CN101583069A - Multimedia bone conduction device - Google Patents
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- CN101583069A CN101583069A CNA2008100992302A CN200810099230A CN101583069A CN 101583069 A CN101583069 A CN 101583069A CN A2008100992302 A CNA2008100992302 A CN A2008100992302A CN 200810099230 A CN200810099230 A CN 200810099230A CN 101583069 A CN101583069 A CN 101583069A
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Abstract
The invention provides a multimedia bone conduction device which comprises a mirror holder body, at least two lenses, a central data processing unit, at least two transmission lines, at least two headphones and a bone conduction unit. The multimedia bone conduction device can be worn on the head of a user and transmits sound wave signals into ears from different directions respectively through the contact of bone skins in different positions according to the theory of bone conduction. The multimedia bone conduction device has the functions of multichannel stereo, cameras, FM radio reception, mobile phone dialing and bluetooth communication.
Description
Technical field
The present invention relates to a kind of multimedia device, it is particularly to a kind of osteoacusis principle of utilizing, in order to multichannel sterego to be provided, to receive FM radio station, camera, to dial and connect the multimedia bone conduction device of mobile phone and blue bud communication.
Background technology
The mankind have two pipelines can hear the sound of outside: the one, by ear, be called the conductance acoustic, and because be by air sound to be passed to vibration removing ear-drum in the ear, general earphone or loudspeaker promptly are to use this function, can be described as the conductance loudspeaker again; Another is the vibration skull, utilizes bone that sound is passed to the auditory nerve system, is called conduction sound-conducting.If common people are the function of forfeiture ear-drum conduction, hear the sound of outside with regard to available conduction sound-conducting, and the hearing aids that a big portion is arranged is to belong to the conduction sound-conducting type, and the loudspeaker of this class can be described as the bone conduction loudspeaker again.
The mankind also have two pipelines to spread out of voice: the one, and air transmitted is opened face exactly the voice of throat is passed in the air, allows the conductance microphone receive and changes into the signal of telecommunication afterwards, sends out; Another is to use bone-conduction microphone, is placed on nasal bone or throat, and the sound throat vibration nasal cavity by nasal bone or throat, allows bone-conduction microphone change into the signal of telecommunication, sends out.Yet the sound that throat spreads out of can't show individual accent, so below the present invention, be example with the nasal bone, describes.
The benefit of bone conduction loudspeaker is that sound can not pass to air and disseminates away, so only a guy just listens and obtains, has very much the privacy effect; And bone-conduction microphone only captures the sound of nasal bone or skull vibration, can not capture external air noise, so in noisy environments, also can clearly pass to the other side to voice, is a big characteristic of bone-conduction microphone.
In addition, present advancing by leaps and bounds owing to LCD, big large-screen liquid crystal display television or projection system to family's theater, little of nearly order that is worn over the eyes front or wear-type crystal projection stero (Gargle), become more and more general, make multimedia system become quite light and handy, significantly improve human audio-visual enjoyment quality.
Moreover, aspect individualized sound system, all be to adopt two earphones or conductance loudspeaker plug generally at ear, allow and oneself can hear music, and can not pass to the external world to music, have influence on others.About yet ear has only each one, can only set up so-called stereo system reluctantly with bilateral.But, real stereo system is wanted five loudspeaker and stress loudspeaker at least, is called slender acanthopanax one stereo system, therefore, with conductance acoustic mode, and can't reach real stereophonic minimum requirements.Person very if use the conductance acoustic too frequently or too of a specified duration, causes ear uncomfortable easily, even can injure ear-drum and cause possibility hard of hearing.
Prior art sees the TaiWan, China patent of invention and announces No. 463517 and disclose the micropkonic biography receiver unit of a kind of use skeleton conduction type, it has skeleton conduction type loudspeaker portion, microphone portion and drive circuit incorporating section, and can be connected on telephone set or the wireless set, and above-mentioned skeleton conduction type loudspeaker portion, constitute when above-mentioned microphone portion is positioned over the mouth, form can amplexiform in any position configuration on the face.But, amplexiform in the configuration of any position on the face and may not have the effect of skeleton conduction.The existing indirect sound wave bone-conduction device of general contact that places neck, though can eliminate the part background sound, but because of it is throat's contact, so tonequality muddiness that transfers out, being folded in neck simultaneously easily slides, very inconvenient not attractive in appearance yet, and the audio signal that this audio signal that has the indirect bone-conduction device of general contact that place neck now is conversed than common local calls comparatively decays unintelligible.
Bone conduction formula glasses type hearing aids, the ear rearward end that oscillator is placed on frame though can eliminate background sound, can only solve the problem of listening to receive sound, can't sounding.And because long-term the use, Glasses earpiece can become flexible and can't fit with otica, makes the effect of hearing aid greatly reduce; In recent years mobile facility such as mobile phone are popularized, and use frequently, and wireless blue tooth hand-free communication device has a great vogue, and have solved the problem of listening and saying when using mobile facility simultaneously.But extraneous background sound can't be exempted, and ear-holder type has been worn for a long time uncomfortable, and thick and heavy Glasses earpiece is very not attractive in appearance, and sweating easily behind the ear makes the hearing aids loss of function, and more easily comes off when motion, is its shortcoming.Simultaneously, this type of osteoacusis formula glasses type hearing aids, as two Glasses earpieces about will using, then can't common elements such as battery, microphone or the like, this makes the user must pay nearly double expense and buys, is not inconsistent economic benefit.
