CN207652693U - A kind of orientation sound collector and orientation collection sound translator - Google Patents

Abstract

This practicality discloses a kind of orientation sound collector and orientation collection sound translator.Wherein, orientation sound collector includes：Shell, control module and two direct sound collection portions, direct sound collection portion include microphone and collection tone channel, and collection tone channel is set to before microphone, control module and microphone electric property coupling.By the above-mentioned means, this practicality reduces the interference of ambient sound by two direct sound collection portions, acoustic information that can be on two specific directions of precise acquisition.

Description

A kind of orientation sound collector and orientation collection sound translator

Technical field

This practicality is related to audio communication technical field, more particularly to a kind of orientation sound collector and orientation collection sound translator.

Background technology

Currently, existing noise reduction technology and sound location technology are based on multiple microphones mostly from different positions and angle Multipoint mode is acquired the sound that source of sound is sent out, and then realized by software algorithm.But the noise reduction of this mode Or there is certain limitations for sound location technology, due to not pure enough from the collected acoustic information of source of sound, so real Border effect is often unsatisfactory.

And existing translator typically directly carries out pickup using a microphone, is then adopted to microphone by software algorithm The source of sound collected carries out noise reduction process and then identifies voice messaging.Translator can be caused to drop the accuracy that source of sound identifies in this way It is low.Especially in noisy environment, existing translator can substantially reduce the accuracy that source of sound identifies, cause user in reality In use, existing translator can not usually provide correct translation result, the usage experience of user is influenced.

Invention content

This practicality solves more microphones in conventional solution mainly solving the technical problems that provide a kind of orientation sound collector The not high problem of accuracy that the mode of setting identifies source of sound.

In order to solve the above technical problems, this practicality the technical solution adopted is that：A kind of orientation sound collector is provided, feature exists In, including：Shell；Control module；And first direct sound acquisition module and the second direct sound acquisition module, described first Direct sound acquisition module and the second sound acquisition module include that microphone and collection tone channel, the collection tone channel are set to institute Before stating microphone；；The control module and the microphone electric property coupling.

Wherein, the cavity that the area that the cavity close to described microphone one end of the collection tone channel is open is less than the other end is opened Mouthful.

Wherein, the first direct sound acquisition module and the second direct sound acquisition module setting are same flat Face.

Wherein, the angle between the first direct sound acquisition module and the second direct sound acquisition module exists Between 90 °~180 °.

Wherein, cavity is additionally provided with after the microphone, for optimizing the first direct sound acquisition module and described the The acoustic feature of the collected sound of the microphone of two direct sound acquisition modules.

Wherein, the collection tone channel at one end port of the microphone not close to being additionally provided with filter.

Wherein, the spacing between the first direct sound acquisition module and the second direct sound acquisition module is not small In 0.1mm, to avoid occurring altogether between the first direct sound acquisition module and the second direct sound acquisition module It shakes.

In order to solve the above technical problems, this practicality the technical solution adopted is that：A kind of orientation collection sound translator is provided, it is special Sign is, including：Orient sound collector.

Wherein, further include：Sound output module, the sound output module can orient respectively plays first orientation The translation information of sound acquisition module and the collected language message of the second direct sound acquisition module.

Wherein, further include：Power supply module, the power supply module include charging interface, the first secondary cell and at least one piece Electro-optical package, the electro-optical package can convert light energy into electric energy, and the electro-optical package is used to charge for first secondary cell.

The advantageous effect of this practicality is：The case where being different from the prior art, this practicality provide a kind of orientation sound collector, can By the acoustic information of the user of first direct sound acquisition module oriented acquisition the first direct sound acquisition module corresponding direction, By the acoustic information of the user of second direct sound acquisition module oriented acquisition the second direct sound acquisition module corresponding direction, To reduce the interference of ambient sound, acoustic information that can be on two specific directions of precise acquisition.

Description of the drawings

Fig. 1 is the structural schematic diagram of this practicality orientation one embodiment of sound collector；

Fig. 2 is the structural schematic diagram of A-A sections in Fig. 1；

Fig. 3 is the positive structure diagram of one embodiment of this practicality orientation collection sound translator；

Fig. 4 is the backsight structural representation of Fig. 3 embodiments；

Fig. 5 is the overlooking structure diagram of Fig. 3 embodiments；

Fig. 6 is the present invention looks up structural representation of Fig. 3 embodiments；

Fig. 7 is the left view structural representation of Fig. 3 embodiments；

Fig. 8 is the structural schematic diagram of B-B sections in Fig. 7；

Fig. 9 is the positive structure diagram of one embodiment of this practicality orientation collection sound translator；

Figure 10 is the present invention looks up structural representation of Fig. 9 embodiments；

Figure 11 is the structural decomposition diagram of the first direct sound acquisition module in Fig. 9 embodiments；

Figure 12 is the right side structural representation of Fig. 9 embodiments；

Figure 13 is the backsight structural representation of Fig. 9 embodiments；

Figure 14 is the use state diagram of Fig. 9 embodiments；

Figure 15 is the use state diagram of Fig. 9 embodiments；

Figure 16 is the hardware architecture diagram of one embodiment of this practicality orientation collection sound translator.

Specific implementation mode

It is the structural schematic diagram that this practicality orients one embodiment of sound collector also referring to Fig. 1-Fig. 2, Fig. 1, Fig. 2 is Fig. 1 The structural schematic diagram of middle A-A sections.

In the present embodiment, including：Shell a1, interface a2, filter a3, the first direct sound acquisition module, the second orientation Sound acquisition module.

Wherein, shell a1 can by PE plastics, PVC plastic, polyester material, polyurethane material and other for example：Iron, One or more in copper, steel, stainless steel and other metal materials or alloy material are made.

Wherein, interface a2 can be pad or stitch.

Wherein, filter a3 can by PE plastics, PVC plastic, polyester material, polyurethane material and other for example：Iron, One or more in copper, steel, stainless steel and other metal materials or alloy material are made, for external dust to be isolated.

Wherein, the first direct sound acquisition module includes the orientation collection tone channel b2 of the first microphone b1 and first, the first orientation Collection tone channel b2 is set to before the first microphone b1.

Further, the first microphone b1 can be carbon grain formula microphone, electromagnetic type microphone, condenser type microphone, electret electricity Any one in appearance formula microphone, piezo crystal microphone, piezoelectric ceramic type microphone, silica formula microphone.

Further, the first orientation collection tone channel b2 can by PE plastics, PVC plastic, polyester material, polyurethane material and Other are for example：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made.

Further, the first orientation collection tone channel b2 can be less than the other end close to the area of the Single port of the first microphone b1 Mouthful.

Further, the first cavity b3 can be had by being set after the first microphone b1.

