphone end 21 is analyzed according to the exercise data, according to this generation pair The volume answered plays control parameter.In certain embodiments, analysis module 203 can be by pre-defined algorithm, such as by the motion Data are merged with media speech data using specific algorithm routine, and volume corresponding to generating plays control parameter, so It is not limited thereto, analysis module 203 also can be according to presetting, and generates foregoing volume and play control parameter (after please holding It is described in detail).

Play control module 204 is used to be directed to the institute of source of sound receiving module 202 according to volume broadcasting control parameter The sound source signal of reception is adjusted, and by it is described it is adjusted after sound source signal be sent to the earphone end 21 and played. In actual applications, play control module 204 can be realized by corresponding hardware, or can also be performed by corresponding hardware Corresponding software is realized, for example can play control program by the sound of computing device one to complete.

In another embodiment of the application, the analysis module 203 is additionally operable to the motion rail according to the earphone end 21 Mark, audio corresponding to generation play control parameter, so that the play control module 204 plays control parameter according to the audio Adjust the audio play mode of the sound source signal.Wherein, the audio play mode includes classical music pattern, pop music Pattern, jazz pattern, rock music pattern, general mode and adaptive model.

In another embodiment of the application, the analysis module 203 is also included when the motion for analyzing the earphone end 21 When track is intended to inactive state, volume corresponding to generation plays control parameter to reduce the volume of the sound source signal.Specifically For, the analysis module 203 of the application judges to use when the movement locus for analyzing earphone end 21 is intended to inactive state Person is likely to be at the state fallen asleep, then can play control parameter by the volume generated and automatically by the output sound at earphone end 21 Amount reduction or Jing Yin, whereby to avoid the sound of output from causing the interference in sleep to user, and it can protect user's Hearing.

Please refer to Fig. 5, it is shown as the structural representation that the sound of the application plays the embodiment two of adjusting means. In the present embodiment, the earphone end 21 includes L channel broadcast unit 21A and R channel broadcast unit 21B, electronic equipment end 22 sound source signals exported include L channel sound source signal and R channel sound source signal.Wherein, the analysis module 203 is also wrapped Include according to the exercise data, analyze the L channel broadcast unit 21A at the earphone end and the R channel broadcast unit The variation track of relative position between 21B, volume corresponding to generation plays control parameter according to this and/or audio plays control ginseng Number, and the play control module 204 can also play control parameter according to the volume and/or audio plays control parameter, pin The L channel sound source signal and the R channel sound source signal are adjusted, and exported to the earphone end 21, to make State earphone end 21 L channel broadcast unit 21A play it is described it is adjusted after L channel sound source signal, and make the earphone End 21 R channel broadcast unit 21B play it is described it is adjusted after R channel sound source signal.

In certain embodiments, analysis module 203 can analyze the L channel broadcast unit according to the exercise data The change of relative position between 21A and R channel broadcast unit 21B, for example, when user rocks head to the left, analysis Module 203 can analyze between L channel broadcast unit 21A position and the R channel broadcast unit 21B from horizontal level to L channel broadcast unit 21A position changes less than the position of the R channel broadcast unit 21B, when user to the right When rocking head, analysis module 203 can analyze L channel broadcast unit 21A position and the R channel broadcast unit 21B Between change from horizontal level to L channel broadcast unit 21A position higher than the position of the R channel broadcast unit 21B Become, then volume corresponding to generation plays control parameter according to this and/or audio plays control parameter, for the play control module 204 are used to playing control parameter and/or audio according to the volume and play control parameter, for the L channel sound source signal with The R channel sound source signal is adjusted, and is exported to the earphone end 21, to make the L channel broadcast unit 21A export It is described it is adjusted after L channel sound source signal, make R channel broadcast unit 21B output it is described it is adjusted after R channel Sound source signal, whereby, user are only needed through head is rocked to change the movement locus at earphone end 11, and adjust automatically earphone end The volume of L channel broadcast unit 21A and R channel broadcast unit 21B outputs and the purpose of audio in 21.

Referring to Fig. 6, its its be shown as the application sound play adjusting means embodiment three structural representation.In In the present embodiment, the sound, which plays adjusting means 20, also has setting module 205, and interface is set for providing, for using Person plays control parameter for the corresponding volume of movement locus editor at the earphone end 21 and/or audio plays control parameter, And the analysis module 203 is used for the setting result according to the setting module 205, and according to the earphone end 21 analyzed Movement locus, volume corresponding to generation plays control parameter and/or audio and plays control parameter.

