CN202009486U - Earphone capable of generating three-dimensional stereo effect - Google Patents
Earphone capable of generating three-dimensional stereo effect Download PDFInfo
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- CN202009486U CN202009486U CN2011200700585U CN201120070058U CN202009486U CN 202009486 U CN202009486 U CN 202009486U CN 2011200700585 U CN2011200700585 U CN 2011200700585U CN 201120070058 U CN201120070058 U CN 201120070058U CN 202009486 U CN202009486 U CN 202009486U
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Abstract
The utility model relates to an earphone capable of generating three-dimensional stereo effect, which comprises an earmuff, wherein the earmuff comprises a front portion, a rear portion, a front end sound effect unit arranged at the front portion, a front end sound resonator arranged at the front portion, a rear end sound resonator arranged at the rear portion and a rear end sound effect unit arranged at the rear portion, the front portion of the earmuff is provided with a front end loudspeaker, the rear portion of the earmuff is provided with a rear end loudspeaker, a sound controller is arranged in the earmuff, and a sound output unit is connected with the earmuff. By linearly assigning front end and rear end loudspeakers on the same axis or different axes, the utility model generates lifelike three-dimensional stereo space or effect, thereby obtaining high stereo timbre having X-Y-Z three-dimensional stereo effect and output. The timbre has a wider sound at two dimensions and real time stereo on the third dimension.
Description
Technical field
The utility model relates to a kind of earphone that is used for sound system and communication system, be particularly related to and comprise a plurality of loud speakers (audio drivers), straight line is provided with loud speaker or loud speaker is arranged on the disalignment before and after on same axle, or loud speaker to form certain angle before and after being arranged on be the earphone of structure.
Background technology
Occurred more and more eurypalynous earphone in the existing market, especially those are at various multi-functional MP3 players, MP4 player and be similar to the product of apple iPod player, mobile phone, panel computer etc.The huge challenge that the earphone R﹠D and production personnel and the producer face is, the more and more littler and more concern of the dimensional requirement of earphone is in the user is comfortable conveniently to wear the inner ear formula design of adopting in order to make, simultaneously, the acoustics of earphone requires more and more higher, must mate the full range music that has contained bass, middle pitch and high pitch, further, also want to reach three-dimension audio space and effect true to nature.A small-sized loud speaker especially for PlayGear Stealth, only has only the range of bidimensional (X-Y) owing to there are not enough energy can't reach the full range quality, and promptly two dimension is low/in/the high pitch audio sound.And have low/in/three kinds of audio frequency of high pitch only are different volume and contents.In this case, so-called stereo only be three kinds of audio sound, but not real stereo, promptly do not have three-dimensional sound space and effect.Because the restriction in space, these insert earphones do not have enough degree of depth at the third dimension (Z) sound.Therefore, these insert earphones have no idea to obtain to mate low/in/the X-Y-Z three-dimension stereo space and the effect of high pitch audio frequency.Certainly, if earphone itself is large-scale, an earphone unit than large space itself is arranged perhaps, so a plurality of loud speakers can be positioned in each place and reach gratifying acoustics.Obviously, how difficulty is not only in the very limited insert earphone of size more loud speaker (a plurality of audio drivers) is set, and more is how better to settle these loud speakers and reaches better three-dimension stereo audio.
In the prior art, had various insert earphones on the market, a plurality of audio drivers promptly have been installed in insert earphone with a plurality of loud speakers.The setting of these loud speakers and structure are still still being followed the set-up mode of traditional loud speaker: the parallel transverse arrangement architecture.The reason of loud speaker being arranged to the parallel transverse arrangement architecture is that traditional sound equipment research system need be set to all sound sources be on the point of same parallel lines at work in a specific acoustic environment, particularly for those have comprised the insert earphone container that a plurality of sound sources are a plurality of audio drivers.Even have a plurality of audio drivers, low/in/three kinds of audio frequency of high pitch still can only produce different volumes and content, generally be in this two-dimentional acoustic space of X-Y.
Because the space that can utilize for a plurality of parallel loud speakers is too little, to such an extent as to good deep space that echoes and effect can not be provided, so a plurality of loud speakers for this parallel position relationship, exist these loud speakers can't produce stereo really, the problem of the depth perception of audio bass particularly.These insert earphones that comprise multi-loudspeaker still can only with low/in/sound of high pitch audio frequency is presented on the two-dimensional space of X-Y axle, and can't reach real the stereo of the three-dimensional sound equipment degree of depth and effect that have.
The PlayGear Stealth with remote control and microphone of apple is provided with two drivers at the receiver place on each limit, and one as woofer, and another is as high pitch loudspeaker.These two drivers be arranged in parallel and enrich full and accurate audio reproduction and bass response in the hope of reaching, yet because these two audio drivers are arranged parallel to each other in limited space, so bass response is not strong, also abundant inadequately, and be sound deep space and the effect that has lacked at the third dimension (Z axle).
The Shu Er utility model two kinds of PlayGear Stealths that comprise a plurality of audio drivers, one is alliteration sound driver, another has three audio drivers.Product type is that the double high-precision mini drive of SE425 is that high pitch loudspeaker and woofer are set to parallel construction and it are played out accurately and the sound of balance, product type be the three high-precision micro drivers of SE535 be with a driver as high pitch loudspeaker, two drivers are set to parallel construction in the hope of obtaining wideer range and abundant bass audio jointly as woofer in addition.As other has the earphone of a plurality of loud speakers, because dual drive or three drivers are to be set in parallel in the very little space,, enrich inadequately so bass response is not strong, lack sound deep space and effect at the third dimension (Z axle).
M-Audio has a very famous PlayGear Stealth model IE-40, has ultimate earphone technology, and it has three independently at the armature driver of the high accuracy accurate balance of high pitch, middle pitch and audio bass.Ultimate earphone technology utilizes the diplopore design of the patent protection sound that range is wider by being the separate channels transmission of height tone channel design, and this sound channel makes sound directly transmit in user's ear and mixes naturally.In other words, the diplopore design has mixed all audio frequency that obtain by high audio passage and middle bass channel in hearer's ear, but can't be in inner whole mixing of earphone before the hearer receives audio frequency.Dual drive or three drivers are arranged in the parallel structure, and in like manner, the passage of high pitch and bass also is arranged in the parallel construction.Obviously, the bass response of IE-40 also not by force, enough abundant because unpromising bass response provides resonant space in the IE-40.What the various earphones that comprise multiple driver that sieve skill is produced adopted is identical technology.
Two U.S. Patent applications are arranged, Application No. 2009/0279729 A1 and U.S. Patent Application Publication No. 2010/0046783 A1 about the coaxial earphone of double-tone frequency.The magnet that cooperates with the double frequency voice coil loudspeaker voice coil has been discussed in these two patent applications, and a coil is used for bass, and another is used for high pitch.These bass and high pitch audio tweeter voice coil loudspeaker voice coils of sharing same centring magnet in the axial direction can not be provided with or framework independently for stereo outer putting.For the coaxial earphone of these double frequencies, there is not enough dark acoustic space.
PlayGear Stealth is the earphone of particular design, its require special closure/independently from source of sound to the audio space and resonant space, to outside put the unit, until the acoustic environment that enters hearer's duct, and direct more airtight more good more.For PlayGear Stealth three kinds of basic demands are arranged: small size, low/in/the true stereo sound of high pitch audio frequency is imitated and the hearer wears/comfort level that hearer's ear is listened to.These requirements must very little, airtight, independently acoustic space and outside put in environment and the structure and realize, such as a mushroom space of speaker enclosure/shell or inner ear.
By studying above five kinds of earphone products, there are a lot of problems still to need solution badly.At first promptly be that PlayGear Stealth is more and more littler, and sound is by the true stereo acoustic mass that possesses three-dimensional (X-Y-Z) of high request.In this very limited little space, PlayGear Stealth needs the setting of better structure, better sound system, more rational multi-loudspeaker and the relevant sound effect zone of echoing of the three dimensional sound that obtains high-quality X-Y-Z dimension.The conventional stereo demand that is not enough to satisfy people of bidimensional (X-Y), definite saying are not real stereo yet.Above-described five kinds of earphones just do not have the space and the effect of the three-dimension stereo of X-Y-Z because their parallel construction does not have the third dimension (Z axle) degree of depth tonequality.
Second problem is all old and existing earphones, comprises that above five kinds all is to preset audio direction and channel stereo effect, and pays close attention to the central point at a rear of headset user.Cross long-time use earphone when headset user, the auditory nerve of its rear central point may damage.
Audio and sound outbound course that the 3rd problem is all earphone products all are independently, particularly PlayGear Stealth.People need a new earphone product, the safety that assurance is simultaneously listened to and the high-quality of sound, while enjoy music and health in the life.
Usually in fact, for existing earphone, we have no idea to guarantee simultaneously the tonequality and the three-dimensional audio direction of the X-Y-Z three-dimension stereo audio of earphone.The so-called stereo audio that these earphones had that comprises above-mentioned five kinds of earphones does not have the third dimension (Z) degree of depth audio and/or audio direction does not have the adjustment of the third dimension (Z) degree of depth.
Therefore, in order to address the above problem and defective, earphone particularly PlayGear Stealth has occurred for three-dimension stereo audio and the three-dimensional output of X-Y-Z, just as the demand of true stage audio.For earphone PlayGear Stealth particularly, second demand is the three dimensional sound direction adjustment that has three dimensions of X-Y-Z for sense of hearing safety in addition.The 3rd for earphone particularly the demand of PlayGear Stealth be to have simultaneously the 3 D stereo sound effective value and the three dimensional sound direction of synchronous working, can reach best audio at the three-dimensional space in the very little earphone, can reduce the use damage of headset user, and can maximizedly make headset user experience instantaneous real-time 3 D stereo sound effective value.
The utility model content
For the earphone that solves prior art can't be provided at the tonequality of X-Y-Z three-dimension stereo audio and the deficiency of three dimensional sound direction, the utility model provides a kind of PlayGear Stealth that has comprised a plurality of loud speakers (being audio drivers), one or more speaker elements are placed in the fore-end of the speaker enclosure of earphone, in addition one or more speaker elements are placed in the rear end part of the speaker enclosure of earphone, straight line setting before and after being on shared central axis or the different central axis, provide X-Y-Z the 3 D stereo sound effective value and low/in/third dimension (Z axle) degree of depth sound resonant space of the output of high pitch audio frequency, build the 3 D stereo sound effective value.