In order to address the above problem, having to provide a kind of new multimedia bone conduction device to overcome the shortcoming of background technology.Therefore, the applicant has carried out careful test and research, and a spirit of working with perseverance, and works out finally to possess multichannel sterego, camera, reception FM radio station, dial and connect the multimedia bone conduction device of mobile phone and blue bud communication function.
Summary of the invention
Technical problem to be solved of the present invention provides a kind of multimedia bone conduction device, and it possesses multichannel sterego, camera, reception FM radio station, dials and connects the multimedia function of mobile phone and blue bud communication.
For reaching above-mentioned purpose, the invention provides a kind of multimedia bone conduction device, it comprises a mirror holder body; At least two eyeglasses; One central data processing unit; One frequency-modulated antenna; At least two transmission lines and an osteoacusis unit.Tire mirror holder body is as the supportive body of this multimedia bone conduction device and wearable in user's face position; These at least two eyeglasses have at least one penetration screen and are disposed at this mirror holder body; This central data processing unit is disposed at this mirror holder body; This frequency-modulated antenna is disposed at this mirror holder body and is electrically connected at this central data processing unit; This at least two transmission lines is electrically connected at this a central data processing unit and an osteoacusis unit, can be via user's head cavity with conduction sound.These at least two eyeglasses are watched static and dynamic image in order to the user to be provided; Output input and the computing service of this central data processing unit in order to multi-medium data to be provided; This frequency-modulated antenna in order to the broadcast program that receives FM radio station and this at least two transmission lines in order to transmit audio signals.
That is to say that the invention provides a kind of multimedia bone conduction device, it comprises:
One mirror holder body, it is as the supportive body of this multimedia bone conduction device, and this mirror holder body is wearable and be positioned over user's face position;
At least two eyeglasses have at least one penetration screen, are disposed at this mirror holder body, watch static and dynamic image in order to the user to be provided;
One central data processing unit is disposed at this mirror holder body, in order to output input and the computing service that multi-medium data is provided;
At least two transmission lines are electrically connected at this central data processing unit, in order to transmit audio signals; And
One osteoacusis unit, it can be via user's head cavity with conduction sound.
The present invention also provides a kind of multimedia bone conduction device, and it comprises:
One mirror holder body, as the supportive body of this multimedia bone conduction device, this mirror holder body is wearable and be positioned over user's face position;
At least two eyeglasses have at least one penetration screen, are disposed at this mirror holder body, watch static and dynamic image in order to the user to be provided;
One central data processing unit is disposed at this mirror holder body, in order to output input and the computing service that multi-medium data is provided;
One frequency-modulated antenna is disposed at this mirror holder body and is electrically connected at this central data processing unit, in order to receive the broadcast program of FM radio station;
At least two transmission lines are electrically connected at this central data processing unit, in order to transmit audio signals; And
One osteoacusis unit, be disposed at this mirror holder body with should be fixedly on the headband, this osteoacusis unit can be via user's head cavity to conduct sound;
Wherein, this multimedia bone conduction device can provide multichannel sterego, receives FM radio station, dial and connect the function of mobile phone and blue bud communication.
According to a feature of the present invention, wherein this osteoacusis element is characterised in that the characteristic with piezoelectricity conversion, when the user dresses this multimedia bone conduction device, this osteoacusis element coats and closely contacts on user's skin of head, when the signal of this osteoacusis element reception from this digital audio processor, it is pressure wave and the head cavity that is sent to the user that this osteoacusis element is about to electrical signal conversion, in order to hear the three-dimensional sound of multichannel.
According to a feature of the present invention, wherein this multimedia bone conduction device can provide multichannel sterego, camera, reception FM radio station, dial and connect the function of mobile phone and blue bud communication.
Pass through said structure, multimedia bone conduction device of the present invention has been obtained following beneficial effect: solved the tonequality muddiness that the existing general contact indirect sound wave bone-conduction device that places neck transfers out, be folded in the problem that neck easily slides, solved also that can only listening of bone conduction formula glasses type hearing aids can't sounding problem, solved the problem of listening and saying when using mobile facility simultaneously, also having solved osteoacusis formula glasses type hearing aids can't common elements such as battery, microphone etc. and must pay the problem of nearly double expense purchase.
For above-mentioned and other purposes of the present invention, feature and advantage can be become apparent, several preferred embodiments cited below particularly, and cooperate appended accompanying drawing, be described in detail below.