Wherein, the first cavity b3 can be by PE plastics, PVC plastic, polyester material, polyurethane material and other examples Such as：One or more manufactured components for carrying cavity structure in iron, copper, steel, stainless steel and other metal materials or alloy material.

Wherein, the second direct sound acquisition module includes the orientation collection tone channel c2 of the second microphone c1 and second, the second orientation Collection tone channel c2 is set to before the second microphone c1.

Further, the second microphone c1 can be carbon grain formula microphone, electromagnetic type microphone, condenser type microphone, electret electricity Any one in appearance formula microphone, piezo crystal microphone, piezoelectric ceramic type microphone, silica formula microphone.

Further, the second orientation collection tone channel c2 can by PE plastics, PVC plastic, polyester material, polyurethane material and Other are for example：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made.

Further, the second orientation collection tone channel c2 can be less than the other end close to the area of the Single port of the second microphone c1 Mouthful.

Further, the second cavity c3 can be had by being set after the second microphone c1.

Wherein, the second cavity c3 can be by PE plastics, PVC plastic, polyester material, polyurethane material and other examples Such as：One or more manufactured components for carrying cavity structure in iron, copper, steel, stainless steel and other metal materials or alloy material.

Wherein, the angle between the first direct sound acquisition portion and the second direct sound acquisition portion is 180 °, to ensure The interference minimum for the acoustic information that first direct sound acquisition portion and the second direct sound acquisition portion arrive directional reception, orientation are adopted The acoustic information collected is more accurate.

In some other embodiment, the angle between the first direct sound acquisition portion and the second direct sound acquisition portion can To be equal to 90 ° or 179 ° or between 90 °~179 °.

Wherein, the spacing between the first direct sound acquisition portion and the second direct sound acquisition portion is not less than 0.1mm, example Such as：0.1mm、0.2mm、0.5mm、1mm、2mm、5mm、1cm、 2cm、3cm、4cm、5cm、6cm、7cm、8cm、9cm、10cm、 20cm、50cm.It will not be because when to ensure the first direct sound acquisition portion and the second direct sound acquisition portion acquisition acoustic information Vibration is transmitted and is interfered.

Wherein, the first direct sound acquisition portion and the second direct sound acquisition portion can be set to same plane, to protect Card carries out precision when sound positioning using orientation sound collector.

Further, the first orientation orientation collection tone channels of collection tone channel b2 and second c2 respectively has there are two the cavity being open, First orientation collection tone channel b2 plays the sound for another opening direction that collection tone channel c2 is oriented for the first microphone b1 directional collectings first Effect, the second orientation collection tone channel c2 plays another opening direction that collection tone channel c2 is oriented for the second microphone c1 directional collectings second Sound effect, the shape of the first orientation orientation collection of collection tone channel b2 and second tone channel c2 is not limited to the shape of embodiment in figure Shape, the shape of the first orientation orientation collection of collection tone channel b2 and second tone channel c2 can be made according to the acoustic feature that hope obtains into The deformation of one step, such as：Cylindrical, conical, rectangular, diamond shape etc..

Further, the first orientation orientation collection of collection tone channel b2 and second tone channel c2 respectively close to the first microphone b1 and second The cavity that the area of the cavity opening of the one end microphone c1 can be less than the other end is open, to make the first orientation collection tone channel b2 and the Two orientation collection tone channel c2 can play preferably collection audio fruit.

Wherein, the effect of the first cavity b3 and the first cavity c3 be make between microphone and shell or other structures there are Gap provides a space, to optimize for the first orientation orientation collection collected acoustical vibrations of tone channel c2 of collection tone channel b2 and second The acoustic feature of first microphone and the collected sound of the second microphone makes the first microphone and the collected sound property of the second microphone It is more nearly nature primary sound.

In conclusion the orientation sound collector in the present embodiment reduces ambient sound by two direct sound acquisition modules Interference, acoustic information that can be on two specific directions of precise acquisition solve the mode of more microphones settings in conventional solution The problem not high to the accuracy of source of sound identification.

It is the positive structure diagram of one embodiment of this practicality orientation collection sound translator also referring to Fig. 3-Fig. 9, Fig. 3, Fig. 4 is the backsight structural representation of Fig. 3 embodiments, and Fig. 5 is the overlooking structure diagram of Fig. 3 embodiments, and Fig. 6 is Fig. 3 embodiments Present invention looks up structural representation, Fig. 7 is the left view structural representation of Fig. 3 embodiments, and Fig. 8 is the structural representation of B-B sections in Fig. 7 Figure.

In the present embodiment, including：Shell 01, control module, the first direct sound acquisition module, the acquisition of the second direct sound Module, sound output module, the first communication module, display screen 07, power supply module.

Wherein, shell 01 can by PE plastics, PVC plastic, polyester material, polyurethane material and other for example：Iron, One or more in copper, steel, stainless steel and other metal materials or alloy material are made.

Wherein, control module may include 05 control module of control circuit board.

Wherein, control module can be used for handling data and control the first direct sound acquisition module, the second direct sound Acquisition module, sound output module, the first communication module, power supply module.

Further, 05 control module of control circuit board can be the circuit including at least one processor, can be with It is the circuit including at least one microcontroller, or the combining form of a variety of circuits or chip, as long as can be real Existing corresponding function.It is understood that those skilled in the art, 05 control module of control circuit board can be with For the common circuit to be combined by amplifier, comparator, triode, metal-oxide-semiconductor etc., corresponding work(is realized with pure hardware mode Energy.

Wherein, 05 control module of control circuit board can be arranged on one piece of printed circuit board, can also be arranged at one piece On flexible PCB.

In addition, being also provided with reservoir in 05 control module of control circuit board, reservoir can be erasable compiles Journey read-only memory, can also be random access memory, reservoir can be used for reading or be written various data informations and/or Program code.

Further, Chinese, English, Thai, Burmese, Vietnamese, Tibetan language, safe Mir can also be stored in reservoir The refined drawing language of language, horse traction, Kan Nala languages, Telugu and Bradley ash language, high mountain language, Malay, Indonesian, Javanese, Swahili, Dard, Iranian, Slavic, Baltic Sea language, Germanic, Rome language, Ke Erte languages, Greek, Albanian, Armenian, Arabic, ancient Rabbinic, Hausa, ancient Egypt's language, Finnish, Estonia Language, Hungarian, Azerbaijan, Turkoman, Kazak, Kirghiz, Turkish, Japanese, Korean, Gao Jia At least two in rope language, Georgian etc..

Wherein, the first direct sound acquisition module includes the first microphone 021 and first orientation collection tone channel 022, and first is fixed It is set to before the first microphone 021 to collection tone channel 022.