The technical solution adopted in the utility model is: a kind of earphone that produces the 3 D stereo sound effective value, and described earphone comprises:
(a) speaker enclosure has comprised that rear end acoustic resonator and that front end acoustic resonator, that front end audio unit, that a front portion, a rear portion, are arranged at described front portion is arranged at described front portion is arranged at the rear portion is arranged at the audio unit, rear end at rear portion;
(b) at least one is arranged on the front end loud speaker of described speaker enclosure front portion;
(c) at least one is arranged on the rear end loud speaker at described speaker enclosure rear portion;
(d) voice controller that is arranged in the described speaker enclosure; And
(e) a voice output unit that is connected with described speaker enclosure.
Preferably, described earphone has also comprised: one is arranged at the rear end linkage unit of described speaker enclosure; An adjustable fixed cell that is connected to described rear end linkage unit with removably; With an adjustable ear-hang unit that is connected to described adjustable fixed cell.
Preferably, described earphone has also comprised a unit, sound balance hole that is arranged in the described speaker enclosure.
Preferably, first central axis of described front end loud speaker is parallel with second central axis of rear end loud speaker.
Preferably, described front end loud speaker and rear end loud speaker respectively with vertical setting of trunnion axis of described speaker enclosure.
Preferably, described front end loud speaker and described rear end loud speaker are in the certain angle setting.
Preferably, described front end loud speaker and described rear end loud speaker respectively with vertical setting of trunnion axis of described speaker enclosure.
Preferably, described front end loud speaker and described rear end loud speaker are shared same central axis.
Preferably, described front end loud speaker has first size, and described rear end loud speaker has second size, and described first size is greater than second size.
Preferably, described front end loud speaker has first size, and described rear end loud speaker has second size, and described second size is greater than first size.
Preferably, described front end loud speaker has first size, and described rear end loud speaker has second size, and described second size equals first size.
Preferably, described front end audio unit comprises an outside audio unit and an audio unit, inside that separates with described outside audio unit.
Preferably, described front end audio unit comprises the antetheca of a described speaker enclosure.
Preferably, described front end acoustic resonator comprises the sidewall of a described speaker enclosure.
Preferably, described front end acoustic resonator is that a curve shape is to match with the bowl-shape ear of described headset user.
Preferably, described front end loud speaker comprises the first front end loud speaker and the second front end loud speaker.
Preferably, described rear end loud speaker comprises the first rear end loud speaker and the second rear end loud speaker.
Preferably, described earphone also comprises a wireless carrier unit, and described wireless carrier unit comprises: a circuit board, a wireless communication chips, a switch element, an indicator unit, at least one sound control unit and a microphone unit.
Preferably, described wireless carrier unit also comprises a CPU element, a memory cell, a battery unit, a USB connector unit and a multi-format player unit.
A kind of earphone that produces the 3 D stereo sound effective value, described earphone comprises:
(a) speaker enclosure has comprised that rear end acoustic resonator and that front end acoustic resonator, that front end audio unit, that a front portion, a rear portion, are arranged at described front portion is arranged at described front portion is arranged at the rear portion is arranged at the audio unit, rear end at rear portion;
(b) at least one front end loud speaker that is arranged at described speaker enclosure front portion, described at least one front end loud speaker has first central axis;
(c) at least one rear end loud speaker that is arranged at described speaker enclosure rear portion, described at least one rear end loud speaker has second central axis;
(d) voice controller that is arranged in the described speaker enclosure;
(e) a voice output unit that is positioned at front end; And
(f) one in the three-dimensional regulation mode with described voice output unit and the three-dimensional regulon that front end audio unit is connected, make described voice output unit form an angle with respect to described first central axis and described second central axis.
A kind of earphone that produces the 3 D stereo sound effective value, described earphone comprises:
(a) speaker enclosure comprises that a front portion, a rear portion, be located at the front end audio unit, of described front portion and be located at the front end acoustic resonator, of described front portion and be located at the audio unit, rear end that the rear end acoustic resonator and at described rear portion is located at described rear portion;
(b) at least one is located at the front end loud speaker of described speaker enclosure front portion;
(c) at least one is located at the rear end loud speaker at described speaker enclosure rear portion;
(d) voice controller of being located in the described speaker enclosure;
(e) a voice output unit that is connected with described speaker enclosure; And
(f) at least one loudspeaker direction regulon that is connected with the rear end loud speaker with described front end loud speaker.
Preferably, described front end loud speaker comprises the first front end loud speaker and the second front end loud speaker; And described loudspeaker direction regulon comprises the first loudspeaker direction regulon that is connected with the described first front end loud speaker, the second loudspeaker direction regulon that is connected with the described second front end loud speaker, and the 3rd loudspeaker direction regulon that is connected with described at least one rear end loud speaker.
A kind of earphone that produces the 3 D stereo sound effective value, described earphone comprises:
(a) speaker enclosure comprises that rear end acoustic resonator and that front end acoustic resonator, that front end audio unit, that a front portion, a rear portion, are arranged at described front portion is arranged at described front portion is arranged at described rear portion is arranged at the audio unit, rear end at described rear portion;
(b) at least one front end loud speaker that is arranged at described speaker enclosure front portion;
(c) at least one rear end loud speaker that is arranged at described speaker enclosure rear portion;
(d) voice controller that is arranged in the described speaker enclosure;
(e) a voice output unit that is connected with described speaker enclosure;
(f) a wireless carrier unit, described wireless carrier unit comprise a circuit board, a wireless communication chips, a switch element, an indicator unit, at least one sound control unit, a microphone unit, a CPU element, a memory cell, a battery unit, a USB connector unit and a multi-format player unit;
(g) first a rear end linkage unit of being located on the described speaker enclosure, the described first rear end linkage unit comprises a female linkage unit;
(h) second linkage unit of being located on the described wireless carrier unit, described second linkage unit comprises a public linkage unit and is connected to the described first rear end linkage unit, in the adjustable mode of three-dimensional described speaker enclosure is connected with the wireless carrier unit;
(i) the 3rd linkage unit that is arranged on the described wireless carrier unit, described the 3rd linkage unit comprises a public linkage unit;
(j) an earphone fixed cell; And
(k) a fixedly connected unit of earphone that is arranged at described earphone fixed cell end, the fixedly connected unit of described earphone comprises a female linkage unit and is connected to described the 3rd linkage unit, in the adjustable mode of three-dimensional described wireless carrier unit is connected with the earphone fixed cell.
On the one hand, earphone comprises a speaker enclosure, it is provided with a unit that comprises the multi-loudspeaker that straight line distributes, these loud speakers guarantee to have at least a loud speaker to be arranged on before at least one other loud speaker, and the loud speaker of front and back is shared the different central shaft of a central axis or corresponding sound wave.The speaker enclosure of earphone has also comprised the echo front end acoustic resonator in zone of the similar front end acoustic resonator of a front end audio unit that is arranged at the speaker enclosure front end and a front end that is arranged at speaker enclosure or front end sound simultaneously.The speaker enclosure of earphone is designed to rule or irregular structure makes corresponding with front end audio unit and front end acoustic resonator.In speaker enclosure, also be provided with the voice controller that is similar to sound control unit or sound dispensing unit, be provided with in the rear end of speaker enclosure and be similar to rear end acoustic resonator or rear end sound echo the rear end acoustic resonator and the audio unit, rear end in zone, a voice output unit that is connected with speaker enclosure, a unit, sound balance hole and the female public linkage unit in the back that cooperates with adjustable fixed cell, this adjustable fixed cell is by connecting and/or disassembling function is connected to an adjustable ear-hang unit, more than makes the audio of earphone, output and audio direction are the three-dimension stereo of three dimensions (X-Y-Z axle).
On the one hand, a unit that has comprised a plurality of loud speakers is arranged in the speaker enclosure of earphone.This unit has comprised a miniature loudspeaker that is arranged on the speaker enclosure front end, the setting of aliging on Sharing Center's axis or different central axis of a large-scale loud speaker that is arranged on the speaker enclosure rear end, those loud speakers.Above-mentioned miniature loudspeaker is located at front end, and it is to reach three-dimensional (X-Y-Z) stereophonic effect, promptly real 3 D stereo sound effective value in order to constitute the enough sound zone of echoing that large-scale loud speaker is located at the rear end.The common cooperation of the loud speaker of front end and the loud speaker of rear end reaches two dimension (X-Y) stereo width effect, and the large-scale loud speaker of rear end is the X-Y-Z three-dimension stereo audio of earphone and the degree of depth sound that the third dimension (Z) created in X-Y-Z three-dimension stereo space simultaneously.
There are a lot of methods can obtain the three-dimension stereo audio of earphone.The loud speaker of front-end and back-end can be different size, also can be identical size, can be on Sharing Center's axis linear array produce balanced, average three-dimension stereo sound wave, audio and output so that cooperate with audio unit and resonant element.
Front-end and back-end different size or same size loud speaker can be on different central axis linear array, cooperate jointly with audio unit, resonant element and voice controller to produce three-dimensional (X-Y-Z) stereo sound wave, effect and output.
The alternative loud speaker arrangement mode of the utility model also comprises is arranged to certain angle mutually with the front-end and back-end loud speaker.For instance, the front end loud speaker can be arranged on the straight line of earphone direction, and the rear end loud speaker can be arranged at the earphone direction and become certain special angle, preferably 25 degree angles.Perhaps, the front end loud speaker can be arranged at the earphone direction and become certain special angle, and the rear end loud speaker can be arranged on the straight line of earphone direction.Perhaps, the front-end and back-end loud speaker can be provided with simultaneously with the earphone direction and form certain angle.This arrangement mode that front end or rear end loud speaker is the angle setting or simultaneously front end and rear end loud speaker is the angle setting can form special three dimensional sound sound wave, effect and output.
The speaker enclosure shape of earphone is directly connected to the front end audio unit that speaker enclosure is outer and/or speaker enclosure is interior.The shape of speaker enclosure is commonly referred to the outside of sound effect wall/unit, can be designed to regular or irregular, with the audio unit matching of inside.Outer front end audio unit and interior forward end audio unit can only be a unit that has comprised exterior wall/surface and interior wall/surface jointly, also can be different unit.Front end audio unit cooperates with the sound wave that a plurality of loud speakers of arranging on same axis or different axis take place, and perhaps, cooperates sound effect and the output that reaches three-dimensional with a plurality of loud speakers of the front-end and back-end that are the angle setting.Identical principle also can be applicable to audio unit, rear end.