Description of drawings
In order to allow above-mentioned and other purposes of the present invention, feature and the advantage can be more obvious, preferred embodiment of the present invention cited below particularly, and cooperate appended diagram, be described in detail below:
Fig. 1 is shown as the structural representation of multimedia bone conduction device;
Fig. 2 entreats data processing unit among being shown as multimedia bone conduction device;
Fig. 3 is shown as the digitized video unit of multimedia bone conduction device;
Fig. 4 is shown as the input socket internal structure schematic diagram of multimedia bone conduction device;
Fig. 5 is shown as the wearing of multimedia bone conduction device and the front view of mode of operation;
Fig. 6 is shown as the wearing of multimedia bone conduction device and the dorsal view of mode of operation;
Fig. 7 is shown as the first embodiment of the present invention;
Fig. 8 is shown as the central data processing unit of first embodiment;
Fig. 9 is shown as the central data processing unit of second embodiment;
Figure 10 is shown as the central data processing unit of the 3rd embodiment; And
Figure 11 is shown as the central data processing unit of most preferred embodiment.
[main element symbol description]
100 multimedia bone conduction devices, 110 mirror holder bodies
120 nose pad supports, 121 osteoacusis output units
122 osteoacusis input units
130 fixing headbands
150 prebone transport elements, 151 back osteoacusis elements
160 transmission lines, 170 earphones
180 penetration screens
190 eyeglasses
200 central data processing units
210 lawnmower circuit, 211 reception antennas 212 transmit antenna
220 digital signal processors
230 digitized video unit, 231 charge coupled cells
232 digitized video processors, 233 memory cell
240 digital audio processors
250 input socket 251USB output input sockets
252 piezoelectric signal translation data processors
260 mobile communication processor
270 blue bud communication modules
300 frequency-modulated antennas
400 osteoacusis unit
500 camera lenses
Embodiment
Though the present invention can show as multi-form embodiment, but the accompanying drawing those shown and in expositor hereinafter for the present invention can preferred embodiment, and please understand person disclosed herein and consider to be one example of the present invention, and be not that intention is in order to be limited to the present invention in diagram and/or the described specific embodiment.
Please refer to Fig. 1, it is depicted as provides a kind of multimedia bone conduction device 100, and it comprises a mirror holder body 110 with the supportive body as this multimedia bone conduction device 100; At least two eyeglasses 190 also have at least one penetration screen 180; One central data processing unit 200; At least two transmission lines 160; An and osteoacusis unit 400.This mirror holder body 110 is wearable and be positioned over user's face position; This eyeglass 190 is disposed at this mirror holder body 110; This central data processing unit 200 is disposed at this mirror holder body 110; This transmission line 160 is electrically connected at this central data processing unit 200; This eyeglass 190 is watched static and dynamic image in order to the user to be provided; Output input and the computing service of this central data processing unit 200 in order to multi-medium data to be provided; This transmission line 160 is in order to transmit audio signals; And this osteoacusis unit 400 can be via user's head cavity with conduction sound.Wherein, this mirror holder body 110 has fixedly a headband 130 and at least two nose pads 120, in order to convenient this multimedia bone conduction device 100 is worn on user's the face.In addition, this osteoacusis unit 400 is disposed on this mirror holder body 110 and the fixing headband 130.In various embodiment of the present invention, all can by the person for glasses, luntttes, goggles, goggles, nose cup, mouth mask, head-shield, paster, nose clip maybe can make this device be attached at the nose skin for this multimedia bone conduction device 100.Wherein, this osteoacusis unit 400 is for a kind of in pottery with piezoelectric property and the induction coil; On material, for barium titanate, lead titanates and lead zirconates are a kind of in the base material.In aforementioned, this central data processing unit 200 is disposed at the central part of this mirror holder body 110; And this earphone 170 is electrically connected at an end of this transmission line 160.
In addition, this osteoacusis unit 400 more comprises at least two osteoacusis input units 122; At least two osteoacusis output units 121; A plurality of prebone transport elements 150; And a plurality of backs osteoacusis element 151.This osteoacusis input unit 122 has the function of piezoelectric property and is disposed on this nose pad support 120 and is electrically connected at this central data processing unit 200.This osteoacusis output unit 121 has the function of piezoelectric property and is disposed on this nose pad support 120 and is electrically connected at this central data processing unit 200.This prebone transport element 150 has the function of piezoelectric property and is disposed at this mirror holder body 110 and is electrically connected at this central data processing unit 200.This back osteoacusis element 151 has the function of piezoelectric property and is disposed at this fixedly headband 130 and be electrically connected at this central data processing unit 200.Fixedly headband 130 is in order to allow the user dress and to fix this mirror holder body 110; This eyeglass 190 has penetration screen 180, watches static and dynamic image in order to the user to be provided; This nose pad support 120 is in order to support this multimedia bone conduction device 100 in the user on the face; Output input and the computing service of this central data processing unit 200 in order to multi-medium data to be provided; This transmission line 160 is in order to transmit audio signals; This earphone 170 can allow the user that this earphone 170 is put into ear and playing back music; When this osteoacusis input unit 122 can allow the user dress this multimedia bone conduction device 100, user's sound is converted to the signal of telecommunication is sent to this dress data processing unit 200, in order to input user's order; When this osteoacusis output unit 121 can allow the user dress this multimedia bone conduction device 100, conduction sound was to user's nose cavity, in order to output signal to the user; When this prebone transport element 150 can allow the user dress this multimedia bone conduction device 100, conduction sound was to the place ahead head cavity of user; When this back osteoacusis element 151 can allow the user dress this multimedia bone conduction device 100, conduction sound was to user's rear head cavity.Wherein, this penetration screen 180 by thin-film transistor (TFT), light-emitting diode (LED) and Organic Light Emitting Diode (OLED) a kind of display in the composition.The present invention adopts the basic display element of Organic Light Emitting Diode as this penetration screen 180.