For example, user can broadcast by setting interface setting when L channel broadcast unit 21A position with the R channel Put the position for being higher than the R channel broadcast unit 21B between unit 21B from horizontal level to L channel broadcast unit 21A position Put when changing (when i.e. user rocks head to the right), the volume of the output of increase earphone end 21, when L channel is broadcast Put between unit 21A position and the R channel broadcast unit 21B from horizontal level to L channel broadcast unit 21A position When position less than the R channel broadcast unit 21B changes (when i.e. user rocks head to the left), reduce earphone The volume of the output of end 21.So it is not limited thereto, also may be configured as when monitoring that user rocks head to the right, increases Big R channel broadcast unit 21B volume simultaneously reduces L channel broadcast unit 21A volume, when monitoring that user shakes to the left During dynamic head, reduce R channel broadcast unit 21B volume and increase L channel broadcast unit 21A volume, such a left and right sound The volume change in road can make user have effect on the spot in person when watching film.

Furthermore in certain embodiments, the setting module 205 is I/O systems, the I/O systems provide input Interface of the interface between the input/output peripheral hardware and Peripheral Interface of equipment, input/output peripheral such as touch-screen are defeated with other Enter/control device.Specifically, the setting module 205 can provide setting interface and include but is not limited to text, image, icon, soft Button (or " virtual push button "), drop-down menu, radio button, check box, optional list etc..Accordingly, shown user Interface object can include：For transmission information or form the nonreciprocal object of user interface outward appearance, be available for user mutual Interactive object or its combination.

The I/O systems include touch screen controller and for other outputs or one or more inputs of control device Controller.The electric signal of other inputs or control device is gone in one or more of input controller receptions/transmission from/. Certainly, in various embodiments, other described input/control devicess also may include that physical button (such as presses button, rocking bar Button etc.), dial, slider switch, control stick etc..

In some embodiments, the setting module 205 temporarily illustrates by taking touch-screen in I/O systems as an example, specifically Ground, the touch-screen receive the input of user based on tactile and/or tactile contact.The touch-screen forms one and receives user The touch sensitive surface of input.The touch-screen and touch screen controller (together with any associated module in memory and/or Instruction set is together) contact (and any movement or interruption of the touch) on detection touch-screen, and connect what is detected Thixotroping is changed into showing that multimedia sample file (such as picture file or video file) object on the touchscreen interacts.

In one exemplary embodiment, the contact point between touch-screen and user corresponds to one or more hands of user Refer to.The touch-screen can use LCD (liquid crystal display) technologies or LPD (light emitting polymer displays) technology, but in other realities Apply and other Display Techniques can be used in example.Touch-screen and touch screen controller can use any one of a variety of Touch technologies Include but is not limited to electric capacity, resistance, infrared and surface acoustic wave skill to detect contact and its mobile or interruption, these Touch technologies Art, and other proximity sensor arrays, or the other technologies of the one or more points for determining to be in contact with touch-screen.Touch Touch screen and show the visual output from portable set, and touch plate does not provide visual output.Touch-screen, which can have, to be higher than 100dpi resolution ratio.In one exemplary embodiment, touch-screen can have about 168dpi resolution ratio.User can be with Using any appropriate object or accessory, such as instruction pen, finger etc., to contact touch-screen.

In addition, the sound of the application plays adjusting means 20 also has variform in set-up mode.

In an embodiment, as shown in figure 4, sound play device 20 can be to be placed on earphone end 21 and electronic equipment end A 22 independent electronic installation, that is, only monitoring modular 201 is arranged on the earphone end 21, and the monitoring modular 201 wirelessly can transmit the exercise data to sound the analysis module 203 for playing adjusting means 20, together When, the source of sound receiving module 202 that sound plays adjusting means 20 can for example receive the electronic equipment in a wired or wireless fashion The sound source signal of the output of end 22.

In another embodiment, as shown in Figures 5 and 6, the sound of the application plays adjusting means 20 and may be designed as a collection Into control chip, and integrate and be arranged on earphone end 21, and the source of sound receiving module 202 of sound broadcasting adjusting means 20 can be such as The sound source signal of the output of electronic equipment end 22 is received in a wired or wireless fashion.