Simultaneously, the shape of the speaker enclosure of earphone is also directly related with the front end acoustic resonator in the speaker enclosure.Front end acoustic resonator in the speaker enclosure cooperates with sound wave and reflect sound response that a plurality of loud speakers of arranging on same axis or different axis of front-end and back-end produce, perhaps cooperates with a plurality of loud speakers of the front-end and back-end that are the angle setting to reach 3 D stereo sound effective value and output.For instance, in order to improve inner three-dimension stereo effect and the user outside comfortable wearing degree when wearing earphone that echoes, but front end acoustic resonator particular design is the shape of curve, to be fit to user such as bowl-shape ear chamber.
Voice controller cooperates with a plurality of loud speakers of front-end and back-end, analyze, manage and dispose all digitized original music data in the loud speaker of front-end and back-end, the sound wave that is created in the front end audio unit, in the acoustic resonator, moves in speaker enclosure front end, speaker enclosure rear end and the rear end acoustic resonator is built the broader stereo of two dimension and stereo in the third dimension degree of depth simultaneously.
On the other hand, earphone has comprised the speaker enclosure that contains a plurality of loud speakers, have the front end of a loud speaker at speaker enclosure at least, at least one loud speaker is in the rear end of speaker enclosure, and the loud speaker of front-end and back-end is linear array on identical central axis or parallel central axis.Speaker enclosure comprises also that simultaneously at least one three-dimensional direction regulon is connected with audio unit, rear end with at least one group of front end audio unit, a front end acoustic resonator, one rule or the irregular shaped design that adapts with front end audio unit and front end acoustic resonator, one voice controller, audio unit, one rear end, one rear end acoustic resonator and the back mother who cooperates with an adjustable fixed cell/public linkage unit, this adjustable fixed cell is by connecting and/or disassembling function is connected to an adjustable ear-hang unit, more than makes the audio of earphone, output and audio direction are the three-dimension stereo of three dimensions (X-Y-Z axle).
According to this aspect of the present utility model, a stereophonic effect that earphone had and an output that has the three-dimensional regulon has three functions: produce stereo output in the adjustable ear of direction, be created in 3 D stereo sound effective value in the ear adjustable in three dimensions, the earplug comfort of wearing is provided simultaneously.
In addition, one has the small-sized of a plurality of direction regulons or stereo sound effect that large-scale earphone or headphone had has two functions: be created in the adjustable stereo output of direction in three dimensions, produce adjustable stereophonic effect in three dimensions simultaneously.
On the other hand, this earphone comprises the wireless carrier unit, this unit comprises a circuit board, wireless communication chips such as bluetooth, the 2.4G frequency range is wireless or the wireless communication chips of other any kind of, a crosspoint, a light indicating member, sound control unit and a microphone unit.
In the carrier element mainboard can be installed.Also can be provided with a CPU element, a mnemon, a battery unit and a usb interface unit in the wireless carrier unit.In addition, in carrier element, also can be provided with a multi-format player unit.
Wireless headset comprises speaker enclosure, loud speaker/unit, front-end and back-end, voice controller, audio unit, acoustic resonator, loud speaker output unit and a voice output or direction regulon that is used to produce the 3 D stereo sound effective value of linear array on identical central axis or different central axis.
The wireless carrier unit can be provided with one and be fixed on the carrier element and at the adjustable public linkage unit of three dimensions (X, Y and Z), and this public affairs linkage unit cooperates with the ear fixed cell by a female linkage unit (hole or socket) adjustablely.The C font that this mother's linkage unit (hole or socket) can be designed to capitalize.Simultaneously, also can be fixed with the public linkage unit of three-dimensional rotation on the wireless carrier unit, this public affairs linkage unit cooperates with speaker enclosure by a female linkage unit adjustablely.
So that the user is more comfortable and stable when using, wireless headset also can comprise an adjustable linkage unit that is arranged at end, ear-hang unit in order to regulate the ear-hang hang on the user's ear more easily.
The utility model is by arranging a plurality of loud speakers in front-end and back-end to make three-dimension stereo space or effect true to nature at straight line on the same axis or on the different axis, thereby obtained to have the high stereo acoustic quality of X-Y-Z 3 D stereo sound effective value and output, this tonequality has on the sound wideer on the two dimension (X-Y) and the third dimension (Z) degree of depth stereosonic stereo in real time.
Description of drawings
Fig. 1 is the end view of first kind of execution mode earphone of the utility model.
Fig. 2 be earphone shown in Figure 1 the part enlarged drawing.
Fig. 3 is the stereo sound wave/level frequency wave line chart relevant with earphone illustrated in figures 1 and 2.
Fig. 4 is the enlarged drawing of the another kind of execution mode earphone of the utility model.
Fig. 5 is the stereo sound wave/level frequency wave line chart relevant with earphone shown in Figure 4.
Fig. 6 is the end view of the another kind of execution mode earphone of the utility model.
Fig. 7 is the rearview of the another kind of execution mode earphone of the utility model, comprises the rearview of a part earphone.
Fig. 7 A is the end view of earphone shown in Figure 7.
Fig. 8 is the end view of the another kind of execution mode earphone of the utility model.
Fig. 9 is the end view of earphone shown in Figure 8.
Figure 10 is the stereo sound wave/level frequency wave line chart relevant with execution mode earphone shown in Figure 8.
Figure 11 is the stereo sound wave/level frequency wave line chart relevant with execution mode earphone shown in Figure 9.
Figure 12 is the rearview of the another kind of execution mode earphone of the utility model, comprises the rearview of a part earphone.
Figure 12 A is the end view of execution mode earphone shown in Figure 12.
Figure 13 is the amplification plan view of a kind of distortion of execution mode earphone shown in Figure 12.
Figure 14 be the another kind of execution mode earphone of the utility model enlarged drawing.
Figure 15 is the end view of the another kind of execution mode earphone of the utility model.
Figure 16 is the view of the another kind of execution mode earphone of the utility model.
Figure 17 is the view of a kind of distortion of earphone shown in Figure 16.
Figure 18 is the view of execution mode earphone shown in Figure 17, comprises the end view of a part earphone.
Figure 19 is the perspective view that the utility model has comprised the execution mode earphone of a pair of wireless headset that connects of working in coordination.
Embodiment
The utility model is described in further detail below in conjunction with drawings and Examples, but protection range of the present utility model is not limited to this.
Fig. 1,2,4 and 6 has demonstrated a kind of earphone 1000, it can be that the earphone of provided three-dimensional stereo effect of a plurality of loud speakers or the left part or the right part of headphone are provided in inside, also demonstrated one comprise a plurality of contain can be used for providing low/in/front end/rear end loud speaker 1018A of the X-Y-Z 3 D stereo sound effective value of high pitch audio frequency and the speaker enclosure 1006 of 1018B.Among the embodiment shown in Fig. 1,2 and 4, front end/rear end loud speaker 1018A and 1018B are along identical axis or the different straight line settings that parallels to the axis.In Fig. 1 and 2, loud speaker 1018A and 1018B Sharing Center axis 1088.In Fig. 4, loud speaker 1018A is provided with along parallel different axis 1018AX and 1018BX with 1018B.Among the embodiment as shown in Figure 6, loud speaker 1018A and 1018B are provided with at an angle.
Compact high precision audio drivers 1018A is set directly at the front end of earphone, and the voice controller 1080/1080A that can obtain strong bass and sympathetic response of a large-scale high-precision audio drivers 1018B and a particular design is arranged in the rear end of small-sized sound driver 1018A by straight line.In the present embodiment, voice controller 1080/1080A is the frequency configuration unit of a particular design.At arrange twin loudspeaker 1018A and 1018B of earphone front and back end straight line is (three-dimensional) stereo spatial that earphone has been built a sound transmission system that stage effect is arranged true to nature or three dimensions of an X-Y-Z of saying so, because twin loudspeaker 1018A and 1018B are on the X-Y axle that is two-dimentional sound, landscape mode with broadness produces stereo, simultaneously, large-scale loud speaker 1018B in the rear end transmits very strong bass and middle pitch from the rear end to the front end, provide (the Z axle) of the third dimension stereo by going deep into vertical mode, thus obtain three dimensions (X-Y-Z axle) comprise low/in/the stereo surround effect of high pitch audio frequency.
Different loud speaker settings have comprised: the front-end and back-end loud speaker is towards same direction, and the front-end and back-end loud speaker is towards also angled with one side, and the front-end and back-end loud speaker is provided with just relatively, and the front-end and back-end loud speaker is oppositely arranged and is angled.
Therefore, the hearer can be in strong sound wave hears from rear end very to the strong bass of front end very by the depth perception of Z axle.Simultaneously, the hearer can hear by the X-Y axle from front end, left end, right-hand member, rear end, from all directions transmit true to nature careful stereo.This stereo music guarantee from three dimensions (three-dimensional, X-Y-Z) play comprise low/in/the full range sound of high pitch audio frequency.
Three-dimension stereo is in order to obtain the acoustic space and the effect of three dimensions (X-Y-Z).Low/in/audio frequency of these three kinds of sound of high pitch can only produce different volumes and content, may be in the acoustic space of two dimensions of X-Y, perhaps may be in the acoustic space of three dimensions of X-Y-Z.The stereo degree of depth of Z axle is the main determining factor of X-Y-Z three-dimension stereo space and effect.Have only the stereo degree of depth that has obtained the Z axle, low/in/audio frequency of these three kinds of sound of high pitch could constitute X-Y-Z three dimensional sound space and effect by simultaneously synchronous acquisition.
The preferred setting of the size of front end loud speaker 1018A and rear end loud speaker 1018B is: a small-sized sound driver is set and a large-scale audio drivers is set in the rear end at front end, or measure-alike audio drivers is set in front-end and back-end, or be a large-scale audio drivers to be set and a small-sized sound driver is set in the rear end at front end, or the like, depend on the circumstances.
For being applied to Fig. 1 to the different earphone embodiment shown in Figure 19, two arrangement mode, design, function, shape, form, size, structure, position, type and the materials that drive front/rear linear array unit that are made of the miniature loudspeaker 1018A of the large-scale loud speaker 1018B of rear end and front end can change as required.