Be noted that, this osteoacusis input unit 122 is characterised in that the characteristic with piezoelectricity conversion, when the user dresses this multimedia bone conduction device 100, this osteoacusis input unit 122 can closely contact on user's skin, when if the user gives an order with tongue, this osteoacusis input unit 122 is about to pressure wave and is converted to the signal of telecommunication and is sent to this central data processing unit 200, is judged the way of output of this signal again by this central data processing unit 200.Similarly, this osteoacusis output unit 121 is characterised in that roughly identical with this osteoacusis input unit 122; When its function was that this osteoacusis output unit 121 receives signal from this central data processing unit 200, it was pressure wave and the nose cavity that is sent to the user that this osteoacusis element is about to electrical signal conversion.Therefore, this osteoacusis output unit 121 can provide the sound equipment playing function of multichannel sterego.Wherein, the number of sound channel promptly depends on the quantity of this osteoacusis output unit 121.In addition, this multimedia bone conduction device 100 is worn on head, and therefore, this osteoacusis output unit 121 can coat and closely contact on user's skin of head.When the signal that this osteoacusis output unit 121 receives from this digital audio processor 240, being about to electrical signal conversion is pressure wave and the head cavity that is sent to the user, can hear the three-dimensional sound of multichannel.
Please refer to Fig. 2, it is depicted as the central data processing unit of this multimedia bone conduction device 100.This central data processing unit 200 more comprises a reception antenna 211; One transmits antenna 212; One lawnmower circuit 210; One digital signal processor 220; One digitized video unit 230; One digital audio processor 240; And one the input socket 250.Wherein, this reception antenna 211 is in order to received RF signal; This transmits antenna 212 in order to transmit radiofrequency signal; This lawnmower circuit 210 is electrically connected at this reception antenna 211 with this transmission antenna 212 and in order to handle this radiofrequency signal; This digital signal processor 220 is electrically connected at this lawnmower circuit 210 and in order to handle and to analyze digital signal; This digitized video unit 230 is electrically connected at this digital signal processor 220 and in order to handle and to analyze signal of video signal; This digital audio processor 240 is electrically connected at this digitized video unit 230 with this digital signal processor 220 and in order to handle and to analyze sound signal; And this input socket 250 is electrically connected at this lawnmower circuit 210, this digitized video unit 230 and this digital audio processor 240, in order to the numerical data input media of this central data processing unit 200 to be provided.
Please refer to Fig. 3, it is depicted as the digitized video unit 230 of this multimedia bone conduction device 100.This digitized video unit more comprises a camera lens 500; A plurality of charge coupled cells (ChargeCoupled Device, CCD) 231; An and digitized video processor 232.This camera lens 500 is as the function of the photograph and the photography of this multimedia bone conduction device 100; These a plurality of charge coupled cells 231 are not more than 10,000,000 picture elements, and are electrically connected at this camera lens 500; And this digitized video processor 232 has a memory cell 233, and is electrically connected at this a plurality of charge coupled cells 231.These a plurality of charge coupled cells 231 are in order to respond to the static image that this camera lens is taken in; And this digitized video processor 232 is in order to analyzing and to store a kind of dynamically and in the static image who is taken in via this camera lens 500, and exports this penetration screen 180 to, browses for the user.Be noted that the user can pass through this osteoacusis input unit 122, control a kind of function in storage, editor, demonstration and the transmission that this digitized video processor 232 carries out image with voice.On image stored, it was its storing media that present embodiment uses flash memory.
Please refer to Fig. 4, it is depicted as the input socket 250 internal structure schematic diagrames of this multimedia bone conduction device 100.This input socket 250 comprises a piezoelectric signal translation data processor 252 and a universal standard sequence (Universal Standard Bus, USB) output input socket.This piezoelectric signal translation data processor 252 is electrically connected at this osteoacusis input unit 122, this lawnmower circuit 210, this digitized video unit 230 and this digital audio processor 240.This USB output input socket 251 is electrically connected at this piezoelectric signal translation data processor 252.This piezoelectric signal translation data processor 252 is in order to differentiate and processing signals, to determine the suitable output device of this signal.This USB output input socket 251 makes things convenient for access data in order to the user to be provided.Because at present USB device utilization rate is quite universal, USB input socket 250 provided by the present invention can allow the user with data by USB device free access to this multimedia bone conduction device 100, to increase practicality and recreational.
The using method of this multimedia bone conduction device 100 for convenience of description please refer to the 5th and Fig. 6, and it is depicted as the wearing of this multimedia bone conduction device 100 and the front view and the dorsal view of mode of operation.When the user was worn on head with this multimedia bone conduction device 100, this osteoacusis unit 400 promptly closely contacted on user's bone skin.When this digital audio processor 240 was sent to this osteoacusis unit 400 with the signal of telecommunication, this osteoacusis element can be the message pressure wave with electrical signal conversion and by the head cavity message be conducted in the ear.Therefore, its biggest advantage is that an a guy hears sound equipment, can not disturb by making noise others, has the privacy effect.In addition, as if the position that this osteoacusis unit 400 is placed on the acupoint or has massage effect, i.e. enjoy music and massage simultaneously reaches natural relaxation and the purpose that improves spirit.