Further, the first microphone 021 can be carbon grain formula microphone, electromagnetic type microphone, condenser type microphone, electret electricity Any one in appearance formula microphone, piezo crystal microphone, piezoelectric ceramic type microphone, silica formula microphone.

Further, first orientation collection tone channel 022 can by PE plastics, PVC plastic, polyester material, polyurethane material with And other are for example：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made.

Further, the first orientation collection tone channel 022 can be less than the other end close to the area of the Single port of the first microphone 021 Mouthful.

Further, the first cavity 023 can be had by being set after the first microphone 021.

Wherein, the first cavity 023 can be by PE plastics, PVC plastic, polyester material, polyurethane material and other examples Such as：One or more manufactured components for carrying cavity structure in iron, copper, steel, stainless steel and other metal materials or alloy material.

Further, the first orientation collection tone channel 022 is fixed not close to that can be equipped with first at one end port of the first microphone 021 To sound acquisition module filter 024.

Wherein, the first direct sound acquisition module filter 024 can be by PE plastics, PVC plastic, polyester material, poly- ammonia Ester material and other for example：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made.

In some other embodiment, dust-separation is also provided with after the first direct sound acquisition module filter 024 Sponge.

Wherein, the second direct sound acquisition module includes the second microphone 031 and second orientation collection tone channel 032, and second is fixed It is set to before the second microphone 031 to collection tone channel 032.

Further, the second microphone 031 can be carbon grain formula microphone, electromagnetic type microphone, condenser type microphone, electret electricity Any one in appearance formula microphone, piezo crystal microphone, piezoelectric ceramic type microphone, silica formula microphone.

Further, second orientation collection tone channel 032 can by PE plastics, PVC plastic, polyester material, polyurethane material with And other are for example：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made.

Further, the second orientation collection tone channel 032 can be less than the other end close to the area of the Single port of the second microphone 031 Mouthful.

Further, the second cavity 033 can be had by being set after the second microphone 031.

Wherein, the effect of the first cavity 023 and the second cavity 033 be make between microphone and shell or other structures there are Gap provides a space, to optimization first for the first orientation collection tone channel and the second orientation collection collected acoustical vibration of tone channel The pickup effect of microphone and the second microphone makes the first microphone and the collected sound property of the second microphone be more nearly nature original Sound.

Wherein, the second cavity 033 can be by PE plastics, PVC plastic, polyester material, polyurethane material and other examples Such as：One or more manufactured components for carrying cavity structure in iron, copper, steel, stainless steel and other metal materials or alloy material.

Further, the second orientation collection tone channel 032 is fixed not close to that can be equipped with second at one end port of the second microphone 031 To sound acquisition module filter.

Wherein, the second direct sound acquisition module filter can be by PE plastics, PVC plastic, polyester material, polyurethane material Material and other for example：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made.

In some other embodiment, dust-separation sea is also provided with after the second direct sound acquisition module filter It is continuous.

Wherein, the angle between the first direct sound acquisition module and the second direct sound acquisition module is 180 °, to Ensure the interference for the acoustic information that the first direct sound acquisition module and the second direct sound acquisition module arrive directional reception most Small, the acoustic information that oriented acquisition arrives is more accurate.

In some other embodiment, the folder between the first direct sound acquisition module and the second direct sound acquisition module Angle can be equal to 90 ° or 179 ° or between 90 °~179 °.

Wherein, the spacing between the first direct sound acquisition module and the second direct sound acquisition module is not less than 0.1mm, Such as：0.1mm、0.2mm、0.5mm、1mm、2mm、5mm、 1cm、2cm、3cm、4cm、5cm、6cm、7cm、8cm、9cm、10cm、 20cm, 50cm, when to ensure the first direct sound acquisition module and the second direct sound acquisition module acquisition acoustic information not It is interfered due to being transmitted because vibrating.

Wherein, sound output module may include the first loud speaker 025, the second loud speaker 035.

Further, the first loud speaker 025 and the second loud speaker 035 can be that dynamic speaker, condenser type are raised one's voice Any one of device, piezo-electric loudspeaker, electromagnetic loudspeaker, electric ion type loud speaker or pneumatic type loud speaker loud speaker.

Further, the first loud speaker 025 can correspond to the specific of the first direct sound acquisition module acquisition acoustic information The direction in direction is configured, and the first loud speaker 025 is for exporting the second collected specific direction of direct sound acquisition module Voice communication information of the acoustic information that upper user sends out after the voice messaging that orientation collection sound translator identifies and translation, second The direction that loud speaker 035 can correspond to the specific direction of the second direct sound acquisition module acquisition acoustic information is configured, the Two loud speakers 035 are used to export the acoustic information warp that user sends out on the first collected specific direction of direct sound acquisition module Cross the voice communication information after the voice messaging that orientation collection sound translator identifies and translation.

I.e. when first name user speaks to the first direct sound acquisition module, orientation collects sound translator by collected sound Message breath identifies and exported to another user by the second loud speaker 035 after translating, when another user is to the second orientation sound When sound acquisition module is spoken, orientation collects after collected acoustic information is identified and translated by sound translator through the first loud speaker 025 exports to first name user, to make two users in actual use, can easily carry out intercommunication exchange.

Wherein, the first loud speaker filter 026 can be equipped at the first loud speaker 025.

Wherein, the first loud speaker filter 026 can by PE plastics, PVC plastic, polyester material, polyurethane material and Other are for example：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made.

In some other embodiment, dust-separation sponge is also provided with after the first loud speaker filter 026.

Wherein, the second loud speaker filter can be equipped at the second loud speaker 035.

Wherein, the second loud speaker filter can by PE plastics, PVC plastic, polyester material, polyurethane material and other Such as：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made.

In some other embodiment, dust-separation sponge is also provided with after the second loud speaker filter.

Wherein, the first communication module may include Sim card slots 06 and antenna, and the first communication module can be by wireless Network carries out information exchange with server.

In addition, the first communication module can also include WiFi module and or bluetooth module.

Wherein, Sim card slots 06 can be standard Sim card slots, in Mirco Sim card slots, Nano Sim card slots It is any.

Wherein, antenna can be appointing in PIFA pico farads antenna, MONOPOLE unipole antennas, F shapes antenna or ceramic antenna It is a kind of.

Further, antenna can be set on 05 control module of control circuit board.

Further, after the Sim card insertions of operator's allowance progress wireless data exchange enter Sim card slots 06, orientation collection sound Translator can carry out data information friendship by data transmission standards such as 2G, 3G, 4G, 5G by radio data network and server Mutually.

Wherein, display screen 07 can be liquid crystal display, Lcd display screens, Led display screens, OLed display screens, electronic ink Any one of water screen.

Further, display screen 07 can be touch screen display.