Echo zone or front end acoustic resonator 1036/1036A of front end audio unit 1032 and front end sound also comprised space and the zone between front end loud speaker 1018A and rear end loud speaker 1018B of front end loud speaker 1018A.Based on sound wave, echo, reecho and the natural quality of sound gravitational field, audio unit 1032 and acoustic resonator 1036/1036A cooperate with sound wave 1018AW and 1018BW to obtain 3 D stereo and echo and and sound effective value.Different sizes, shape and the structure of front end audio unit 1032 and acoustic resonator 1036/1036A formed that different three-dimension stereos echoes and and sound effective value.
The size of audio unit 1032 and acoustic resonator 1036/1036A, shape, function, structure, design and material can change.
Can adopt the computerized voice controller 1080 of sound wave/level/frequency control unit to be arranged in the speaker enclosure 1006 that has comprised a plurality of speaker center unit.Simultaneously, described voice controller 1080 has also comprised voice unit (VU) 1080A.Voice unit (VU) 1080A has controlled audio system and/or person's wave audio configuration-system of the multi-loudspeaker unit that comprises front end loud speaker 1018A and rear end loud speaker 1018B.
The design of voice controller 1080/1080A, function, material, shape, size, type and position changeable.
The front/rear linear array of the twin loudspeaker unit that loud speaker 1018A and 1018B constitute cooperates with audio unit 1032 and acoustic resonator/unit 1036/1036A can obtain better three-dimension stereo output, sense of hearing fail safe and comfortable wearing degree simultaneously.
One transfer voice filter element 1020B is arranged in the preceding cap unit 1020 in the speaker enclosure 1006 of earphone, this unit comprise aim at PlayGear Stealth design in establish voice output unit 1020BB and in establish sound set chips 1020BBB.
Transfer voice filter element 1020B and sound output unit 1020BB are designed to the pester shape of head or the shape of duckbilled, this design is for complete, tight and comfortable with the duct of transfer voice to the user, and the noise in the external world isolated, by from the sound source 1018A of specific configuration and 1018B to the sound effect zone (the audio unit) 1032 and zone (acoustic resonator) 1036/1036A that echoes, in speaker enclosure 1006, form a special acoustic environment to output unit 1020, in the duct that transfers to the user that X-Y-Z 3 D stereo sound effective value and output is direct and seamless.
Sound set chips 1020BBB has concentrated all sound from loudspeaker unit to voice output unit 1020BB to obtain the stereo output of PlayGear Stealth.Loudspeaker unit can comprise a loud speaker, two loud speakers such as loud speaker 1018A and 1018B, or more loud speaker.
Simultaneously, voice output unit 1020BB has the isolates sound function of isolating ambient noise and not needing sound.
The mushroom head of transfer voice filter element 1020B or duckbilled moulding are also can be altered to other the voice output design such as ear type moulding, ear suspension type moulding or ear-sticking moulding etc. simultaneously because of different need dismantling and change at user's ear.In other words, transfer voice/ output unit 1020,1020A, 1020AA, 1020AAA, 1020B, 1020BB, 1020BBB can exchange and change under the situation that needs are arranged.
Transfer voice/ centralized unit 1020,1020B, size, design, shape, position, mode and the material of 1020BB and 1020BBB and speaker enclosure 1006 all is variable.
Loud speaker fixed cell 1082 is used for loud speaker 1018A and 1018B are fixed in the speaker enclosure 1006.For being applied among the embodiment shown in Fig. 1 to 19, the design of loud speaker fixed cell 1082, function, size, shape, position and material all are variable if desired.
The rear end of speaker enclosure unit 1006 is provided with socket/female linkage unit 1016C, is having under the situation about needing, and it cooperates with speaker enclosure fixed cell 1008 and ear-hang unit 1038 by the function and the structure that connect and/or dismantle.
Because existing improvement is 7697709 synchronously R and D of United States Patent (USP) " audio direction/3 D stereo scalable earphone " with the patent No., unit 1016C can cooperate with dismountable speaker enclosure fixed cell 1008 to reach function and structure fixing or dismounting by ball/public linkage unit 1012.Unit 1008 cooperates with ear-hang unit 1038 by fixing/removable unit 1014.By fixing/removable unit 1016C, speaker enclosure 1006 can cooperate with three dimensional sound direction adjustable unit 1008/1038 independently finishes function fixing and that regulate, guaranteed to listen to comfort level, sense of hearing fail safe, comfortable wearing and wear stability is even use earphone also not have problem under movement environment.
Socket/female linkage unit the 1016C and the ball/public linkage unit 1012 of fixing/dismounting can be changed, and are in the rear end of speaker enclosure unit 1006, the form that socket/female linkage unit is connected with fixed cell 1008 thereby constitute ball/public linkage unit.
The design of unit 1016C, function, size, shape, position, method and material are variable.
Coupling part 1054 on the ear-hang 1038 has increased the connection locomotive function and the structure of earphone.Ear-hang 1038 can be on coupling part 1054 according to the Adjusting Shape of user's ear or crooked to guarantee comfortable wearing degree and stability.Coupling part/unit 1054 can be any kind, structure, method or material, and size also can be provided with arbitrarily.
In addition, earphone 1000 can comprise equipment and the feature (not mark) that is widely known by the people, such as a miniature CPU/multicore sheet encapsulation unit (CPU/MCP), a minisize memory unit, a light-emitting diode (LED) or liquid crystal display (LCD) unit, a computerized electrical level control unit, attachable USB (USB) rod or optical disc unit, a micro loudspeaker unit, switch and volume controller unit, a wireless or cable unit, a circuit board unit, a battery unit, a microphone unit, an integrated micro sound intensifier unit, a sound purifier unit, inside or exterior antenna unit, a radio-cell, and the communication unit of an Internet Protocol.Attachable USB rod or optical disc unit need comprise a miniature CPU/MCP unit and mnemon.Switch and volume controller unit can be set to key form, roller form, touch panel form or digitized LED/LCD screen and select form.Miniature CPU/MCP unit (digitized signal processor) will provide the digital audio of all categories.Radio-cell can transmit or reception information with cover ear formula wireless stereo broadcast receiver audio system or system of the Internet.
The CPU/MCP unit can contain a digital signal processor, and it provides the digital audio output of all categories of earphone 1000.
Thus, three stereophones 1000 can by wireless or by cable be applied in traditional earphone system, in the conventional headphone system, in the mobile phone, in multimedia player, broadcast receiver system, telephone system, personal computer system, notebook computer, internet communication system, cellular/satellite communication system, household audio and video system, car/ship/aircraft station system, recreation, hearing-aid device or the Medical Devices.
Fig. 2 has at length demonstrated the more differentiation of earphone 1000.
Shown in the enlarged drawing of earphone 1000, miniature loudspeaker 1018A and large-scale loud speaker 1018B cooperating form two front/rear linear array unit that drive.The sound wave 1018AW of front end loud speaker 1018A transmission is the high pitch audio frequency.The sound wave 1018BW of rear end loud speaker 1018B transmission is bass and middle pitch audio frequency.Sound wave 1018AW and sound wave 1018BW have constituted the 3 D stereo sound effective value three of X-Y-Z jointly, in other words, one comprised low/in/three-dimensional (X-Y-Z) stereo spatial of high pitch audio frequency.Sound wave line 1018AW and 1018BW can be equidistant be arranged in parallel, can intersect, perhaps also can be arranged to be different angles according to the position of arranging of front-end and back-end loud speaker.
There is spacing 1084 between loud speaker 1018A and the 1018B.There is the sound degree of depth 1086 between loud speaker sound wave 1018AW and the loud speaker sound wave 1018BW.The sound degree of depth 1086 is key factors of 3 D stereo sound effective value true to nature.The sound degree of depth 1086 directly relevant with spacing 1084 and and audio unit 1032 and acoustic resonator 1036/1036A cooperation acquisition along the sound of the degree of depth on the Z axle third dimension degree.
The position of loud speaker 1018A and 1018B is provided with extremely important, relatively Shi Yi setting is being provided with respectively along a shared axis of array of being in line in front-end and back-end, such as identical central axis 1088, this central axis has also been represented the trunnion axis of speaker enclosure 1006 in this embodiment.Axis 1088 is center dotted lines of a plurality of loud speaker 1018A and 1018B.These front-end and back-end loud speaker 1018A and the equal straight line of 1018B are arranged and all are an angle of 90 degrees with axis 1088.
Loud speaker is arranged so that along identical axis 1088 sound wave 1018AW strengthens obtaining evenly and average 3 D stereo sound effective value with the 1018BW and the degree of depth 1086 on identical waveform, ripple rate and the pitch of waves.Similarly, this loud speaker linear array that identical central shaft 1088 arranged arrange also make focus and sound wave 1018AW and 1018BW wave train line equably fifty-fifty be distributed in the three-dimension stereo central zone of space.
More importantly be that the degree of depth 1086 has determined to expand in two three-dimension stereo degree of depth that drive array element that the front/rear straight line of Z axle is arranged, and obtains the sound effect on the X-Y-Z axle.If the degree of depth 1086 is excessive, then two three-dimension stereo degree of depth expansions that drive array element of arranging at the front/rear straight line of Z axle will overreact.If the degree of depth 1086 is too small, then can weaken the front/rear straight line of Z axle arrange two drive array elements the expansion of the three-dimension stereo degree of depth.So need carry out a large amount of experiments, determine that at different types of loud speaker this is not only for the sound effect of Z axle or expansion in the accurate locational degree of depth 1086, also help the sound effect or the expansion of X-Y axle simultaneously.
At first, the numerical value of the degree of depth 1086 needs accurately to be provided with along X, reaches the better sound effect on three dimensions of all of Y and Z axle.The numerical value of accurately determining of the degree of depth 1086 is directly connected to distance 1084, and preferably is provided with one to two millimeter between loud speaker 1018A and 1018B.If distance 1084 is less than 1 millimeter, loud speaker 1018A and 1018B can touch in the process of acoustic vibration.If distance 1084 will cause the degree of depth 1086 excessive greater than 2 millimeters.