For the present invention is provided more diversified function, please refer to Fig. 7, it is depicted as the first embodiment of the present invention.This multimedia bone conduction device 100 comprises a mirror holder body 110 as the supportive body of this multimedia bone conduction device 100 and be connected in fixedly a headband 130 and at least two nose pad supports 120 of this mirror holder body; At least two eyeglasses 190 also have at least one penetration screen 180 and are disposed at this mirror holder body 110; One central data processing unit 200 is disposed at this mirror holder body 110; One frequency-modulated antenna 300 is disposed at this mirror holder body 110 and is electrically connected at this central data processing unit 200; At least two transmission lines 160 are electrically connected at this central data processing unit 200; At least two earphones 170 are electrically connected at an end of this transmission line 160.Wherein, this osteoacusis unit 400 more comprises at least two osteoacusis input units 122 and has piezoelectric property, and is disposed on this nose pad support 120 and is electrically connected at this central data processing unit 200; At least two osteoacusis output units 121 have piezoelectric property, and are disposed on this nose pad support 120 and are electrically connected at this central data processing unit 200; At least three prebone transport elements 150 have the function of piezoelectric property, and are disposed at this mirror holder body 110 and are electrically connected at this central data processing unit 200; And osteoacusis element 151 after at least two, have the function of piezoelectric property, and be disposed at this fixedly headband 130 and be electrically connected at this central data processing unit 200.Wherein, this eyeglass 190 is watched static and dynamic image in order to the user to be provided; This nose pad support 120 is in order to support this multimedia bone conduction device 100 in the user on the face; Output input and the computing service of this central data processing unit 200 in order to multi-medium data to be provided; This frequency-modulated antenna 300 is in order to receive the broadcast program of FM radio station; This transmission line 160 is in order to transmit audio signals; This earphone 170 can allow the user put into ear and playing back music; This osteoacusis input unit 122 through the piezoelectricity transfer characteristic, transmits signals to this central data processing unit 200 with user's voice command; This osteoacusis output unit 121 can conduct sound to user's nose cavity and in order to output signal to the user; This prebone transport element 150 can conduct sound to the place ahead head cavity of user; And this back osteoacusis element 151 can conduct sound to user's rear head cavity.
Please refer to Fig. 8, it is depicted as the central data processing unit 200 of first embodiment.In order to make this multimedia bone conduction device 100 possess the program that to listen FM radio station, in this central data processing unit 200 of the first embodiment of the present invention, add a frequency-modulated antenna 300 and be electrically connected at this lawnmower circuit 210.Therefore, this multimedia bone conduction device 100 can provide 5.1 channel stereo and the function that receives FM radio station.This multimedia bone conduction device 100 of the present invention is for possessing the 3C Product of novelty, creativeness and industry applications.In view of this, the present invention adds functionality mobile communication, and can obtain high-quality matter by the osteoacusis mode.Please refer to Fig. 9, it is depicted as this central data processing unit 200 of second embodiment of the invention.This central data processing unit 200 is roughly same as shown in Figure 8, and it has added a mobile communication processor 260.This mobile communication processor 260 is electrically connected at this lawnmower circuit 210, this digitized video unit 230 with this digital audio processor 240 and in order to the function of dialing mobile phone to be provided.The user can pass through this osteoacusis input unit 122, can promptly dial mobile phone, the facility that real symbolic animal of the birth year is worked as after this piezoelectric signal translation data processor 252 carries out speech recognition.
Because high-order 3C Product on the market all has blue bud communication function at present, therefore, the present invention adds this function increases this multimedia bone conduction device 100 with big good fortune novelty, creativeness and industry applications.Please refer to Figure 10, it is depicted as the central data processing unit 200 of the 3rd embodiment.This central data processing unit 200 is roughly same as shown in Figure 9, it has added a blue bud communication module 270, and this indigo plant bud communication module 270 is electrically connected at this lawnmower circuit 210, this digitized video unit 230 with this digital audio processor 240 and in order to the function of wireless bluetooth transmission to be provided.Wherein, be stored in the image of this digitized video unit 230, can carry out the function of wireless transmission with voice mode control static state and dynamic image via this indigo plant bud communication module 270 by this osteoacusis input unit 122.