As described above, the sound of the application plays the fortune that adjusting means is worn on the earphone end of user ear by monitoring Dynamic dynamic is to analyze the movement locus at earphone end, and volume corresponding to generation/audio plays control parameter according to this, and according to being generated Volume/audio play volume/audio of the sound source signal that control parameter is exported for electronic equipment end and be adjusted.This Outside, the application can more be worn on the L channel broadcast unit and R channel broadcast unit at the earphone end of user ear by monitoring Between relative position variation track, and generate corresponding volume/audio and play control parameter, according to this for electronic equipment end The L channel sound source signal exported is adjusted with the R channel sound source signal, so as to according to user's head position The change of (relative position between ears) and automatically adjust the output volume and audio of left ear and auris dextra.

Therefore, the application in earphone inside by setting acceleration transducer to change by monitoring the variation of earphone position The principle of change earphone left and right acoustic channels volume controls the relation of volume to realize, manually operated without using person, you can to realize output Volume/audio automatically adjusts, and to user with use feeling on the spot in person, improves the usage experience of user.

Please continue to refer to Fig. 7, it is shown as the schematic flow sheet that the sound of the application plays regulating system implementation.This The sound of application plays motion dynamic of the adjusting method for the earphone end according to the ear for being worn on user, is set for electronics It is standby to hold being adjusted for exported sound source signal, and exported by the earphone end.Wherein, electronic equipment end example It is such as including but not limited to HPC, tablet personal computer, mobile phone, smart mobile phone, media player, personal digital assistant Etc. (PDA) portable electric appts, it will be appreciated that portable electric appts of the application described in embodiment are one Individual application example, the component of the equipment can have more or less components than diagram, or have different component Configurations.Institute Drawing the various assemblies of diagram can be realized with the combination of hardware, software or software and hardware, including one or more signal transactings And/or application specific integrated circuit.

The electronic equipment end include memory, Memory Controller, one or more processors (CPU), Peripheral Interface, RF circuits, voicefrequency circuit, loudspeaker, microphone, input/output (I/O) subsystem, touch-screen, other outputs or control device, And outside port.These components are communicated by one or more communication bus or signal wire.

Support various application programs, such as one or more of the following in the electronic equipment end：Journey is applied in drawing Sequence, application program, word-processing application, website establishment application program, disk editor application program, spreadsheet application is presented Program, game application, telephony application, videoconference application, email application, instant message application Application program, photo management application program, digital camera applications program, digital video camcorder application journey are supported in program, body-building Sequence, web page browsing application program, digital music player application and/or video frequency player application program.

In addition, the earphone end can be ear type, In-Ear, wear-type, clip-on type earphone, and in the embodiment of this case In, the earphone end 21 is wireless headset, and the wireless headset refers to the alternate audio line transmission means in a manner of Potential transmission, will The audio outlet at electronic equipment end is connected to transmitting terminal, then is sent to by transmitting terminal by electric wave in the earphone end of receiving terminal.Nothing Line earphone is divided into three parts：Part I is sound generation source, and Part II is recipient, and Part III is earphone portion, this portion The signal that the function of dividing is primarily used to transmit mobile phone or receiver is converted into sound and passed to again in the ear of people.Current Wireless headset has three types known to having：Bluetooth earphone, Infrared earphone, and 2.4G earphones.It should be noted that foregoing nothing Line earphone is only the preferred embodiment of the application, and the earphone end is not limited thereto, and traditional wired earphone is also applicable to The application.

As shown in fig. 7, the sound control method for playing back of the application comprises the following steps：

Step S701, monitoring are worn on the motion dynamic at the earphone end of the ear of user, generate exercise data according to this. In some embodiments, this step can set acceleration transducer to monitor the motion at earphone end dynamic, its technology original in earphone end Manage and be：When sensing thing remains static, due to by Action of Gravity Field, the gravity point in three reference axis can be produced Amount, pass through the inclination angle that weight component is quantified and uses trigonometric function to calculate relative three reference axis of object.Close Fig. 1 monitoring modular 112 is refer in the specific operation principles of acceleration transducer, will not be described here.