Secondly, simultaneously, when the sound wave 1018AW of loud speaker and 1018BW worked in acoustic resonator 1036/1036A, the degree of depth 1086 can be affected.Acoustic resonator 1036/1036A is cooperated by external shape and volume inside and obtains certain sound of determining and echo/and sound effective value.Owing to sound wave, echo, reecho and the natural quality of sound gravitational field, the front end audio unit 1032 of different size, shape and structure and acoustic resonator 1036/1036A can form that different three-dimension stereos echoes and and sound effective value.If for the work of loud speaker sound wave 1018AW and 1018BW, acoustic resonator 1036/1036A tension or too small, the degree of depth 1086 can distortion.If for the work of loud speaker sound wave 1018AW and 1018BW, acoustic resonator 1036/1036A crosses pine or excessive, then the degree of depth 1086 can be weakened or effect bad.
Once more, when loud speaker sound wave 1018AW and 1018BW and audio unit 1032 co-operation, the degree of depth 1086 can be affected.Audio unit 1032 cooperates certain sound effect of acquisition by external shape and interior shape, the normally shell of a manufacturing sound effect, an or internal sound functional component or a wall.If audio unit 1032 too directly or is too rolled up for the work of loud speaker sound wave 1018AW and 1018BW, the degree of depth 1086 may be twisted or weaken or poor effect.
In speaker enclosure 1006, have one very little, limited and the sealing the sound working space.So in this very limited sound working space, it is all very important that loud speaker 1018A and 1018B produce axis 1088, the degree of depth 1086, spacing 1084, leading portion audio unit 1032, acoustic resonator 1036/1036A and sound output unit 1020 identical in separately sound wave 1018AW and 1018BW, the linear array, and they are common to cooperate and produce three-dimension stereo in the X-Y-Z dimension in real time.
When being applied among the different embodiment shown in Fig. 1 to 19,1032,1036/1036A, 1018AW, 1018BW, 1084,1086,1088 and 1006 element and feature such as position, size, design, shape, function and material can change according to circumstances.
Because sound wave is three-dimensional, when sound wave 1018AW and 1018BW fluctuation to very near the voice output unit 1020 of front end area 1036 and speaker enclosure 1006 time, sound wave 1018ABW and 1018BBW fluctuation are to very near the rear end 1006B with rear end acoustic resonator 1036B and rear end sound effect/female linkage unit 1032B/1016B of earphone cover 1006.Thereby sound wave 1018AW and 1018BW can return to form and return sound wave 1018ABW and 1018BBW from audio unit 1032 and resonant element 1036/1036A bounce-back, because loud speaker is mainly used to transmit forward sound.Yet loud speaker may design and be used for transmitting sound forward and backward, so rear end sound wave 1018ABW and the direction of 1018BBW in the speaker enclosure rear end directly occur from loud speaker.Hole 1006C is arranged on the sound wave of the front-end and back-end of speaker enclosure with the balance two ends.Loud speaker even will be to each direction transmission sound, such as 360 degree transmission.Sound wave 1018ABW and 1018BBW fluctuation form the rear end sound effect to rear end 1036B by cooperating with rear end acoustic resonator 1036B and rear end sound effect/female linkage unit 1032B/1016B.Rear end acoustic resonator 1036B can be echo zone or rear end acoustic resonator of a rear end sound.One or more back stomidium 1006C discharge rear end sound wave 1018ABW and 1018BBW echoes with better balance front end and voice output obtains the 3 D stereo sound effective value.Rear end sound effect/female linkage unit 1032B/1016B comprises that rear end audio unit 1032B and rear end can be fixed or dismountable female link 1016B, they depending on the circumstances or the needs of the situation with the three-dimensional adjustable direction unit 1008/1038(of sound as shown in Figure 1) cooperates the fixing and regulatory function that obtains earphone 1000 independently to listen to comfort level and fail safe with assurance.Link 1016B can be the regulon of a public linkage unit or any kind.
Back stomidium unit 1006C can be arranged on front end, on the limit, or in the earphone bottom, and any kind, arbitrary dimension and shape according to circumstances.
When among all embodiment that are applied to shown in Fig. 1 to 19, the element of 1032B/1016B, 1036B, 1018ABW, 1018BBW, 1006B, 1006C and 1080/1080A and feature such as position, size, design, shape, function and material can depending on the circumstances or the needs of the situation change.
As shown in Figure 3, when identical central axis 1088 straight lines were arranged the front-end and back-end loud speaker, the earphone with different degree of depth 1086 produced different sound wave line E and F.Line E is the sound wave line when the degree of depth 1086 remains on 1 millimeter.The voice output volume of line E is very high and strong.The change of the sound wave of line E is a natural equilibrium very.Line F is the sound wave line when the degree of depth 1086 remains on greater than 2 millimeters.The voice output volume of line F is smaller fainter.The change of the sound wave of line F is not very nature and balance.Apparently, for three-dimensional (X-Y-Z) stereophonic effect, the effective voice output effect of crossing line F of the voice output of line E.
Certainly, when loud speaker was arranged on the identical central axis 1088 by straight line, the degree of depth 1086 can require variable in order to obtain different voice output 3 D stereo sound effective values according to former stereo music.
At embodiment as shown in Figure 4, speaker enclosure 1006 has irregular shape and front end/rear end loud speaker 1018A and 1018B straight line is arranged in the front-end and back-end of earphone, loud speaker 1018A and 1018B separately different central axis 1018AX and 1018BX between an axial extent 1088B is arranged.Width 1088B be by straight line be arranged in the earphone front end what with 1018AX be that the loud speaker 1018A of central axis and straight line be arranged in the earphone rear end is that the loud speaker 1018B of central axis constitutes with 1018BX, central axis 1018AX is above the central axis 1018BX of loud speaker 1018B, and axis 1018BX is arranged at the below of the central axis 1018AX of loud speaker 1018A.Axis 1088AX and 1088BX are the center dotted lines of multi-loudspeaker 1018A and 1018B, multi-loudspeaker be arranged at earphone front-end and back-end the varying level position and form an angle of 90 degrees with axis outwardly.
Therefore, two loud speaker 1018A are arranged in the front-end and back-end of earphone by different separately central axis 1018AX and 1018BX by straight line with 1018B, and form the difference of width 1088B on the axis.The width data of 1088B is the distance between 1018AX and the 1018BX.Find that by experiment repeatedly the width numerical value of 1088B can produce better 3 D stereo sound effective value when being taken in 1 millimeter to 3 millimeters the scope.
Have width 1088B to exist down, the stereo output 1018AW that is in the loud speaker of different axis 1018AX and 1018BX separately has different ripple rate and waveform with 1018BW.In order more to be approached the better 3 D stereo sound effective value of former stereo music after will output wave mixing and to import in hearer's the ear, it is very important controlling these ripple rates and waveform.
Degree of depth 1086A is influenced by different shape/impingement rate of width 1088B and sound wave 1018AW and 1018BW.Therefore, degree of depth 1086A determined to obtaining the 3 D stereo sound effective value of X-Y-Z axle, and straight line is arranged in the Z axle degree of depth expansion of the three-dimension stereo that loud speaker 1018A on different axis 1018AX and the 1018BX and 1018B produce separately in front-end and back-end.
Front end audio unit 1032, front end acoustic resonator (unit) 1036/1036A, rear end cap 1006B, rear end acoustic resonator (unit) 1036B and audio unit, rear end 1032B/1016B are irregular and different shapes.These unit 1032,1032B, 1036/1036A, 1036B, 1016B and 1006B all with the disalignment line position of loud speaker 1018A and 1018B between width 1088B cooperate to obtain better 3 D stereo sound effective value.By special configurations unit 1080/1080A, the axis 1018AX of different ripples and the sound wave 1018AW on the 1018BX and 1018BW work in unit 1032,1032B, 1036/1036A, 1036B, 1016B and 1006B, and finish sound jump, mixing and balance by width 1088B, better X-Y-Z 3 D stereo sound effective value is sent in hearer's ear.
When needs were applied among the various embodiment shown in Fig. 1 to 19, shape, position, size, material and the method for these unit or feature 1018AX, 1018BX, 1088B, 1032,1032B, 1036/1036A, 1036B, 1016B and 1006B were all variable.
As shown in Figure 5, by the embodiment that the loud speaker straight line of earphone is arranged in different central axis shown in Figure 4, the earphone with different in width 1088B produces different sound wave line G and H.Sound wave line G is that the distance as width 1088B is controlled at the sound wave line between 1 millimeter to 3 millimeters.The volume of the voice output of sound wave line G is very high and strong.The variation of the sound wave of sound wave line G is nature and balance very.Sound wave line H is the sound wave line when width 1088B remains on greater than 3 millimeters.The voice output volume of sound wave line H is little and faint.The variation of the sound wave of sound wave line H is not very nature and balance.Apparently, the voice output of sound wave line G is better than the voice output of sound wave line H on the 3 D stereo sound effective value of X-Y-Z.
Certainly, for obtaining the different X-Y-Z three-dimension stereo effect sound output of former stereo music requirement, it is variable according to the different sizes and the type of loud speaker with width 1088B on the 1018BX that the loud speaker straight line is arranged in different central axis 1018AX.
Among the utility model embodiment as shown in Figure 6, earphone has a central loudspeakers unit that has comprised two loud speaker 1018A and 1018B, and this two loud speakers are provided with in angle direction structure 1088BB mutually at an angle.Loud speaker 1018A is arranged on the front end of loud speaker to handle the sound of high frequency.Another loud speaker 1018B cup is arranged on the rear end of earphone to handle the sound of bass and middle pitch frequency.Voice unit (VU) 1080A guiding high pitch is to first loud speaker 1018A, and sound to the second a loud speaker 1018B of guiding bass/middle pitch frequency is to obtain and balance 3 D stereo sound effective value best.Rear end loud speaker 1018B can be arranged on angled position 1018BB or vertical setting (promptly being in an angle of 90 degrees).For obtaining the better 3 D stereo sound transmission, particularly obtain the degree of depth sound effect of Z axle, angle direction or the position of rear end loud speaker 1018B are adjustable.The loud speaker that is arranged on angled position 1018BB and the sound zone 1036 of echoing cooperates with generation sound and echoes and harmony.When treating as the angle increase of angle position 1018BB, when preferably being in 25 degree angles, the bass of loudspeaker unit 1018 echoes and harmony can produce stronger depth perception on the Z axle.
When audio drivers 1018B is arranged to when vertical with loud speaker 1018A, audio unit 1032 and acoustic resonator 1036 can match to obtain the better 3 D stereo sound effective value of other kind with this structure.