Wherein, power supply module may include charging interface 08 and or the first secondary cell 09, power supply module and control module Electric property coupling.

Wherein, charging interface 08 can be USB Type-A interfaces, USB Type-B interfaces, USB Type-C interfaces, Micro USB Type-A interfaces, Micro USB Type-B interfaces, Micro USB 3.0Type-B interfaces, Mini USB Any one of Type-B interfaces, USB 3.0Type-A interfaces, Lighting interfaces, charging interface 08 can be used for for orientation Collect the power supply of sound translator, can be used for charging for the first secondary cell 09, can be also used for carrying out with third party's computer equipment Data interaction.

Wherein, the first secondary cell 09 can be any in Ni-MH battery, nickel-cadmium cell, lead accumulator, button cell Kind.

In conclusion the orientation collection sound translator in the present embodiment, can pass through the first direct sound acquisition module and The two direct sound acquisition module acoustic informations that accurately oriented acquisition user sends out, when first name user is to the first direct sound When acquisition module is spoken, orientation collection sound translator collected acoustic information is identified and is translated after by the second loud speaker to another One user's output, when another user speaks to the second direct sound acquisition module, orientation collection sound translator will collect Acoustic information identify and translate after exported to first name user by the first loud speaker, to make two users actually use In the process, can the exchange that sound translator carries out real-time intercommunication easily be collected by orientation.

It is the positive structure diagram of one embodiment of this practicality orientation collection sound translator also referring to Fig. 9-Figure 15, Fig. 9, Figure 10 is the present invention looks up structural representation of Fig. 9 embodiments, and Figure 11 is the structure point of the first direct sound acquisition module in Fig. 9 embodiments Schematic diagram is solved, Figure 12 is the right side structural representation of Fig. 9 embodiments, and Figure 13 is the backsight structural representation of Fig. 9 embodiments, Figure 14 It is the use state diagram of Fig. 9 embodiments, Figure 15 is the use state diagram of Fig. 9 embodiments.

In the present embodiment, including：Control module, shell 11, the first direct sound acquisition module 12, the second direct sound Acquisition module 13, power supply module, display module, the first communication module, sound output module, the second communication module, multilingual storage Storage interface module, storage module.

Wherein, control module can be used for handling data and control the first direct sound acquisition module 12, the second orientation sound Sound acquisition module 13, power supply module, display module, the first communication module, the second communication module, multilingual reservoir interface mould Group, storage module.

Further, control module can be the circuit including at least one processor, and it includes at least one that can be Circuit including a microcontroller, or the combining form of a variety of circuits or chip, as long as corresponding function may be implemented i.e. It can.It is understood that those skilled in the art, control module can also be it is common by amplifier, comparator, The circuit that triode, MOS pipes etc. combine realizes corresponding function with pure hardware mode.

Wherein, control module can be arranged on one piece of printed circuit board, can also be arranged on one piece of flexible PCB.

In addition, being also provided with storage module in control module, storage module can be the read-only storage of erasable programmable Storing module can also be that random access memory, storage module can be used for reading or be written various data informations and/or program Code.

Further, Chinese, English, Thai, Burmese, Vietnamese, Tibetan language, safe rice can also be stored in storage module That language, the refined drawing language of horse traction, Kan Nala languages, Telugu and Bradley ash language, high mountain language, Malay, Indonesian, Java Language, Swahili, Dard, Iranian, Slavic, Baltic Sea language, Germanic, Rome language, Ke Erte languages, Greece Language, Albanian, Armenian, Arabic, ancient Rabbinic, Hausa, ancient Egypt's language, Finnish, Ai Shani Sub- language, Hungarian, Azerbaijan, Turkoman, Kazak, Kirghiz, Turkish, Japanese, Korean, height Add at least one kind of in rope language, Georgian etc..

Wherein, shell 11 can by PE plastics, PVC plastic, polyester material, polyurethane material and other for example：Iron, One or more in copper, steel, stainless steel and other metal materials or alloy material are made.

Further, in this embodiment shell 11 be cylinder.

In some other embodiment, the shape of shell 11 can also be round, rectangular, polygon, diamond shape, ellipse, Such as：Rectangle, square, triangle, quadrangle, pentagon, Three Diamond, four diamond shapes etc., can also be in these above-mentioned shapes On the basis of deformation is made to be applicable in use environment.

Further, the both ends of 11 shell of shell can be respectively arranged with antislip ring 111, and antislip ring 111 can be moulded by PE Material, PVC plastic, polyester material, polyurethane material and other for example：Iron, copper, steel, stainless steel and other metal materials or alloy material One or more in material are made, and the outer surface of antislip ring 111 can be equipped with equidistant prism, to facilitate in the present embodiment Orientation collection sound translator positioning.

Wherein, the first direct sound acquisition module 12 may include the first orientation collection tone channel 121, the first microphone 122, and first Cavity 123 prompts lamp ring 125, washer 125, dust hood 126.

Further, first orientation collection tone channel 121 can by PE plastics, PVC plastic, polyester material, polyurethane material with And other are for example：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made, the first orientation collection sound Road 121 be tool there are two be open cavity, first orientation collection tone channel 121 plays for 122 directional collecting first of the first microphone orient Collect the effect of the sound of another opening direction of tone channel 121, the shape of the first orientation collection tone channel 121 is not limited to implement in figure The shape of the shape of example, the first orientation collection tone channel 121 can make further deformation according to the acoustic feature that hope obtains, Such as：Cylindrical, conical, rectangular, diamond shape etc..

Wherein, the first microphone 122 can be carbon grain formula microphone, electromagnetic type microphone, condenser type microphone, electret capacitor type Any one in microphone, piezo crystal microphone, piezoelectric ceramic type microphone, silica formula microphone.

Wherein, the effect of the first cavity 123 is to make between microphone and shell or other structures there are gap, for the first orientation Collect tone channel 121 and 122 collected acoustical vibration of the first microphone provides a space, to the pickup of the first microphone 122 of optimization Effect makes the collected sound property of the first microphone be more nearly nature primary sound.

Wherein, prompt lamp ring can be provided with the ring-shaped P CB plates of multiple LED light or light emitting diode, play using not Prompt effect is carried out with the light of color or frequency.

Wherein, washer 125 can by PE plastics, PVC plastic, polyester material, polyurethane material and other for example：Iron, One or more manufactured loop configuration in copper, steel, stainless steel and other metal materials or alloy material play cushioning effect, washer Dustproof sponge is also provided between 125.

Wherein, dust hood 126 can by PE plastics, PVC plastic, polyester material, polyurethane material and other for example： One or more manufactured circles or circle with multiple apertures in iron, copper, steel, stainless steel and other metal materials or alloy material Arc-shaped flaky structure, plays the role of dust-separation.

