CN108804426A - interactive translation system - Google Patents

Abstract

A kind of interaction translation system, including the first headset, the first wireless communication device, the second headset and the second wireless communication device.First headset and the second headset reception voice send out after being converted into audio signal, and receive and translate rear audio signal and broadcasted after being converted.First wireless communication device and the second wireless communication device transducing audio signal become character code signal, and are wirelessly transferred each other.First wireless communication device and the second wireless communication device, and it is back to the first headset and the second headset after character code signal and conversion character code signal audio frequency signal can be translated.Therefore, interactive translation system can accelerate the speed of transmission, and when network state is bad, can maintain to interact with one another between the first wireless communication device and the second wireless communication device.

Description

Interactive translation system

Technical field

The present invention relates to voiced translation field, especially interactive translation system.

Background technology

With globalization and international travel it is prevailing, with language inhomogeneity others link up has become inevitably Problem.Mode common now, be translated by the translation software in mobile phone, or by the translation software of network into Row translation.But these modes are all user's inquiry, translation to be transmitted or soundplay again, fail to reach it is real-time and The effect of two-way interaction.

In addition, for the undesirable region of network signal reception, the translation service of the translation software of network possibly can not operate, It may lead to not provide translation service.

Invention content

In some embodiments, a kind of interactive translation system is provided.Interactive translation system includes the first headset, first Wireless communication device, the second headset and the second wireless communication device.First headset includes the first radio unit, the One audio Transmit-Receive Unit and the first broadcasting unit.First radio unit receives the first voice, and is converted as the first audio Signal.First audio Transmit-Receive Unit is electrically connected at the first radio unit, and the first audio Transmit-Receive Unit receives the first audio signal And it sends out again.First audio Transmit-Receive Unit can more receive external second transmitted and translate rear audio signal.First broadcasting unit electricity Property be connected to the first audio Transmit-Receive Unit, the first broadcasting unit receives second and translates rear audio signal, and is converted as second It translates rear voice and plays out, wherein the first voice and second translates rear voice as identical or different category of language.First wireless communication Device includes the first transceiver module, the first character code audio conversion unit and the first translation unit.First transceiver module communicates to connect In the first audio Transmit-Receive Unit and receive the first audio signal.First character code audio conversion unit is electrically connected at the first transmitting-receiving mould Block simultaneously receives the first audio signal.First character code audio conversion unit, which converts the first audio signal, to be become the first character code signal and returns The first transceiver module is transmitted to Wireless transceiver to go out.First transceiver module more wireless receiving is from the second external character code signal.The One translation unit is electrically connected at the first transceiver module, and it is that the first translation unit, which receives the second character code signal and is transcribed into, One translates rear character code signal.First character code audio conversion unit, which is more electrically connected at the first translation unit and receives first, translates rear character code Signal.First character code audio conversion unit conversion first translates rear character code signal and translates rear audio signal as second returns to first again Transceiver module, the first transceiver module translate rear audio signal by second again and are sent to the first audio Transmit-Receive Unit.Second headset Including the second radio unit, the second audio Transmit-Receive Unit and the second broadcasting unit.Second radio unit receives the second voice and will It is converted into the second audio signal.Second audio Transmit-Receive Unit is electrically connected at the second radio unit and receives the second audio letter Number and send out.Second audio Transmit-Receive Unit more receives external first transmitted and translates rear audio signal.Second broadcasting unit is electrical Be connected to the second audio Transmit-Receive Unit, the second broadcasting unit receive first translate rear audio signal and be converted and translated as first after Voice simultaneously plays out, wherein the second voice and first translates rear voice as identical or different category of language.Second wireless communication device Including the second transceiver module, the second character code audio conversion unit and the second translation unit.Second transceiver module is communicatively coupled to Two audio Transmit-Receive Units simultaneously receive the second audio signal.Second character code audio conversion unit is electrically connected at the second transceiver module simultaneously Receive the second audio signal.Second character code audio conversion unit, which converts the second audio signal, to be become the second character code signal and returns to Second transceiver module Wireless transceiver goes out, and there are no lines to be communicatively coupled to the first transceiver module for the second transceiver module, and receives the first word Code signal.Second translation unit is electrically connected at the second transceiver module, the second translation unit receive the first character code signal and by its Translation translates rear character code signal as first.Second character code audio conversion unit is electrically connected at the second translation unit and receives first Translate rear character code signal, the second character code audio conversion unit conversion first translates rear character code signal and translates rear audio signal as first returns again It is transmitted to the second transceiver module.Second transceiver module translates rear audio signal by first again and is sent to the first audio Transmit-Receive Unit.