The motion of sound wave can rebound.When audio drivers 1018B has angled structure 1018BB, can in audio unit 1032 resonator 1036, be hit and be rebounded from the sound among the audio drivers 1018B and be produced the acoustic shock ripple, thereby obtain better three-dimension stereo output at the full-scale sound frequency of X-Y-Z, the depth perception of the bass of Z axle and middle pitch particularly is because rear end loud speaker 1018B can export stronger sound from the rear end to the front end.
Loud speaker with angled structure 1018BB cooperates with resonator 1036, and the structure 1036A that resonator 1036 has a particular design is with the effect that obtains internal sound and echo and the effect of outside comfortable wearing degree.The structure 1036A of outside particular design has the comfort level requirement of shape to cooperate the human ear to wear that upsweeps.In other words, unit 1036A has two functions: the one, and cooperate and obtain the sound effect that inner solid echoes by structure 1018BB being set with loud speaker angled, another provides ear to the hearer who wears earphone with comfort.
This kind mode not only produces the output of better three-dimension stereo, also allows speaker enclosure 1006 have better shape and structure to allow the user earphone 1000 can be put into his ear with a kind of comfortable and stable manner simultaneously.
The athletic meeting of sound wave is absorbed by gravitational field naturally, at first from audio bass, then arrives the middle pitch audio frequency, is the high pitch audio frequency then.When speaker enclosure 1006 marks in Fig. 1 by utilizing female linkage unit 1016C and adjustable ear- hang unit 1038,1008,1012 and 1014() be engaged in when adjusting on the three-dimensional, the angle of angle functional unit 1018BB influences and corresponding change according to different gravitational fields.Therefore, the individuality adjustment that the three-dimension stereo direction of earphone 1000 and output can be by the users is to obtain better stereophonic effect, sense of hearing fail safe and comfortable wearing degree.
When needs were applied among the various embodiment of Fig. 1 to Figure 19, design, size, shape, function, position and the material of angle functional unit 1018BB were variable.
Shown in Fig. 7 and Fig. 7 A, central loudspeakers unit 1018 has comprised two loud speaker 1018A and 1018B.A loud speaker 1018A is designed to handle the high pitch audio frequency.Another loud speaker 1018B is designed to handle bass and middle pitch audio frequency.Voice controller 1080 guiding high pitchs in first loud speaker 1018A, among wave audio to the second loud speaker 1018B of guiding bass/middle pitch to obtain and better balanced stereo effect.
When center loudspeaker unit 1018 comprised 1,2,3 or more a plurality of loud speaker, voice controller 1080 was analyzed also and is managed all sound levels and frequency, guide these sound to suitable loud speaker to obtain best three-dimensional adjustable stereophonic effect.
The material of all loudspeaker units and loud speaker 1018,1018A, 1018C, design, form, shape, size, type, 26S Proteasome Structure and Function all are variable.
The size of computerized voice controller 1080, design, shape, mode of operation, position and material all are variable.
The protecgulum of speaker enclosure 1006/voice output unit 1020 covers loudspeaker unit 1018, is ear-sticking voice output transmission sound.Preceding cap unit 1020 comprises acoustic streaming hole, sound insulation and noise filter, and these acoustic streaming holes, sound insulation and noise filter are by the soft and resilient made of any appropriate, for example fabric, leather, flexible plastics, rubber or sponge material.Noise filter unit in the preceding cap unit 1020 can be provided with a lot of filter courses to reach the effect of sound insulation and noise filtering.Preceding cap unit 1020 can be provided with a plurality of apertures transmission sound and filtering noise.Noise filter has intercepted noise substantially, and ambient sound is minimized, and has created better stereo environment between airtight speaker enclosure 1006 and user's ear.
Before the noise filter unit of cap unit 1020 have enough elasticity and the three-dimensional of holding central loudspeakers unit 1018 and speaker enclosure 1006 moves and three-dimensional rotation.
The stereo angle that can pass through to adjust adjustable loudspeaker unit 1018, stereo lid and filter unit 1020 is with sound reflection and mixing in the minimizing user ear, thus the lamprophonia and the speech recognition of realization height.
The design of unit 1020, size, position, function, shape and material are variable.
Fig. 8 has demonstrated a kind of earphone execution mode, it has and comprises two central loudspeakers unit 1018 that are in the loud speaker 1018A and the 1018B of certain angled setting in angled direction structure 1018BB, and focuses on the voice output unit 1020A/AA of ear.Loud speaker 1018A is located at the front end of loud speaker to handle treble frequency.Another loud speaker 1018B is located at the rear end of cover to handle bass/middle pitch audio frequency.Voice unit (VU) 1080A guiding high pitch is to first loud speaker 1018A, and guiding bass/middle pitch audio frequency to the second loud speaker 1018B is to obtain and best balance 3 D stereo sound effective value.Rear end loud speaker 1018B can be provided with jointly with angled position 1018BB.Can adjust angle direction or position to obtain best transfer voice effect.The loud speaker that is in this angled position 1018BB and the sound zone 1036 of echoing cooperates with acquisition sound and echoes and harmony.Increase as the angle of angle position 1018BB, optimum is 25 when spending, the bass of loudspeaker unit 1018 the depth perception of Z axle echo and harmony can be stronger.
Can more clearly find out by Fig. 9, focus on that voice output unit 1020A, the 1020AA of ear and 1020AAA can adopt the form of duckbill form, open loud speaker form, in-ear loudspeaker form, straight line or curling form so that three-dimension stereo has stereo clearly and comfortable wearing when outputing to user's ear.
Design, size, position, function, shape and the material of voice output unit 1020A, 1020AA, 1020AAA that focuses on ear is variable.
Mode of operation, size, design, shape, position, material and the style of two loudspeaker unit 1018A and 1018B, angled functional unit 1018BB, acoustic resonator 1036, special construction 1036A and comprised that the preceding cap unit 1020 of unit 1020A, 1020AA, 1020AAA is all variable.
Figure 10 has demonstrated the acoustic processing result of embodiment shown in Figure 8.When the earphone according to embodiment shown in Figure 8 was provided with the angled structure 1018BB of 25 degree in the zone of acoustic resonator 1036, the mixing bass of audio drivers 1018A and 1018B can be in the A line.When angled structure 1018BB is 45 when spending, the mixing bass of audio drivers 1018A and 1018B will be in the B line.In view of this, the angle of angled structure 1018BB is big more, and bass output is strong more, particularly on the Z axle degree of depth.
The preceding cap unit 1020 of speaker enclosure 1006 has covered loudspeaker unit 1018, and by transmitting the mode output sound of sound.Preceding cap unit 1020 has comprised acoustic streaming unit 1020A.Acoustic streaming unit 1020A has a bigger delivery outlet 1020AA and some aperture 1020AAA.These unit mainly act on the ear suspension type voice output.Delivery outlet 1020AA design is used for transmitting and focusing on sound, is bass more.Aperture unit 1020AAA design is used for transmitting more middle pitch and high pitch audio frequency in duct.When output unit 1020AA was longer, bass can be stronger.If output unit 1020AAA has more hole, high pitch and middle pitch will be higher, clearer.Certainly, unit 1020AA and 1020AAA can exchange and replace mutually, also can replace mutually with other any voice output mode.
Figure 11 is an example of headset type shown in Figure 9.When the output unit 1020AA of the earphone of Fig. 9 and 10 shown types have 6～10, when each diameter is approximately 0.5 millimeter aperture, the output of the morbid sound of audio drivers 1018A and 1018B is positioned at the B line.When output unit 1020AA does not have unit, hole 1020AAA, the output of the morbid sound of audio drivers 1018A and 1018B is positioned at the C line.In this case, when hole 1020AAA still less or more hour, bass can be stronger.If earphone has more or bigger hole 1020AAA, the voice output of high pitch/middle pitch audiorange will be more clear.
The output unit 1020A of ear suspension type earphone is at different users' ear, can be removed and replaced to different cell sizes, and it can cover/export design replaces mutually with other, such as the Supra-aural headphone unit 1020 in embodiment illustrated in fig. 7, the PlayGear Stealth unit 1020B of Fig. 1 in 6 illustrated embodiments.
Figure 12 and 12A provide the another kind of embodiment of loudspeaker unit 1018, and wherein loudspeaker unit 1018 comprises three loud speaker 10108A, 1018B and 1018C and voice controller 1080.Preferably, loud speaker 1018A is mainly used to handle the audio drivers of high pitch audio frequency.Another loud speaker 1018B is mainly used in the processing audio bass.The 3rd loud speaker 1018C is mainly used in the audio frequency of handling the middle pitch scope.These three loud speakers cooperate transmission can mate the stereo of original full and accurate digital stereo track jointly.
The voice controller 1080 that has comprised voice unit (VU) 1080A is for these three loud speaker 1018A, 1018B and 1018C receive all voice signals from original track, analyzes then and guides these original sound-track in different sound channels.Voice unit (VU) 1080A can have one and comprise one or more capacitors and the relevant cable or the capacitor unit of other relevant electric unit.
Be provided with a sound check point or part 1032 and other sound check point or part in speaker enclosure 1006 inside, echo regional 1036 in earphone cover unit 1006, to make sound.
Be applied among the various embodiment shown in Fig. 1 to 19 as needs, the arrangement of unit 1018A, 1018B and 1018C, size, design, shape, material, mode, position and combination are variable.
Figure 13 has demonstrated the earphone embodiment of Figure 12 with the PlayGear Stealth structure that has comprised different three audio drivers of arranging shown in Figure 12 A in further detail.Present embodiment has comprised that three loudspeaker drive unit 1018A, 1018B and 1018C reach the voice controller of demonstrating 1080 in the vertical view of earphone 1000.Three loud speakers (audio drivers) 1018A, 1018B and 1018C are arranged in earphone cover 1006.In order to form the linear array unit, front-end and back-end that has comprised three loud speakers (three audio drivers), two loud speaker 1018A and 1018C are arranged on the front end of speaker enclosure 1006, and another handles middle pitch frequency to handle treble frequency by one independently respectively.Another loud speaker 1018B is arranged on the back-end processing audio bass of speaker enclosure 1006.On the contrary, loud speaker 1018A and 1018C can replace to and handle bass and middle pitch independently, and another loud speaker 1018B can handle the high pitch audio frequency.The third replacement scheme is, loud speaker 1018A and 1018C can only handle high pitch jointly, and loud speaker 1018B can handle bass and middle pitch audio frequency.In the structure that this front and back end straight line is arranged, these three loud speakers have a lot of possible Audio Processing combinations.