Further, the both ends of 11 shell of shell can be respectively arranged with antislip ring 111, and antislip ring 111 can be moulded by PE Material, PVC plastic, polyester material, polyurethane material and other for example：Iron, copper, steel, stainless steel and other metal materials or alloy material One or more in material are made, and the outer surface of antislip ring 111 can be equipped with equidistant prism, to facilitate in the present embodiment Orientation collection sound translator positioning.

Wherein, the second direct sound acquisition module 13 may include the second orientation collection tone channel, the second microphone, the second cavity, Prompt lamp ring, washer, dust hood.

Further, second orientation collection tone channel can by PE plastics, PVC plastic, polyester material, polyurethane material and its He is for example：Two or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made, and the second orientation collection tone channel is Have there are two the cavity being open, the second orientation collection tone channel plays to be opened for another the two of the second microphone directional collecting second orientation collection tone channel The shape of the effect of the sound in mouth direction, the second orientation collection tone channel is not limited to the shape of embodiment in figure, the second orientation collection sound The shape in road can obtain acoustic feature according to hope and make the deformation into two steps, such as：Cylindrical, conical, rectangular, water chestnut Shape etc..

Wherein, the second microphone can be carbon grain formula microphone, electromagnetic type microphone, condenser type microphone, electret capacitor type miaow Any one in head, piezo crystal microphone, piezoelectric ceramic type microphone, silica formula microphone.

Wherein, the effect of the second cavity is to make between microphone and shell or other structures there are gap, is collected for the second orientation Tone channel and the second collected acoustical vibration of orientation collection tone channel provide a space, to the second microphone of optimization and the second microphone Pickup effect makes the second microphone and the collected sound property of the second microphone be more nearly nature primary sound.

Wherein, prompt lamp ring can be provided with the ring-shaped P CB plates of multiple LED light or light emitting diode, play using not Prompt effect is carried out with the light of color or frequency.

Wherein, washer can by PE plastics, PVC plastic, polyester material, polyurethane material and other for example：Iron, copper, Two or more manufactured loop configuration in steel, stainless steel and other metal materials or alloy material play cushioning effect, washer 125 Between be also provided with dustproof sponge.

Wherein, dust hood can by PE plastics, PVC plastic, polyester material, polyurethane material and other for example：Iron, Two or more manufactured circles or circular arc with multiple apertures in copper, steel, stainless steel and other metal materials or alloy material Shape laminated structure, plays the role of dust-separation.

Wherein, power supply module includes the first secondary cell, electro-optical package 16, charging interface 161, and power supply module is in order to control Module and other modules, assembly power supply.

Further, the first secondary cell can be Ni-MH battery, nickel-cadmium cell, lead accumulator, button cell, lithium battery Any one of.

Further, electro-optical package 16 can be mono-crystalline silicon solar plate, polycrystalline silicon solar plate, amorphous silicon solar energy plate or Multi-element compounds solar panels etc. after electro-optical package 16 is by illumination, can convert light energy into electric energy, and can be the one or two Primary cell charges.

Further, when the first secondary cell electricity abundance, electro-optical package 16 can power directly to control module；When When one secondary cell electricity is inadequate, electro-optical package 16 can give the first secondary cell to charge；When the first secondary cell electricity does not fill When sufficient and when control module needs electricity consumption, electro-optical package 16 can power directly to control module；When the voltage that electro-optical package 16 generates Or when electric current deficiency, the first secondary cell can directly control module for power supply；When the first secondary cell electricity abundance and photoelectricity Voltage that plate 16 generates or when electric current abundance, can be by the first secondary cell or electro-optical package 16 module for power supply in order to control.

Further, charging interface 161 can be that USB Type-A interfaces, USB Type-B interfaces, USB Type-C connect Mouth, Micro USB Type-A interfaces, Micro USB Type-B interfaces, Micro USB 3.0Type-B interfaces, Mini USB Any one of Type-B interfaces, USB 3.0Type-A interfaces, Lighting interfaces, charging interface 161 can be used for being fixed To collection sound translator power supply, can be used for for the first secondary cell 16 charge, can be also used for third party's computer equipment into Row data interaction.

Wherein, display module includes the first display screen 141, second display screen 142, touch screen 143.

Further, the first display screen 141 and second display screen 142 can be liquid crystal display, Lcd display screens, Led Any one of display screen, OLed display screens, electronic ink screen.

Further, touch screen 143 can be set to the first display screen 141 and second display screen 142, can be in liquid Crystal display screen, Led display screens, OLed display screens, is covered with four-line resistive touch screen, sound wave on electronic ink screen at Lcd display screens The touch screen that any one of touch screen, five wire resistive touchscreens, infrared screen capacitance touch screen combination is constituted.

Further, the first display screen 141 is lifted up centainly not close to one end of the first direct sound acquisition module 12 Inclination angle, to which the convenient user close to the first direct sound acquisition module watches, second display screen 142 is not close to the second orientation sound One end of sound acquisition module 13 is lifted up certain inclination angle, to which the convenient user close to the second direct sound acquisition module sees It sees.

Further, the first display screen 141 is for showing from 12 collected sound letter of the first direct sound acquisition module The spoken and written languages information identified in breath, second display screen 142 are collected for showing from the second direct sound acquisition module 13 Acoustic information in the spoken and written languages information that identifies, touch screen 143 is used for user input instruction control device.

Wherein, the first communication module may include Sim card slots 1721 and antenna, and the first communication module can pass through nothing Gauze network carries out information exchange with server.

In addition, the first communication module can also include WiFi module and or bluetooth module.

Wherein, Sim card slots 1721 can be standard Sim card slots, Mirco Sim card slots, Nano Sim card slots Any one of.

Wherein, antenna can be appointing in PIFA pico farads antenna, MONOPOLE unipole antennas, F shapes antenna or ceramic antenna It is a kind of.

Further, antenna can be set on control module.

Further, after the Sim card insertions of operator's allowance progress wireless data exchange enter Sim card slots 1721, orientation collection Sound translator can carry out data information by data transmission standards such as 2G, 3G, 4G, 5G by radio data network and server Interaction.

Wherein, the second communication module includes at least one bluetooth module.

Wherein, the first bluetooth headset storehouse 151 includes the first bluetooth headset 1511, the first bluetooth headset warehouse lid 1513 and two A pogo pin feet being set up in parallel, pogo pins foot and power supply module electric property coupling.