Comprehensive above-described embodiment, the present invention need provide in fact has variation and multimedia function.Therefore, please refer to Figure 11, it is depicted as the central data processing unit 200 of most preferred embodiment.This central data processing unit 200 comprises an antenna in order to received RF signal; One in order to transmit the antenna of radiofrequency signal; One lawnmower circuit 210 also is electrically connected at this reception antenna 211 and this transmission antenna 212; One digital signal processor 220 also is electrically connected at this lawnmower circuit 210; One digitized video unit 230 also is electrically connected at this digital signal processor 220; One digital audio processor 240 also is electrically connected at this digitized video unit 230 and this digital signal processor 220; One mobile communication processor 260 also is electrically connected at this digital signal processor 220 and this digitized video unit 230; One blue bud communication module 270 also is electrically connected at this mobile communication processor 260, this digitized video unit 230 and this digital audio processor 240; An and input socket 250 and be electrically connected at this lawnmower circuit 210, this digitized video unit 230 and this digital audio processor 240.Wherein, this lawnmower circuit 210 is in order to handle and frequency reducing taking-up digital signal; This digital signal processor 220 is in order to handle and to analyze digital signal; This digitized video unit 230 is in order to handle and to analyze signal of video signal; This digital audio processor 240 is in order to handle and to analyze sound signal; This mobile communication processor 260 is in order to provide the function of dialing mobile phone; This indigo plant bud communication module 270 is in order to provide short distance blue bud wireless transmission service; And this input socket 250 is in order to provide the numerical data input media of this central data processing unit 200.Particularly be stored in the image of this digitized video unit 230, can carry out the function of wireless transmission with voice mode control static state and dynamic image via this indigo plant bud communication module 270 by this osteoacusis input unit 122.
In sum, the invention is characterized in the osteoacusis unit 400 that utilization has the piezoelectricity transfer characteristic.When the user dresses this multimedia bone conduction device 100, this osteoacusis unit 400 coats and closely contacts on user's skin of head, the signal that receives from this digital audio processor 240 when this osteoacusis unit 400, it is pressure wave and the head cavity that is sent to the user that this osteoacusis unit 400 is about to electrical signal conversion, in order to hear the three-dimensional sound of multichannel.In addition, and cooperate this central data processing unit 200, the present invention can be reached have multichannel sterego, camera, reception FM radio station, dial and connect the function of mobile phone and blue bud communication with mobile communication processor 260 and blue bud communication module 270.
Though the present invention discloses with aforementioned preferred embodiment, so it is not in order to limiting the present invention, the those of ordinary skill in described field without departing from the spirit and scope of the present invention, when doing various changes and modification.As above-mentioned explanation, can do the correction and the variation of each pattern, and can not destroy the spirit of this invention.Therefore protection scope of the present invention is when looking appended being as the criterion that attached claims scope defined.
Claims (21)
1, a kind of multimedia bone conduction device is characterized in that, comprises:
One mirror holder body, it is as the supportive body of this multimedia bone conduction device, and this mirror holder body is wearable and be positioned over user's face position;
At least two eyeglasses have at least one penetration screen, are disposed at this mirror holder body, watch static and dynamic image in order to the user to be provided;
One central data processing unit is disposed at this mirror holder body, in order to output input and the computing service that multi-medium data is provided;
At least two transmission lines are electrically connected at this central data processing unit, in order to transmit audio signals; And
One osteoacusis unit, it can be via user's head cavity with conduction sound.
2, multimedia bone conduction device according to claim 1 is characterized in that, this osteoacusis unit is to have a kind of in the pottery of piezoelectric property and the induction coil.
3, multimedia bone conduction device according to claim 1 is characterized in that, this mirror holder body has fixedly headband and at least two nose pads, in order to convenient this multimedia bone conduction device is worn on user's the face.
4, multimedia bone conduction device according to claim 1 is characterized in that, this multimedia bone conduction device has at least two earphones, is electrically connected at an end of this transmission line, but the user can put into this earphone ear and playing back music.
5, multimedia bone conduction device according to claim 1 is characterized in that, this osteoacusis unit more comprises:
At least two osteoacusis input units, it has the function of piezoelectric property, be disposed on this nose pad support and be electrically connected at this central data processing unit, when the user dresses this multimedia bone conduction device, this osteoacusis input unit through the piezoelectricity transfer characteristic, transmits signals to this central data processing unit with user's voice command;
At least two osteoacusis output units, it has the function of piezoelectric property, be disposed on this nose pad support and be electrically connected at this central data processing unit, when the user dresses this multimedia bone conduction device, this osteoacusis output unit can conduct sound to user's nose cavity, in order to output signal to the user;
A plurality of prebone transport elements, it has the function of piezoelectric property, be disposed at this mirror holder body and be electrically connected at this central data processing unit, when the user dressed this multimedia bone conduction device, this prebone transport element can conduct sound to the place ahead head cavity of user; And
A plurality of backs osteoacusis element, it has the function of piezoelectric property, be disposed at this fixedly headband and be electrically connected at this central data processing unit, when the user dressed this multimedia bone conduction device, this osteoacusis unit, back can conduct sound to user's rear head cavity.
6, multimedia bone conduction device according to claim 1 is characterized in that, this central data processing unit more comprises:
One reception antenna is in order to received RF signal;
One transmits antenna, in order to transmit radiofrequency signal;
One lawnmower circuit is electrically connected at this reception antenna and this transmission antenna, in order to handle this radiofrequency signal;
One digital signal processor is electrically connected at this lawnmower circuit, in order to handle and to analyze digital signal;
One digitized video unit is electrically connected at this digital signal processor, in order to handle and to analyze signal of video signal;
One digital audio processor is electrically connected at this digitized video unit and this digital signal processor, in order to handle and to analyze sound signal; And
One input socket is electrically connected at this lawnmower circuit, this digitized video unit and this digital audio processor, in order to the numerical data input media of this central data processing unit to be provided.