Change with the position/location of voice unit (VU) 1080/1080A, audio unit 1032 and 1,036 one of cooperating, two or more loud speaker 1018A, 1018B and 1018C and size/shape and can make different 3 D stereo sound effective values.For instance, loud speaker 1018A, 1018B and 1018C can in speaker enclosure 1006, be set to two one of front end in the rear end.Two undersized front end loud speakers and large-sized rear end loud speaker also can be set, or the front end loud speaker of a middle size of a undersized front end loud speaker and large-sized rear end loud speaker, or three identical or different little/the front end loud speaker of middle size or the like.
Compact high precision driver 1018A and 1018C are set directly at front end, large-scale high-precision driver 1018B is arranged in the rear end of compact actuator 1018A by straight line, also has the frequency configuration unit 1080/1080A of a particular design simultaneously to obtain the stereo and synchronous response of strong bass.Each loud speaker ( audio drivers 1018A, 1018B and 1018C) is handled the audio frequency of each level to obtain bass, middle pitch and high pitch.Therefore, these three loud speaker 1018A that straight line is arranged, 1018B and 1018C produce the sound transmission system that stage effect true to nature is arranged in the stereo spatial of three dimensions of X-Y-Z (three-dimensional), because three loud speaker 1018A, 1018B and 1018C are on two-dimentional X-Y axle, landscape mode with broadness produces stereo, simultaneously, large-scale loud speaker 1018B in the rear end transmits very strong sound from the rear end to the front end, bass particularly, provide (the Z axle) of the third dimension stereo by going deep into vertical mode, thus obtain three dimensions (X-Y-Z axle) comprise low/in/the stereo surround effect of high pitch audio frequency.
Therefore, the user can hear in the sound wave strong on the Z axle from the rear end near the strong bass of front end.Simultaneously, the user can hear from pure stereo as the full and accurate crystal very true to nature on the X-Y axle in the place ahead, left, right-hand, rear and the every nook and cranny,, stereoly in three dimensions, propagate.
Design, function, shape, form, size, structure, position and the material of three drivers of the array element that the front/rear straight line that the large-scale loud speaker 1018B of rear end and the miniature loudspeaker 1018A of front end and 1018C form is arranged are all variable.
Certainly, having set forth three loudspeaker units in all embodiment shown in Fig. 1 to 19 can be with all function, mode and unit matching or as the part of all functions, mode, unit.Three loudspeaker units can comprise more than three audio drivers.
Figure 14 has demonstrated the embodiment of another earphone, and it can be regulated stereo outbound course/effect three-dimensionally and can cosily wear.The voice output unit 1020 of this earphone 1000 has the direction regulon 1020C of a three dimensional sound effect and outbound course, and this unit can be regulated to obtain an angled axis 1088C.Direction regulon 1020C cooperates with the loud speaker 1018A and the 1018B that share same central axis 1088.Direction regulon 1020C carries out three basic functions simultaneously: the zone 1032 and the regional 1036/1036A that echoes from sound source 1018A and 1018B to sound effect, obtain a special acoustic environment to output unit 1020, output in user's the duct direct, tight, adjustablely.First function is to focus on sound effect and will directly and closely be transferred in user's the duct by the three-dimension stereo that the loudspeaker unit that has comprised two or three multi-loudspeaker 1018A, 1018B, 1018C produces.Second function is to produce all sound wave and effect.The 3rd function provides the adjustability of direction X-Y-Z of three dimensions and 360 degree rotations shown in the figure arrow.In the 3rd function, ear type voice output unit 1020 is adjustable so that the adjustability/changeability of voice output direction to be provided, thereby can fully, closely, more cosily be installed in user's duct.
Some adjustable gradients are arranged in regulon 1020C.Direction regulon 1020C can adopt adjustable, bent, the removable or extensile mode of any kind, and structure and material are to provide changeability-bending ability or expansion service.
Certainly, there is any to need careful consideration, be audio direction regulon 1020C in the process that bends or adjust, can change from the three-dimension stereo sound wave 1018AW of a plurality of loud speaker 1018A and 1018B and the transfer voice axis 1088C of 1018BW, and then have influence on transfer voice.Be used for the angled axis 1088C of transfer voice and effect and sound wave 1018AW and 1018BW all synchronously direction regulon 1020C cooperating with obtain X-Y-Z three-dimension stereo space low/in/the 3 D stereo sound effective value/output of high pitch sound frequency.In addition, the angled axis 1088C of transfer voice and sound output effect and direction regulon 1020C can make axis 1088CB extend to audio unit 1032,1032B/1016B, acoustic resonator 1036/1036A and 1036B.Axis 1088CB cooperate with sound wave 1018AW, 1018BW, 1018ABW, 1018BBW with obtain the three-dimensional dimension of X-Y-Z low/in/a plurality of sound effects of high pitch audio frequency.Thereby three-dimensional regulon 1020C cooperates with sound axis 1088C and the 1088CB that a plurality of sound effects mix simultaneously.The variation of this voice output effect has an advantage, and the user can adjust audio direction regulon 1020C with the 3 D stereo sound effective value that obtains him or she and like and take into account comfort of wearing at the same time.
Be applied among the various embodiment shown in Fig. 1 to 19 as needs, design, size, position, function, shape and the material of direction regulon 1020C are all variable.
Figure 15 has demonstrated the another kind of embodiment of earphone, and this earphone comprises that a plurality of loud speakers and the audio direction that are used to obtain the 3 D stereo sound effective value are adjustable.In the present embodiment, be provided with three loud speakers (audio drivers) 1018A, 1018B and 1018C in the speaker enclosure 1006.In linear array before and after these three loud speakers (three audio drivers) are arranged on, two loud speaker 1018A and 1018C are arranged on the front end of speaker enclosure 1006, handle another person of high pitch audio frequency by one independently respectively and handle the middle pitch audio frequency.The rear end that another loud speaker 1018B is arranged on speaker enclosure 1006 is used to handle audio bass.On the contrary, loud speaker 1018A and 1018C can handle bass and middle pitch independently, and another loud speaker 1018B handles the high pitch audio frequency.The third replacement scheme is that loud speaker 1018A and 1018C can only handle high pitch jointly, loud speaker 1018B processing bass and middle pitch audio frequency.These three be arranged on be in speaker enclosure or the earphone before and after straight line arrange or be in the wave audio of loud speaker of a side structure and the combination of drive location has a variety of possibilities.
The distribution of sizes mode of loud speaker 1018A, 1018B and 1018C more preferably is at speaker enclosure or earphone front end two small-sized sound drivers to be set, and in the rear end of speaker enclosure or earphone a large-scale audio drivers is set.Certainly, if necessary, they also can be identical sizes or be set to large-scale loud speaker of front end, two miniature loudspeakers in rear end or the like.
Compact high precision driver 1018A and 1018C are set directly at the front end of earphone, and the frequency configuration unit 1080/1080A of a large-scale high efficiency driver 1018B and a particular design is arranged in the rear end of compact actuator 1018A to obtain strong three-dimensional bass and sync response by straight line.That each loud speaker 1018A, 1018B and 1018C handle is low/in/certain one-level of high pitch sound frequency.Therefore, the three loud speaker 1018A that straight line is arranged, 1018B and 1018C have produced the transmission system of the similar stage effect true to nature in (three-dimensional) stereo spatial of X-Y-Z three-dimensional, because three loud speaker 1018A, 1018B, 1018C has produced stereo in two dimensions (X-Y axle) with a kind of landscape mode of broadness, in addition, meanwhile, large-scale loud speaker 1018B is from the very strong sound of rear end transmission, audio bass particularly, it is stereo to obtain the Z axle in the vertical mode of the degree of depth, so produce X-Y-Z low/in/3 D stereo of treble frequency is around sound effect.
Simultaneously, loud speaker 1018A, 1018B and 1018C are connected with associated loudspeaker direction regulon 1008A, 1008B and 1008C respectively.By along the knob of X-Y axle be used for the button that the Z axle moves and regulate in the inter-sync of X-Y-Z three dimensions, loudspeaker direction regulon 1008A, 1008B and 1008C can distinguish, regulate independently position and the direction of loud speaker 1018A, 1018B and 1018C.Simultaneously, loudspeaker direction regulon 1008A, 1008B and 1008C also can regulate the 3D stereophonic effect in three dimensions.Each loud speaker 1018A, 1018B and 1018C have its exclusive loudspeaker direction/ position regulating unit 1008A, 1008B and 1008C respectively.Because those loud speakers 1018A, 1018B and 1018C and their regulon 1008A, 1008B and 1008C and sound dispensing unit 1080, audio unit 1032 and 1034 and acoustic resonator 1036 cooperate the sync that can produce many kinds of audio direction regulation schemes and 3 D stereo sound effective value.
Thereby the hearer can hear strong bass from rear far away, simultaneously hear from the place ahead, left, right-hand, rear in the three dimensional sound space as the full and accurate crystal true to nature on the X-Y-Z axle pure stereo.Simultaneously, for comfort level, music making, the music wanted by him, listen to or wearing mode, the user can adjust three-dimension stereo direction and space to obtain the conversion on 3 D stereo sound effective value and three dimensional sound direction.
In the present embodiment, earphone 1000 can comprise one or more loud speakers, correspondingly is provided with one or more loud speaker regulons.
Generally speaking, in all embodiment shown in above Fig. 1 to 15, earphone 1000 has been realized three basic consideration factors of PlayGear Stealth: small size, have low/in/stereo-quality true to nature of high pitch audio frequency and the comfortableness of wearing/listening to, and earphone 1000 one very narrow and small, airtight, independently satisfy above three factors in acoustic space, output environment and the structure.
Depending on the circumstances or the needs of the situation, all unit, function and the structure set forth of Fig. 1 to 19 can be applicable to or exchange all types of earphones on the arbitrary accompanying drawing of the application.