Further, secondary cell and two pogo pin welderings being set up in parallel are equipped in the first bluetooth headset 1511 The position of disk, position two pogo pin feet of correspondence of two pogopin pads is configured, when the first bluetooth headset 1511 When being set to the first bluetooth headset storehouse 151, i.e. the pogo pin pads of the first bluetooth headset 1511 and pogo pin feet is mutual After contact, the secondary cell in the first bluetooth headset 1511 can be made electrically to be coupled with the first secondary cell, to make the one or two Primary cell is that secondary cell charging is obtained in the first bluetooth headset 1511.

Wherein, the second bluetooth headset storehouse 152 includes the second bluetooth headset 1521, and the first bluetooth headset warehouse lid and two are simultaneously Arrange the pogo pin feet of setting, pogo pins foot and power supply module electric property coupling.

Further, the second bluetooth headset storehouse 152,1,521 first bluetooth headset warehouse lid of the second bluetooth headset and two are simultaneously The structure and function and above-mentioned first bluetooth headset storehouse 151, the first bluetooth headset 1511 of the pogo pin feet of row setting, first Bluetooth headset warehouse lid 1513 and two pogopin stitch being set up in parallel are identical, and so it will not be repeated.

Further, the second communication module can establish difference with the first bluetooth headset 1511, the second bluetooth headset 1521 The bluetooth connection in channel acquires mould to which the second communication module can transmit the first direct sound to the first bluetooth headset 1511 The translation information of the collected language message of block can transmit the second direct sound acquisition module to the second bluetooth headset 1521 and adopt The translation information of the language message collected.

To wear the first bluetooth headset 1511 respectively using two users of the orientation collection sound translator in the present embodiment With intercommunication can be easily carried out after the second bluetooth headset 1521.

In some other embodiment, sound output module can also include the first loud speaker, the second loud speaker.

Further, the first loud speaker and the second loud speaker can be dynamic speaker, condenser loudspeaker, piezoelectricity Any one of formula loud speaker, electromagnetic loudspeaker, electric ion type loud speaker or pneumatic type loud speaker loud speaker.

Wherein, multilingual reservoir interface module includes that the first multilingual reservoir interface module 171 and second is multilingual Reservoir interface module 173.

Wherein, the first multilingual reservoir interface module 171 includes two the first multilingual reservoir interface slots 1711, the Two multilingual reservoir interface modules 173 include two the second multilingual reservoir interface slots 1731.

Wherein, language memory can be erasable programmable read-only memory, can also be random access memory, storage Storage can be used for reading or be written various data informations and/or program code.

Further, Chinese, English, Thai, Burmese, Vietnamese, Tibetan language, Thailand can also be stored in language memory The refined drawing language of Mir's language, horse traction, Kan Nala languages, Telugu and Bradley ash language, high mountain language, Malay, Indonesian, Java Language, Swahili, Dard, Iranian, Slavic, Baltic Sea language, Germanic, Rome language, Ke Erte languages, Greece Language, Albanian, Armenian, Arabic, ancient Rabbinic, Hausa, ancient Egypt's language, Finnish, Ai Shani Sub- language, Hungarian, Azerbaijan, Turkoman, Kazak, Kirghiz, Turkish, Japanese, Korean, height Add at least one kind of in rope language, Georgian etc..

Further, 171 and second multilingual reservoir interface module 173 of the first multilingual reservoir interface module is used for It is inserted into and distinguishes language memory.

It is inserted into the orientation collection sound translator in the present embodiment is by multilingual reservoir interface module and stores at least 1 After the language memory of kind language message, orientation collection sound translator can be by transferring the data in language memory, support pair The identification and translation of the language message stored in the language memory.

Please refer to Fig.1 the hardware architecture diagram that 6, Figure 16 is one embodiment of this practicality orientation collection sound translator.

Orientation collection sound translator 21 in the present embodiment, including：Control module 22, the first direct sound acquisition module 23, Second direct sound acquisition module 24, power supply module 25, display module 26, the first communication module 27, the second communication module 28, Multilingual reservoir interface module 29, ambient sound acquisition module 30, storage module 31, sound output module 32.

Wherein, control module 22 and the first direct sound acquisition module 23, the second direct sound acquisition module 24, power supply mould Block 25, display module 26, the first communication module 27, the second communication module 28, multilingual reservoir interface module 29, ambient sound are adopted Collect module 30,32 electric property coupling of storage module 31 and sound output module.

Further, control module 22 can be the circuit including at least one processor, and it includes at least that can be Circuit including one microcontroller, or the combining form of a variety of circuits or chip, as long as corresponding function may be implemented .It is understood that those skilled in the art, control module 22 can also be common by amplifier, ratio Compared with the circuit that device, triode, metal-oxide-semiconductor etc. combine, corresponding function is realized with pure hardware mode.

Wherein, control module 22 can be arranged on one piece of printed circuit board, can also be arranged in one piece of flexible PCB On.

In addition, being also provided with storage module 31 in control module 22, storage module 31 can be erasable programmable Read-only storage module can also be that random access memory, storage module 31 can be used for reading or be written various data informations And/or program code.

Further, Chinese, English, Thai, Burmese, Vietnamese, Tibetan language, Thailand can also be stored in storage module 31 The refined drawing language of Mir's language, horse traction, Kan Nala languages, Telugu and Bradley ash language, high mountain language, Malay, Indonesian, Java Language, Swahili, Dard, Iranian, Slavic, Baltic Sea language, Germanic, Rome language, Ke Erte languages, Greece Language, Albanian, Armenian, Arabic, ancient Rabbinic, Hausa, ancient Egypt's language, Finnish, Ai Shani Sub- language, Hungarian, Azerbaijan, Turkoman, Kazak, Kirghiz, Turkish, Japanese, Korean, height Add at least one kind of in rope language, Georgian etc..

Wherein, the first direct sound acquisition module 23 may include the first microphone 231 and first orientation collection tone channel, first Orientation collection tone channel is set to before the first microphone 231.

Further, the first microphone 231 can be carbon grain formula microphone, electromagnetic type microphone, condenser type microphone, electret electricity Any one in appearance formula microphone, piezo crystal microphone, piezoelectric ceramic type microphone, silica formula microphone.

Further, first orientation collection tone channel can by PE plastics, PVC plastic, polyester material, polyurethane material and its He is for example：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made.

Further, the first orientation collection tone channel can be less than another port close to the area of the Single port of the first microphone 231.

Further, the first cavity can be had by being set after the first microphone 231.

Wherein, the first cavity can be by PE plastics, PVC plastic, polyester material, polyurethane material and other for example： One or more manufactured components for carrying cavity structure in iron, copper, steel, stainless steel and other metal materials or alloy material.

Wherein, the second direct sound acquisition module 24 may include the second microphone 241 and second orientation collection tone channel, second Orientation collection tone channel is set to before the second microphone 241.