In some embodiments, the first transceiver module and the second transceiver module separately include the direct-connected (wifi- of a wifi Direct) unit is wirelessly to connect.

In some embodiments, the first transceiver module and the first audio Transmit-Receive Unit separately include bluetooth unit with each other without Line communicates to connect.And in some embodiments, the first transceiver module and the first audio Transmit-Receive Unit can also wire communications each other Connection.

In some embodiments, the first wireless communication device further includes the first display unit to show that second translates rear character code letter Number, the second wireless communication device further include the second display unit to show that first translates rear character code signal.Further, first is aobvious Showing that unit is touch control display device to generate grapheme signal, the first transceiver module is electrically connected at the first display unit, and the One transceiver module receives grapheme signal and by its Wireless transceiver to the second transceiver module.

In one embodiment, a kind of interactive translation system is provided.Interactive translation system includes the first headset, the first nothing Line communication device, the second headset and the second wireless communication device.First headset includes the first radio unit, first Audio Transmit-Receive Unit and the first broadcasting unit.First radio unit receives the first voice, and is converted and believes as the first audio Number.First audio Transmit-Receive Unit is electrically connected at the first radio unit, and the first audio Transmit-Receive Unit receives the first audio signal simultaneously It sends out again.First audio Transmit-Receive Unit can more receive external second transmitted and translate rear audio signal.First broadcasting unit is electrical It is connected to the first audio Transmit-Receive Unit, the first broadcasting unit receives second and translates rear audio signal, and is converted and is translated as second It voice and plays out afterwards, wherein the first voice and second to translate rear voice be identical or different category of language.First wireless communication dress Set includes the first transceiver module, the first character code audio conversion unit and the first translation unit.First transceiver module is communicatively coupled to First audio Transmit-Receive Unit simultaneously receives the first audio signal.First character code audio conversion unit is electrically connected at the first transceiver module And receive the first audio signal.First character code audio conversion unit, which converts the first audio signal, becomes the first character code signal.First Translation unit is electrically connected at the first character code audio conversion unit and is transcribed into translating for first after receiving the first character code signal Character code signal afterwards.First transceiver module is more electrically connected at the first translation unit, receives first and translates rear character code signal and by its nothing Line is sent out.First transceiver module is more received translates rear character code signal from external second, and is sent to the first character code sound Frequency converting unit.First character code audio conversion unit conversion second translates rear character code signal and translates rear audio signal as second to be returned again To the first transceiver module.First transceiver module translates rear audio signal by second again and is sent to the first audio Transmit-Receive Unit.Second ear Wheat device includes the second radio unit, the second audio Transmit-Receive Unit and the second broadcasting unit.Second radio unit receives the second language Sound is simultaneously converted as the second audio signal.Second audio Transmit-Receive Unit is electrically connected at the second radio unit and receives second Audio signal is simultaneously sent out.Second audio Transmit-Receive Unit more receives external first transmitted and translates rear audio signal.Second broadcast is single Member is electrically connected at the second audio Transmit-Receive Unit, and the second broadcasting unit receives first and translates rear audio signal and be converted as the One translates rear voice and plays out, wherein the second voice and first translates rear voice as identical or different category of language.Second channel radio T unit includes the second transceiver module, the second character code audio conversion unit and the second translation unit.Second transceiver module communication link It is connected to the second audio Transmit-Receive Unit and receives the second audio signal.Second character code audio conversion unit is electrically connected at the second transmitting-receiving Module, and be converted as the second character code signal after receiving the second audio signal.Second translation unit is electrically connected at second It is transcribed into translating rear character code signal for second after character code audio conversion unit and the second character code signal of reception.Second transceiver module It is more electrically connected at the second translation unit and receives second and translate its Wireless transceiver to the second transceiver module after rear character code signal.The Two transceiver modules are communicatively coupled to the first transceiver module there are no line, and receive first translate rear character code signal after its be sent to the second word Code audio conversion unit.Second character code audio conversion unit conversion first translates rear character code signal and translates rear audio signal again as first Return to the second transceiver module.Second transceiver module translates rear audio signal by first again and is sent to the second audio Transmit-Receive Unit.

In some embodiments, the first transceiver module and the first audio Transmit-Receive Unit separately include bluetooth unit with each other without Line communicates to connect.And in some embodiments, the first transceiver module and the first audio Transmit-Receive Unit can also wire communications each other Connection.

In some embodiments, the first wireless communication device further includes the first display unit to show that second translates rear character code letter Number, the second wireless communication device further include the second display unit to show that first translates rear character code signal.Further, first is aobvious Show unit be touch control display device to generate grapheme signal, the first translation unit is electrically connected at the first display unit, and Grapheme signal is received, grapheme signal is translated and translate rear character code signal as first, is resent to by the first translation unit First transceiver module.