7, multimedia bone conduction device according to claim 6 is characterized in that, this input socket more comprises:
One piezoelectric signal translation data processor is electrically connected at this osteoacusis input unit, this lawnmower circuit, this digitized video unit and this digital audio processor, in order to differentiate and processing signals, to determine the suitable output device of this signal; And
One USB output input socket is electrically connected at this piezoelectric signal translation data processor, makes things convenient for access data in order to the user to be provided.
8, multimedia bone conduction device according to claim 6 is characterized in that, this digitized video unit more comprises:
One camera lens is as the function of the photograph and the photography of this multimedia bone conduction device; And
One digitized video processor has a memory cell, is electrically connected at this a plurality of charge coupled cells, in order to analyzing and to store a kind of dynamically and in the static image who takes in via this camera lens, and exports this penetration screen to, browses for the user.
Wherein, the user can pass through this osteoacusis input unit, controls a kind of function in storage, editor, demonstration and the transmission that this digitized video processor carries out image with voice.
9, multimedia bone conduction device according to claim 8 is characterized in that, this memory cell is a flash memory.
10, multimedia bone conduction device according to claim 8 is characterized in that, this digitized video unit has a plurality of charge coupled cells, is electrically connected at this camera lens, in order to respond to the image that this camera lens is taken in.
11, multimedia bone conduction device according to claim 5, it is characterized in that, this osteoacusis input unit is characterised in that the characteristic with piezoelectricity conversion, when the user dresses this multimedia bone conduction device, this osteoacusis input unit can closely contact on user's skin, when if the user gives an order with tongue, this osteoacusis input unit is about to pressure wave and is converted to the signal of telecommunication and is sent to this central data processing unit, is judged the way of output of this signal again by this central data processing unit.
12, multimedia bone conduction device according to claim 5, it is characterized in that, this osteoacusis output unit is characterised in that the characteristic with piezoelectricity conversion, when the user dresses this multimedia bone conduction device, this osteoacusis output unit can closely contact on user's skin, when if this osteoacusis output unit receives from the signal of this central data processing unit, it is pressure wave and the nose cavity that is sent to the user that this osteoacusis output unit is about to electrical signal conversion, in order to hear the three-dimensional sound.
13, multimedia bone conduction device according to claim 5, it is characterized in that, this osteoacusis unit is characterised in that the characteristic with piezoelectricity conversion, when the user dresses this multimedia bone conduction device, this osteoacusis unary system coats and closely contacts on user's skin of head, when the signal of this osteoacusis unit reception from this digital audio processor, it is pressure wave and the head cavity that is sent to the user that this osteoacusis unit is about to electrical signal conversion, in order to hear the three-dimensional sound of multichannel.
14, multimedia bone conduction device according to claim 1 is characterized in that, this penetration screen is a kind of display during thin-film transistor TFT, LED and Organic Light Emitting Diode OLED form.
15, a kind of multimedia bone conduction device is characterized in that, comprises:
One mirror holder body, as the supportive body of this multimedia bone conduction device, this mirror holder body is wearable and be positioned over user's face position;
At least two eyeglasses have at least one penetration screen, are disposed at this mirror holder body, watch static and dynamic image in order to the user to be provided;
One central data processing unit is disposed at this mirror holder body, in order to output input and the computing service that multi-medium data is provided;
One frequency-modulated antenna is disposed at this mirror holder body and is electrically connected at this central data processing unit, in order to receive the broadcast program of FM radio station;
At least two transmission lines are electrically connected at this central data processing unit, in order to transmit audio signals; And
One osteoacusis unit, be disposed at this mirror holder body with should be fixedly on the headband, this osteoacusis unit can be via user's head cavity to conduct sound;
Wherein, this multimedia bone conduction device can provide multichannel sterego, receives FM radio station, dial and connect the function of mobile phone and blue bud communication.
16, multimedia bone conduction device according to claim 15 is characterized in that, this mirror holder body has fixedly headband and at least two nose pads, in order to convenient this multimedia bone conduction device is worn on user's the face.
17, multimedia bone conduction device according to claim 15 is characterized in that, this multimedia bone conduction device has at least two earphones, is electrically connected at an end of this transmission line, but the user can put into this earphone ear and playing back music.
18, multimedia bone conduction device according to claim 15 is characterized in that, this osteoacusis unit be have in the pottery of piezoelectric property and the induction coil a kind of.
19, multimedia bone conduction device according to claim 15 is characterized in that, this osteoacusis unit more comprises
A plurality of osteoacusis input units, it has the function of piezoelectric property, be disposed on this nose pad support and be electrically connected at this central data processing unit, when the user dresses this multimedia bone conduction device, this osteoacusis input unit can conduct sound to user's nose cavity, in order to input user's order;
A plurality of osteoacusis output units, it has the function of piezoelectric property, be disposed on this nose pad support and be electrically connected at this central data processing unit, when the user dresses this multimedia bone conduction device, this osteoacusis output unit can conduct sound to user's nose cavity, in order to output signal to the user;
A plurality of prebone conduction units, it has the function of piezoelectric property, be disposed at this mirror holder body and be electrically connected at this central data processing unit, when the user dressed this multimedia bone conduction device, this prebone conduction unit can conduct sound to the place ahead head cavity of user; And
Osteoacusis unit, a plurality of back, it has the function of piezoelectric property, be disposed at this fixedly headband and be electrically connected at this central data processing unit, when the user dressed this multimedia bone conduction device, this osteoacusis unit, back can conduct sound to user's rear head cavity.