Step S702, the movement locus at the earphone end is analyzed according to the exercise data, according to this volume corresponding to generation Play control parameter.In certain embodiments, this step can be by pre-defined algorithm, such as by the exercise data and media voice Data are merged using specific algorithm routine, and volume corresponding to generating plays control parameter, is so not limited thereto, this Step also can be according to presetting, and generates foregoing volume and play control parameter.

Step S703, control parameter is played according to the volume, adjusted for the sound source signal of electronic equipment end output It is whole.In actual applications, this step can be realized by corresponding hardware, or can also be performed by corresponding hardware corresponding Software is realized, for example can play control program by computing device one sound to complete.

Step S704, by it is described it is adjusted after sound source signal be sent to the earphone end and exported, so as to reach from The purpose of the output volume at dynamic regulation earphone end.

In an embodiment, methods described also includes the movement locus according to the earphone end, sound corresponding to generation Effect plays control parameter, the step of to adjust the audio play mode at the earphone end.

In another embodiment, methods described is also included when the movement locus for analyzing the earphone end is intended to inactive state When, volume corresponding to generation plays control parameter to reduce the volume of the broadcasting sound source signal at the earphone end.It is specific and Speech, the application judge that user is likely to be at what is fallen asleep when the movement locus for analyzing earphone end is intended to inactive state State, then control parameter can be played by the volume generated by the output volume reduction or Jing Yin at earphone end, to borrow automatically This can protect the hearing of user to be avoided the sound of output from causing the interference in sleep to user.

In another embodiment, the earphone end includes L channel broadcast unit and R channel broadcast unit, the electronics The sound source signal of equipment end output includes L channel sound source signal and R channel sound source signal, and methods described also includes：Analysis The variation track of relative position between the L channel broadcast unit and the R channel broadcast unit, according to this corresponding to generation Volume plays control parameter and/or audio plays control parameter；Control parameter is played according to the volume and/or audio plays control Parameter processed, it is adjusted for the L channel sound source signal and the R channel sound source signal；And the output L channel Sound source signal and the R channel sound source signal, with make the output of the L channel broadcast unit at the earphone end it is described it is adjusted after L channel sound source signal, make the earphone end the R channel broadcast unit export it is described it is adjusted after R channel source of sound letter Number.

In certain embodiments, the application can analyze the L channel broadcast unit and right sound according to the exercise data The change of relative position between road broadcast unit, for example, when user rocks head to the left, L channel can be analyzed and broadcast Put between the position of unit and the R channel broadcast unit from horizontal level to the position of L channel broadcast unit less than described The position of R channel broadcast unit is changed, and L channel broadcast unit can be analyzed when user rocks head to the right Broadcast between position and the R channel broadcast unit from horizontal level to the position of L channel broadcast unit higher than the R channel The position for putting unit changes, then volume corresponding to generation plays control parameter according to this and/or audio plays control parameter, with Control parameter is played according to the volume and/or audio plays control parameter, for the L channel sound source signal and the right side Sound channel sound source signal is adjusted, and is exported to the earphone end, to make the L channel broadcast unit output described adjusted L channel sound source signal afterwards, make R channel broadcast unit output it is described it is adjusted after R channel sound source signal, whereby, User is only needed through head is rocked to change the movement locus at earphone end, and L channel broadcast unit in adjust automatically earphone end With the volume of R channel broadcast unit output and the purpose of audio.

In another embodiment, methods described also includes following setting procedure, and it includes：Setting interface is provided, for making User plays control parameter for the corresponding volume of movement locus editor at the earphone end and/or audio plays control parameter； And according to the setting result and the movement locus at the earphone end analyzed, volume corresponding to generation plays control ginseng Number and/or audio play control parameter.

For example, user can play list when the position of L channel broadcast unit by setting interface setting with the R channel Between member from horizontal level to the position of L channel broadcast unit changed higher than the position of the R channel broadcast unit when (when i.e. user rocks head to the right), the volume of increase earphone end output, when L channel broadcast unit position with It is less than the R channel broadcast unit from horizontal level to the position of L channel broadcast unit between the R channel broadcast unit Position when changing (when i.e. user rocks head to the left), reduce the volume of earphone end output.So not with This is limited, and also may be configured as when monitoring that user rocks head to the right, increases the volume of R channel broadcast unit and subtracts The volume of small L channel broadcast unit, when monitoring that user rocks head to the left, reduce the sound of R channel broadcast unit Measure and increase the volume of L channel broadcast unit, the volume change of such a left and right acoustic channels can make user have when watching film Effect on the spot in person.