Further, the second microphone 241 can be carbon grain formula microphone, electromagnetic type microphone, condenser type microphone, electret electricity Any one in appearance formula microphone, piezo crystal microphone, piezoelectric ceramic type microphone, silica formula microphone.

Further, second orientation collection tone channel can by PE plastics, PVC plastic, polyester material, polyurethane material and its He is for example：One or more in iron, copper, steel, stainless steel and other metal materials or alloy material are made.

Further, the second orientation collection tone channel can be less than another port close to the area of the Single port of the second microphone 241.

Further, the second cavity can be had by being set after the second microphone 241.

Wherein, the second cavity can be by PE plastics, PVC plastic, polyester material, polyurethane material and other for example： One or more manufactured components for carrying cavity structure in iron, copper, steel, stainless steel and other metal materials or alloy material.

Wherein, power supply module 25 may include the first secondary cell 251, electro-optical package 252, charging interface 253, power supply module For module in order to control and other modules, assembly power supply.

Further, the first secondary cell 251 can be Ni-MH battery, nickel-cadmium cell, lead accumulator, button cell and Any one of lithium battery.

Further, electro-optical package 252 can be mono-crystalline silicon solar plate, polycrystalline silicon solar plate, amorphous silicon solar energy plate Or multi-element compounds solar panels etc., after electro-optical package 252 is by illumination, electric energy can be converted light energy into, and can be the One secondary cell 251 charges.

Further, when 251 electricity abundance of the first secondary cell, electro-optical package 252 can be supplied directly to control module 22 Electricity；When 251 electricity of the first secondary cell is inadequate, electro-optical package 252 can give the first secondary cell 251 to charge；When the one or two When 251 electricity of primary cell is inadequate and when control module 22 needs electricity consumption, electro-optical package 252 can be supplied directly to control module 22 Electricity；When the voltage or electric current deficiency that electro-optical package 252 generates, the first secondary cell 251 can directly control the power supply of module 22；When It, can be by the first secondary cell when 251 electricity abundance of the first secondary cell and when the voltage or electric current abundance of the generation of electro-optical package 252 251 or electro-optical package 252 in order to control module 22 power.

Further, charging interface 253 can be that USB Type-A interfaces, USB Type-B interfaces, USB Type-C connect Mouth, Micro USB Type-A interfaces, Micro USB Type-B interfaces, Micro USB 3.0Type-B interfaces, Mini USB Any one of Type-B interfaces, USB 3.0Type-A interfaces, Lighting interfaces, charging interface 253 can be used for being fixed It powers to collection sound translator 21, can be used for charging for the first secondary cell 252, can be also used for and third party's computer equipment Carry out data interaction.

Wherein, display module 26 may include the first display screen 261, second display screen 262, touch screen 263.

Further, the first display screen 261 and second display screen 262 can be liquid crystal display, Lcd display screens, Led Any one of display screen, OLed display screens, electronic ink screen.

Further, touch screen 263 can be set to the first display screen 261 and second display screen 262, can be in liquid Crystal display screen, Led display screens, OLed display screens, is covered with four-line resistive touch screen, sound wave on electronic ink screen at Lcd display screens The touch screen that any one of touch screen, five wire resistive touchscreens, infrared screen capacitance touch screen combination is constituted.

Further, the first display screen 261 is lifted up centainly not close to one end of the first direct sound acquisition module 12 Inclination angle, to which the convenient user close to the first direct sound acquisition module watches, second display screen 262 is not close to the second orientation sound One end of sound acquisition module 13 is lifted up certain inclination angle, to which the convenient user close to the second direct sound acquisition module sees It sees.

Further, the first display screen 261 is for showing from 23 collected sound letter of the first direct sound acquisition module The spoken and written languages information identified in breath, second display screen 262 are collected for showing from the second direct sound acquisition module 24 Acoustic information in the spoken and written languages information that identifies, touch screen 263 is used for user input instruction control device.

Wherein, the first communication module 27 may include Sim card slots 271 and antenna 272, and the first communication module 27 can Information exchange is carried out by wireless network and server.

In addition, the first communication module 27 can also include WiFi module and or bluetooth module.

Wherein, Sim card slots 271 can be standard Sim card slots, Mirco Sim card slots, Nano Sim card slots Any one of.

Wherein, antenna 272 can be in PIFA pico farads antenna, MONOPOLE unipole antennas, F shapes antenna or ceramic antenna It is any.

Further, antenna 272 can be set on control module 22.

Further, after the Sim card insertions of operator's allowance progress wireless data exchange enter Sim card slots 271, orientation collection Sound translator 21 can carry out data letter by data transmission standards such as 2G, 3G, 4G, 5G by radio data network and server Breath interaction.

Wherein, the second communication module 28 may include at least one bluetooth module 281 and two bluetooth headsets 282.

Further, bluetooth module 281 can establish the bluetooth connection in different channels from two bluetooth headsets 282 respectively, To which the second communication module 28 can transmit the first direct sound acquisition module and the second orientation to two bluetooth headsets 282 respectively The translation information of the collected language message of sound acquisition module, to use the orientation collection sound translator 21 in the present embodiment Two users wear two bluetooth headsets 282 respectively after can easily carry out intercommunication.

Wherein, multilingual reservoir interface module may include at least two multilingual reservoir interfaces, can also include 3,4,5,6,7,8,9,10,20 multilingual reservoir interfaces, such as the multilingual reservoir interface module packet in the present embodiment Four multilingual reservoir interfaces are included, so as to be correspondingly arranged language reservoir 291, language reservoir 292, language reservoir 293 and language reservoir 294.

Wherein, language reservoir 291, language reservoir 292, language reservoir 293 and language reservoir 294 can be Erasable programmable read-only memory can also be that random access memory, reservoir can be used for reading or be written various numbers It is believed that breath and/or program code.

Further, in language reservoir 291, language reservoir 292, language reservoir 293 and language reservoir 294 The refined drawing language of Chinese, English, Thai, Burmese, Vietnamese, Tibetan language, Tamil, horse traction, Kan Nala can also be stored respectively Language, Telugu and Bradley ash language, high mountain language, Malay, Indonesian, Javanese, Swahili, Dard, she Bright language, Slavic, Baltic Sea language, Germanic, Rome language, Ke Erte languages, Greek, Albanian, Ya Meini Sub- language, Arabic, ancient Rabbinic, Hausa, ancient Egypt's language, Finnish, Estonian, Hungarian, Azerbaijan In language, Turkoman, Kazak, Kirghiz, Turkish, Japanese, Korean, Caucasia language, Georgian etc. It is at least one kind of.

Wherein, ambient sound acquisition module 30 may include at least one ambient sound acquisition microphone 301.