20, multimedia bone conduction device according to claim 15 is characterized in that, this central data processing unit more comprises:
One reception antenna is in order to received RF signal;
One transmits antenna, in order to transmit radiofrequency signal;
One lawnmower circuit is electrically connected at this reception antenna and this transmission antenna, in order to handle and frequency reducing taking-up digital signal;
One digital signal processor is electrically connected at this lawnmower circuit, in order to handle and to analyze digital signal;
One digitized video unit is electrically connected at this digital signal processor, in order to handle and to analyze signal of video signal;
One digital audio processor is electrically connected at this digitized video unit and this digital signal processor, in order to handle and to analyze sound signal;
One mobile communication processor is electrically connected at this digital signal processor and this digitized video unit, in order to the function of dialing mobile phone to be provided;
One blue bud communication module is electrically connected at this mobile communication processor, this digitized video unit and this digital audio processor, in order to provide short distance blue bud wireless transmission service; And
One input socket is electrically connected at this lawnmower circuit, this digitized video unit and this digital audio processor, in order to the numerical data input media of this central data processing unit to be provided.
21, multimedia bone conduction device according to claim 15 is characterized in that, this input socket more comprises:
One piezoelectric signal translation data processor is electrically connected at this osteoacusis input unit, this lawnmower circuit, this digitized video unit and this digital audio processor, in order to differentiate and processing signals, to determine the suitable output device of this signal; And
One USB output input socket is electrically connected at this piezoelectric signal translation data processor, makes things convenient for access data in order to the user to be provided.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100992302A CN101583069A (en) | 2008-05-13 | 2008-05-13 | Multimedia bone conduction device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100992302A CN101583069A (en) | 2008-05-13 | 2008-05-13 | Multimedia bone conduction device |
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| Publication Number | Publication Date |
|---|---|
| CN101583069A true CN101583069A (en) | 2009-11-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2008100992302A Pending CN101583069A (en) | 2008-05-13 | 2008-05-13 | Multimedia bone conduction device |
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| CN (1) | CN101583069A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103220612A (en) * | 2013-04-25 | 2013-07-24 | 中国人民解放军总医院 | Combination glasses type single-channel or double-channel piezoelectric ceramics ossiphone |
| WO2013149195A1 (en) * | 2012-03-29 | 2013-10-03 | Haoye Shen | Headphone with integrated receiver |
| WO2015051483A1 (en) * | 2013-10-11 | 2015-04-16 | 孙文宗 | Headset microphone, voice acquisition method using same and communication method |
| CN105012128A (en) * | 2015-07-08 | 2015-11-04 | 福建太尔电子科技股份有限公司 | Bone conduction intelligent music chair and control method thereof |
| CN105025412A (en) * | 2015-08-19 | 2015-11-04 | 深圳优石科技有限公司 | Multi-purpose sports earphone |
| CN106226903A (en) * | 2016-08-02 | 2016-12-14 | 彭顺德 | A kind of virtual reality helmet |
| TWI609589B (en) * | 2015-05-14 | 2017-12-21 | 陳光超 | Hearing auxiliary device and hearing auxiliary processing method |
| CN108010524A (en) * | 2017-12-04 | 2018-05-08 | 深圳市沃特沃德股份有限公司 | Speech translation system and method |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2013149195A1 (en) * | 2012-03-29 | 2013-10-03 | Haoye Shen | Headphone with integrated receiver |
| CN103220612A (en) * | 2013-04-25 | 2013-07-24 | 中国人民解放军总医院 | Combination glasses type single-channel or double-channel piezoelectric ceramics ossiphone |
| CN103220612B (en) * | 2013-04-25 | 2015-12-30 | 中国人民解放军总医院 | Combined eyeglasses formula single channel or binary channels piezoelectric ceramic ossiphone |
| WO2015051483A1 (en) * | 2013-10-11 | 2015-04-16 | 孙文宗 | Headset microphone, voice acquisition method using same and communication method |
| TWI609589B (en) * | 2015-05-14 | 2017-12-21 | 陳光超 | Hearing auxiliary device and hearing auxiliary processing method |
| CN105012128A (en) * | 2015-07-08 | 2015-11-04 | 福建太尔电子科技股份有限公司 | Bone conduction intelligent music chair and control method thereof |
| CN105025412A (en) * | 2015-08-19 | 2015-11-04 | 深圳优石科技有限公司 | Multi-purpose sports earphone |
| CN105025412B (en) * | 2015-08-19 | 2018-10-19 | 深圳市源创尚品工业设计有限公司 | Multi-purpose sports earphone |
| CN106226903A (en) * | 2016-08-02 | 2016-12-14 | 彭顺德 | A kind of virtual reality helmet |
| CN108010524A (en) * | 2017-12-04 | 2018-05-08 | 深圳市沃特沃德股份有限公司 | Speech translation system and method |
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