In addition, in some embodiments, this setting procedure can be realized by I/O systems, with touch-screen in I/O systems Exemplified by illustrate, the touch-screen receives the input of user based on tactile and/or tactile contact.The touch-screen forms one The individual touch sensitive surface for receiving user's input.The touch-screen and touch screen controller are (together with any associated in memory Module and/or instruction set together) detection touch-screen on contact (and any movement or interruption of the touch), and will The contact transformation detected is into showing that multimedia sample file (such as picture file or video file) on the touchscreen is right The interaction of elephant.

As described above, the sound of the application plays regulating system and the method for device is worn on user ear by monitoring Earphone end motion dynamic to analyze the movement locus at earphone end, volume/audio corresponding to generation plays control parameter according to this, And volume/the audio for the sound source signal that control parameter is exported for electronic equipment end is played according to the volume generated/audio It is adjusted.In addition, the application can more be worn on L channel broadcast unit and the right side at the earphone end of user ear by monitoring The variation track of relative position between sound channel broadcast unit, and generate corresponding volume/audio and play control parameter, according to this pin The L channel sound source signal exported to electronic equipment end is adjusted with the R channel sound source signal, so as to according to use The change of person's head position (relative position between ears) and automatically adjust the output volume and audio of left ear and auris dextra.

Therefore, the application in earphone inside by setting acceleration transducer to change by monitoring the variation of earphone position The principle of change earphone left and right acoustic channels volume controls the relation of volume to realize, manually operated without using person, you can to realize output Volume/audio automatically adjusts, and to user with use feeling on the spot in person, improves the usage experience of user.

The principle and its effect of above-described embodiment only illustrative the application, not for limitation the application.It is any ripe Know the personage of this technology all can without prejudice to spirit herein and under the scope of, modifications and changes are carried out to above-described embodiment.Cause This, those of ordinary skill in the art is complete without departing from spirit disclosed herein and institute under technological thought such as Into all equivalent modifications or change, should be covered by claims hereof.

Claims (22)

1. a kind of sound plays regulating system, it is characterised in that including：

Earphone end, including：

Sound broadcasting module, there is provided the output of sound；

Monitoring modular, the motion dynamic at the earphone end is monitored to generate exercise data；And

First communication module, the sound broadcasting module and monitoring modular are connected, export the motion that the monitoring modular is generated Data；

Electronic equipment end, including：

Second communication module, it communicates to connect the first communication module, receives the exercise data；

Analysis module, connect the second communication module, according to the exercise data analyze the movement locus at the earphone end with Volume corresponding to generation plays control parameter；And

Play control module, the second communication module and the analysis module are connected, control parameter is played according to the volume Be adjusted for the sound source signal of electronic equipment end output, and by it is described it is adjusted after sound source signal be sent to it is described The sound broadcasting module at earphone end is exported.

2. sound according to claim 1 plays regulating system, it is characterised in that the analysis module is also according to the ear The movement locus of generator terminal, audio corresponding to generation plays control parameter, so that the play control module is broadcast according to the audio Put the audio play mode that control parameter adjusts the sound source signal of the electronic equipment end output.

3. sound according to claim 2 plays regulating system, the audio play mode includes classical music pattern, stream Row music pattern, jazz pattern, rock music pattern, general mode and adaptive model.

4. sound according to claim 1 plays regulating system, it is characterised in that the analysis module is also included when analysis When the movement locus at the earphone end is intended to inactive state, volume corresponding to generation plays control parameter to reduce the source of sound The volume of signal.

5. sound according to claim 2 plays regulating system, it is characterised in that the sound broadcasting module also has a left side Sound channel broadcast unit and R channel broadcast unit, the sound source signal of the electronic equipment end output include L channel sound source signal with R channel sound source signal.

6. sound according to claim 5 plays regulating system, it is characterised in that

The analysis module also includes according to the exercise data, analyzes the L channel broadcast unit and R channel broadcast unit Between relative position variation track, according to this volume corresponding to generation play control parameter and/or audio and play control parameter； And

The play control module is used to play control parameter according to the volume and/or audio plays control parameter, for institute State L channel sound source signal to be adjusted with the R channel sound source signal, and export to the sound broadcasting module, to make State the output of L channel broadcast unit it is described it is adjusted after L channel sound source signal, make described in the R channel broadcast unit exports R channel sound source signal after adjusted.