Figure 16,17,18 and 19 has demonstrated another kind of embodiment wireless headset 2000.Wireless headset 2000 comprises ear-hang unit 1038, loud speaker is adjustable fixed cell 1008, one roller bearing/ball unit 1010, ball unit 1012, socket unit 1014 and 1016, speaker enclosure 1006, loudspeaker unit 1018A and 1018B(also have the 3rd loud speaker 1018C), voice controller 1080/1080A, audio unit 1032, acoustic resonator 1036/1036A and loud speaker output unit 1020,1020B, 1020BB and 1020BBB.These unit all are similar to the unit that prior figures 1 to 15 has discussed.
Can be provided with a mainboard 2070 in the carrier 2060.Simultaneously, in carrier 2060, also can be provided with CPU element 2072, memory cell 2074, battery unit 2076, radio-cell 2078 and USB linkage unit 2096.In addition, also can be provided with a multi-format player unit 2098 in the carrier element 2060.
Size, design, shape, material, position, function and the mode of carrier element 2060, switch element 2062, indicating member 2064, sound control unit 2066A and 2066B, microphone unit 2068A and 2068B, board unit 2070, CPU element 2072, memory cell 2074, battery unit 2076, radio-cell 2078, antenna element 2078A, USB connector unit 2096 and multi-format player unit 2098 are variable according to circumstances.Microphone unit 2068A and 2068B are interchangeable, angle adjustable or length, detachably, maybe can expand.Radio-cell 2078 can comprise antenna element 2078A and can with bluetooth, wireless, 2.4G, 3G, 4G or other wireless communication system or mode cooperating arbitrarily.
Words if necessary, wireless headset 2000 can comprise all or part unit shown in Fig. 1 to 15, for instance, comprised one, two or three audio drivers 1018A, 1018B and 1018C with obtain the X-Y-Z axle low/in/speaker enclosure 1006 of the 3 D stereo sound effective value of high pitch audio frequency.Simultaneously, wireless headset 2000 can be provided with the output unit 1020 that has comprised hangers unit 1020, pasted ear unit 1020A, 1020AA and 1020AAA or pleasant unit 1020B, 1020BB and 1020BBB.
Ball/public linkage unit 1012 comprises a ball 1012A, the bar 1012B that cooperates with ball and a screw 1012C.The described bar 1012B that cooperates with ball is used for fixing ball 1012A.Screw 1012C is screwed into bar 1012B so that ball 1012A and loud speaker fixed cell 1008 are fixed together after being used to pass the hole 1012D of loud speaker fixed cell 1008.Ball 1012A cooperates the three-dimensional rotation function that comprises the speaker enclosure 1006 of central loudspeakers unit 1018 with acquisition with ball seat/female linkage unit 1016 of speaker enclosure 1006.
Figure 19 has demonstrated wireless headset as a cover unit 2060 and 2090.The unit 2060 that has comprised all wireless portions is main unit.Unit 2090 is the carriers with speaker enclosure 1006, and the speaker enclosure of its speaker enclosure and carrier 2060 belongs to same type.Unit 2090 has a connector 2092.USB line/connector unit 2094 is used for the connector unit 2092 of linkage unit 2090 and the connector unit 2096 of carrier element 2060.Thus, a whole set of wireless headset can be used to play three-dimensional adjustable stereo into user's ears.
USB wired connection device unit 2096 and 2092 can be used as a usb communication unit, a battery charging unit or a storage/multi-format player unit.
One multi-format player unit 2098 and/or battery unit 2098A are arranged in carrier element 2090, be used to finish the function of additional broadcast and/or charging.In this case, carrier element 2090 has identical internal element with carrier element 2060.
If necessary, size, design, shape, material, position, function and the mode of carrier element 2060, carrier element 2090, connector unit 2092, wired/USB connector unit 2094USB connector 2096 and multi-format player unit 2098 are variable.
All unit, function and structure shown in above Fig. 1 to 19 can be used, application or mutual alternative be in present patent application demonstration or arbitrary embodiment of describing.
Claims (10)
1. earphone that can produce the 3 D stereo sound effective value is characterized in that described earphone comprises:
(a) speaker enclosure has comprised that rear end acoustic resonator and that front end acoustic resonator, that front end audio unit, that a front portion, a rear portion, are arranged at described front portion is arranged at described front portion is arranged at the rear portion is arranged at the audio unit, rear end at rear portion;
(b) at least one is arranged on the front end loud speaker of described speaker enclosure front portion;
(c) at least one is arranged on the rear end loud speaker at described speaker enclosure rear portion;
(d) voice controller that is arranged in the described speaker enclosure; And
(e) a voice output unit that is connected with described speaker enclosure.
2. the earphone that produces the 3 D stereo sound effective value according to claim 1, it is characterized in that: it has also comprised: one is arranged at the rear end linkage unit of described speaker enclosure; An adjustable fixed cell that is connected to described rear end linkage unit with removably; With an adjustable ear-hang unit that is connected to described adjustable fixed cell.
3. the earphone that produces the 3 D stereo sound effective value according to claim 1 is characterized in that: it has also comprised a unit, sound balance hole that is arranged in the described speaker enclosure.
4. the earphone that produces the 3 D stereo sound effective value according to claim 1 is characterized in that: described front end loud speaker and described rear end loud speaker are shared same central axis.
5. the earphone that produces the 3 D stereo sound effective value according to claim 1, it is characterized in that: it also comprises a wireless carrier unit, and described wireless carrier unit comprises: a circuit board, a wireless communication chips, a switch element, an indicator unit, at least one sound control unit and a microphone unit.
6. the earphone that produces the 3 D stereo sound effective value according to claim 5 is characterized in that: described wireless carrier unit also comprises a CPU element, a memory cell, a battery unit, a USB connector unit and player unit more than.
7. earphone that can produce the 3 D stereo sound effective value is characterized in that described earphone comprises:
(a) speaker enclosure has comprised that rear end acoustic resonator and that front end acoustic resonator, that front end audio unit, that a front portion, a rear portion, are arranged at described front portion is arranged at described front portion is arranged at the rear portion is arranged at the audio unit, rear end at rear portion;
(b) at least one front end loud speaker that is arranged at described speaker enclosure front portion, described at least one front end loud speaker has first central axis;
(c) at least one rear end loud speaker that is arranged at described speaker enclosure rear portion, described at least one rear end loud speaker has second central axis;
(d) voice controller that is arranged in the described speaker enclosure;
(e) a voice output unit that is positioned at front end; And
(f) one in the three-dimensional regulation mode with described voice output unit and the three-dimensional regulon that front end audio unit is connected, make described voice output unit form an angle with respect to described first central axis and described second central axis.
8. earphone that can produce the 3 D stereo sound effective value is characterized in that described earphone comprises:
(a) speaker enclosure comprises that a front portion, a rear portion, be located at the front end audio unit, of described front portion and be located at the front end acoustic resonator, of described front portion and be located at the audio unit, rear end that the rear end acoustic resonator and at described rear portion is located at described rear portion;
(b) at least one is located at the front end loud speaker of described speaker enclosure front portion;
(c) at least one is located at the rear end loud speaker at described speaker enclosure rear portion;
(d) voice controller of being located in the described speaker enclosure;
(e) a voice output unit that is connected with described speaker enclosure; And
(f) at least one loudspeaker direction regulon that is connected with the rear end loud speaker with described front end loud speaker.
9. the earphone that produces the 3 D stereo sound effective value according to claim 8 is characterized in that: described front end loud speaker comprises the first front end loud speaker and the second front end loud speaker; And described loudspeaker direction regulon comprises the first loudspeaker direction regulon that is connected with the described first front end loud speaker, the second loudspeaker direction regulon that is connected with the described second front end loud speaker, and the 3rd loudspeaker direction regulon that is connected with described at least one rear end loud speaker.
10. earphone that can produce the 3 D stereo sound effective value is characterized in that described earphone comprises:
(a) speaker enclosure comprises that rear end acoustic resonator and that front end acoustic resonator, that front end audio unit, that a front portion, a rear portion, are arranged at described front portion is arranged at described front portion is arranged at described rear portion is arranged at the audio unit, rear end at described rear portion;
(b) at least one front end loud speaker that is arranged at described speaker enclosure front portion;
(c) at least one rear end loud speaker that is arranged at described speaker enclosure rear portion;
(d) voice controller that is arranged in the described speaker enclosure;
(e) a voice output unit that is connected with described speaker enclosure;
(f) a wireless carrier unit, described wireless carrier unit comprise a circuit board, a wireless communication chips, a switch element, an indicator unit, at least one sound control unit, a microphone unit, a CPU element, a memory cell, a battery unit, a USB connector unit and a multi-format player unit;
(g) first a rear end linkage unit of being located on the described speaker enclosure, the described first rear end linkage unit comprises a female unit;
(h) second linkage unit of being located on the described wireless carrier unit, described second linkage unit comprise a public linkage unit and are connected to the described first rear end linkage unit, in the adjustable mode of three-dimensional described speaker enclosure be connected with the wireless carrier unit;
(i) the 3rd linkage unit that is arranged on the described wireless carrier unit, described the 3rd linkage unit comprises a public linkage unit;
(j) an earphone fixed cell; And
(k) a fixedly connected unit of earphone that is arranged at described earphone fixed cell end, the fixedly connected unit of described earphone comprises a female unit and is connected to described the 3rd linkage unit, in the adjustable mode of three-dimensional described wireless carrier unit is connected with the earphone fixed cell.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200700585U CN202009486U (en) | 2011-03-17 | 2011-03-17 | Earphone capable of generating three-dimensional stereo effect |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200700585U CN202009486U (en) | 2011-03-17 | 2011-03-17 | Earphone capable of generating three-dimensional stereo effect |
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| CN202009486U true CN202009486U (en) | 2011-10-12 |
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| CN2011200700585U Expired - Fee Related CN202009486U (en) | 2011-03-17 | 2011-03-17 | Earphone capable of generating three-dimensional stereo effect |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107071605A (en) * | 2015-12-30 | 2017-08-18 | 杭州赛泫科技有限公司 | Intelligent 3D earphones |
| CN105025411B (en) * | 2015-08-12 | 2018-06-29 | 东莞市永方电子科技有限公司 | A kind of multifunctional headphone |
-
2011
- 2011-03-17 CN CN2011200700585U patent/CN202009486U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105025411B (en) * | 2015-08-12 | 2018-06-29 | 东莞市永方电子科技有限公司 | A kind of multifunctional headphone |
| CN107071605A (en) * | 2015-12-30 | 2017-08-18 | 杭州赛泫科技有限公司 | Intelligent 3D earphones |
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