Further, ambient sound acquisition microphone 301 can be carbon grain formula microphone, electromagnetic type microphone, condenser type microphone, stay Any one in electret condenser microphone, piezo crystal microphone, piezoelectric ceramic type microphone, silica formula microphone.

Further, when the first direct sound acquisition module 23 of orientation collection sound translator 21 and or the second direct sound When acquisition module 24 acquires the acoustic information of user, ambient sound acquisition module 30 can acquire microphone 301 by ambient sound and acquire 21 surrounding environment sound of orientation collection sound translator, it is collected fixed that control module 22 can acquire microphone 301 by ambient sound in real time To collection 21 surrounding environment sound of sound translator and the first direct sound acquisition module 23 and or the second direct sound acquisition module 24 adopt The ambient sound matching collected in the acoustic information of user carries out noise reduction process, reduces the interference of ambient sound, makes orientation collection sound translator 21 voice messagings that identify are more accurate, to improve the accuracy rate of translation.

Wherein, sound output module 32 may include the first loud speaker, the second loud speaker.

Further, the first loud speaker and the second loud speaker can be dynamic speaker, condenser loudspeaker, piezoelectricity Any one of formula loud speaker, electromagnetic loudspeaker, electric ion type loud speaker or pneumatic type loud speaker loud speaker.

Further, the first loud speaker can correspond to the certain party of the first direct sound acquisition module 23 acquisition acoustic information To direction be configured, the first loud speaker for export 24 collected specific direction of the second direct sound acquisition module on use Voice communication information of the acoustic information that family is sent out after the voice messaging that orientation collection sound translator 21 identifies and translation, second raises The direction that sound device can correspond to the specific direction of the second direct sound acquisition module 24 acquisition acoustic information is configured, and second raises It is fixed that sound device is used to export the acoustic information process that user sends out on 23 collected specific direction of the first direct sound acquisition module Voice communication information after the voice messaging identified to collection sound translator 21 and translation.

I.e. when first name user speaks to the first direct sound acquisition module 23, orientation collection sound translator 21 will collect Acoustic information identify and translate after exported to another user by the second loud speaker, when another user is to the second orientation sound When sound acquisition module is spoken, orientation collects after collected acoustic information is identified and translated by sound translator 21 through the first loud speaker It is exported to first name user, to make two users in actual use, can easily carry out intercommunication exchange.

It, can be by sound that accurately oriented acquisition user sends out in conclusion the orientation collection sound translator of this practicality Information exports after identifying and translating to another user, to make two users in actual use, can easily lead to The exchange that orientation collection sound translator carries out real-time intercommunication is crossed, while the orientation collection sound translator of this practicality passes through precise acquisition spy Determine the acoustic information that user on direction sends out, greatly reduces the interference of ambient sound, the language for making orientation collection sound translator identify Message breath is more accurate, to improve the accuracy rate of translation.

In several embodiments that this practicality is provided, it should be understood that disclosed device and method can pass through Other modes are realized.For example, device embodiments described above are only schematical；For example, the module or list The division of member, only a kind of division of logic function, formula that in actual implementation, there may be another division manner；Such as multiple units or Component can be combined or can be integrated into another system, or some features can be ignored or not executed.Another point is shown The mutual coupling, direct-coupling or communication connection shown or discussed can be by between some interfaces, device or unit Coupling or communication connection are connect, can be electrical, mechanical or other forms.

The unit illustrated as separating component may or may not be physically separated.As unit The component of display may or may not be physical unit, you can be located at a place, or may be distributed over On multiple units, some or all of unit therein can be selected according to the actual needs to realize present embodiment scheme Purpose.

In addition, each functional unit in each embodiment of this practicality can be integrated in a processing unit, also may be used It, can also be during two or more units be integrated in one unit to be that each unit physically exists alone.

If the integrated unit is realized in the form of SFU software functional unit and sells or use as independent product When, it can be stored in a computer read/write memory medium.Based on this understanding, the technical solution of this practicality is substantially The all or part of the part that contributes to existing technology or the technical solution can be in the form of software products in other words It embodies, which is stored in a storage medium, including some instructions are used so that a computer It is each that equipment (can be personal computer, server or network equipment etc.) or processor (processor) execute this practicality The all or part of step of a embodiment the method.And storage medium above-mentioned includes：USB flash disk, mobile hard disk, read-only storage Device (ROM, Read-OnlyMemory), random access memory (RAM, RandomAccess Memory), magnetic disc or CD Etc. the various media that can store program code.

The foregoing is merely the embodiments of this practicality, are not intended to limit the scope of the claims of this practicality, every to utilize this Equivalent structure or equivalent flow shift made by practical specification and accompanying drawing content, it is relevant to be applied directly or indirectly in other Technical field includes similarly in the scope of patent protection of this practicality.

Claims (10)

1. a kind of orientation sound collector, which is characterized in that including：

Shell；

Control module；And

First direct sound acquisition module and the second direct sound acquisition module, the first direct sound acquisition module and described Second direct sound acquisition module includes that microphone and collection tone channel, the collection tone channel are set to before the microphone；

Wherein, the control module and the microphone electric property coupling.

2. orienting sound collector according to claim 1, which is characterized in that

The cavity that the area that the cavity close to described microphone one end of the collection tone channel is open is less than the other end is open.

3. orienting sound collector according to claim 1, which is characterized in that

The first direct sound acquisition module and the second direct sound acquisition module are arranged in same plane.

4. orienting sound collector according to claim 1, which is characterized in that

Angle between the first direct sound acquisition module and the second direct sound acquisition module 90 °~180 ° it Between.

5. orienting sound collector according to claim 4, which is characterized in that further include：

It is additionally provided with cavity after the microphone, for optimizing the first direct sound acquisition module and second direct sound The acoustic feature of the collected sound of the microphone of acquisition module.

6. orienting sound collector according to claim 4, which is characterized in that further include：

The collection tone channel at one end port of the microphone not close to being additionally provided with filter.

7. orienting sound collector according to claim 4, which is characterized in that further include：

Spacing between the first direct sound acquisition module and the second direct sound acquisition module is not less than 0.1mm, To avoid resonating between the first direct sound acquisition module and the second direct sound acquisition module.

8. a kind of orientation collects sound translator, which is characterized in that including：

Claim 1-7 any one of them orients sound collector.

9. orientation according to claim 8 collects sound translator, which is characterized in that including：

Sound output module, the sound output module can orient respectively plays the first direct sound acquisition module and institute State the translation information of the second collected language message of direct sound acquisition module.

10. orientation according to claim 9 collects sound translator, which is characterized in that including：

Power supply module, the power supply module include charging interface, the first secondary cell and at least one piece of electro-optical package, the electro-optical package Electric energy can be converted light energy into, the electro-optical package is used to charge for first secondary cell.