7. sound according to claim 2 plays regulating system, it is characterised in that also including setting module, described in connection Analysis module, for providing setting interface so that user plays for the corresponding volume of movement locus editor at the earphone end Control parameter and/or audio play control parameter.

8. sound according to claim 1 plays regulating system, it is characterised in that the monitoring modular is acceleration sensing Device.

9. sound according to claim 1 plays regulating system, it is characterised in that the first communication module and described the Two communication modules connect for radio communication.

10. sound according to claim 1 plays regulating system, it is characterised in that the earphone end is wireless headset.

11. sound according to claim 1 plays regulating system, it is characterised in that the electronic equipment end is intelligent hand Mechanical, electrical brain or media player.

12. a kind of sound plays adjusting means, an earphone end and an electronic equipment end are connected, it is characterised in that including：

Monitoring modular, the earphone end is arranged at, monitors the motion dynamic at the earphone end to generate exercise data；

Source of sound receiving module, communication connect the electronic equipment end, receive the sound source signal that the electronic equipment end is exported；

Analysis module, the monitoring modular is connected, analyze the movement locus at the earphone end according to the exercise data to generate Corresponding volume plays control parameter；And

Play control module, the earphone end and source of sound receiving module are connected, playing control parameter according to the volume is directed to institute The sound source signal that source of sound receiving module is received is stated to be adjusted, and by it is described it is adjusted after sound source signal be sent to the ear Generator terminal is played.

13. sound according to claim 12 plays adjusting means, it is characterised in that the analysis module is additionally operable to foundation The movement locus at the earphone end, audio corresponding to generation play control parameter, so that the play control module is according to described in Audio plays the audio play mode that control parameter adjusts the sound source signal.

14. sound according to claim 13 plays adjusting means, it is characterised in that the audio play mode includes Gu Allusion quotation music pattern, pop music pattern, jazz pattern, rock music pattern, general mode and adaptive model.

15. sound according to claim 12 plays adjusting means, it is characterised in that the analysis module also includes working as dividing When analysing the movement locus at the earphone end and being intended to inactive state, volume corresponding to generation plays control parameter to reduce the sound The volume of source signal.

16. sound according to claim 13 plays adjusting means, it is characterised in that is broadcast including L channel at the earphone end Unit and R channel broadcast unit are put, the sound source signal that electronic equipment end is exported includes L channel sound source signal and R channel sound Source signal.

17. sound according to claim 16 plays adjusting means, it is characterised in that

The analysis module also includes the L channel broadcast unit and the institute for according to the exercise data, analyzing the earphone end State the variation track of the relative position between R channel broadcast unit, according to this generation corresponding to volume play control parameter and/or Audio plays control parameter；And

The play control module also includes playing control parameter according to the volume and/or audio plays control parameter, for The L channel sound source signal is adjusted with the R channel sound source signal, and is exported to the earphone end, to make the ear The L channel broadcast unit of generator terminal play it is described it is adjusted after L channel sound source signal, and make the R channel at the earphone end Broadcast unit play it is described it is adjusted after R channel sound source signal.

18. sound according to claim 13 plays adjusting means, it is characterised in that also including setting module, connects institute Analysis module is stated, for providing setting interface so that user broadcasts for the corresponding volume of movement locus editor at the earphone end Put control parameter and/or audio plays control parameter.

19. sound according to claim 12 plays adjusting means, it is characterised in that the monitoring modular passes for acceleration Sensor.

20. sound according to claim 12 plays adjusting means, it is characterised in that the electronic equipment end is intelligent hand Mechanical, electrical brain or media player.

21. sound according to claim 12 plays adjusting means, it is characterised in that：

The monitoring modular wirelessly transmits the exercise data to the analysis module；

The source of sound receiving module receives the sound source signal of the electronic equipment end output in a wired or wireless fashion.

22. sound according to claim 12 plays adjusting means, it is characterised in that it is whole that the sound plays adjusting means Conjunction is arranged on the earphone end, and wherein：

The source of sound receiving module receives the sound source signal of the electronic equipment end output in a wired or wireless fashion.