In one embodiment, a kind of interactive translation system is provided.Interactive translation system includes the first headset, the first nothing Line communication device, high in the clouds translating server, the second headset and the second wireless communication device.First headset includes the One radio unit, the first audio Transmit-Receive Unit and the first broadcasting unit.First radio unit receives the first voice, and is converted As the first audio signal.First audio Transmit-Receive Unit is electrically connected at the first radio unit.First audio Transmit-Receive Unit receives First audio signal is simultaneously sent out again.First audio Transmit-Receive Unit can more receive external second transmitted and translate rear audio signal.The One broadcasting unit is electrically connected at the first audio Transmit-Receive Unit, and the first broadcasting unit receives second and translates rear audio signal, and by its It is converted into second to translate rear voice and play out, wherein the first voice and second translates rear voice as identical or different category of language. First wireless communication device includes the first transceiver module and the first character code audio conversion unit.First transceiver module is communicatively coupled to First audio Transmit-Receive Unit, and go out its Wireless transceiver after receiving the first audio signal.First transceiver module more wireless receiving pair Its Wireless transceiver should be gone out after the first of the first audio signal translates rear character code signal.First transceiver module also wireless receiving second Translate rear character code signal.First character code audio conversion unit is electrically connected at the first transceiver module, the first character code audio conversion unit Receive and second translate rear character code signal, and be converted translate rear audio signal as second after be back to the first transceiver module.First Transceiver module transmits second and translates rear audio signal to the first audio Transmit-Receive Unit again.High in the clouds translating server wireless communication is connected to First transceiver module, high in the clouds translating server receives the first audio signal, and is translated and be converted into first and translate rear character code Signal.High in the clouds translating server simultaneously translates rear character code signal Wireless transceiver to the first transceiver module by first.Second headset packet Containing the second radio unit, the second audio Transmit-Receive Unit and the second broadcasting unit.Second radio unit receive the second voice and by its It is converted into the second audio signal.Second audio Transmit-Receive Unit is electrically connected at the second radio unit and receives the second audio signal And it sends out.Second audio Transmit-Receive Unit more receives external first transmitted and translates rear audio signal.Second broadcasting unit electrically connects It is connected to the second audio Transmit-Receive Unit.Second broadcasting unit reception first is translated rear audio signal and is converted translates rear sound as first It interrogates and plays out, wherein the second voice and first translates rear voice as identical or different category of language.Second wireless communication device packet Containing the second transceiver module and the second character code audio conversion unit.Second transceiver module is communicatively coupled to the second audio Transmit-Receive Unit simultaneously The second audio signal is received, the second transceiver module is more communicatively coupled to high in the clouds translating server with the second audio signal of Wireless transceiver To high in the clouds translating server.High in the clouds translating server the second audio signal is translated and be converted into second translate rear character code signal after It is back to the second transceiver module.There are no lines to be communicatively coupled to the first transceiver module for second transceiver module, after wireless receiving first is translated Simultaneously Wireless transceiver second translates rear character code signal to character code signal.Second character code audio conversion unit is electrically connected at the second transmitting-receiving mould Block, the second character code audio conversion unit receive and first translate rear character code signal, and changed into translate rear audio signal for first after return The second transceiver module is reached, the second transceiver module is sent to the second audio Transmit-Receive Unit.

In some embodiments, the first transceiver module and the second transceiver module separately include a wifi units with wireless each other Communication connection.Further, wifi unit wireless communicates to connect wireless router, and wireless router wireless communication connection high in the clouds is turned over Translate server.

In some embodiments, the first transceiver module and the second transceiver module separately include a long distance wireless transceiver, far It is connected to high in the clouds translating server away from wireless transceiver wireless communication.

In some embodiments, the first transceiver module and the first audio Transmit-Receive Unit separately include bluetooth unit with each other without Line communicates to connect.And in further embodiments, the first transceiver module and the first audio Transmit-Receive Unit can also cable modems each other Letter connection.

In some embodiments, the first headset and the second headset separately include the first recognition unit and the second knowledge Other unit.First recognition unit and the second recognition unit generate the first identification information and the second identification information respectively.First sound Frequency Transmit-Receive Unit is electrically connected at the first recognition unit, and the first audio Transmit-Receive Unit receives the first identification information and is sent to First transceiver module.Second audio Transmit-Receive Unit is electrically connected at the second recognition unit, and the second audio Transmit-Receive Unit receives first Identification information is simultaneously sent to the second transceiver module.First wireless communication device and the second wireless communication device separately include One authentication unit and the second authentication unit.First authentication unit is electrically connected at the first transceiver module and receives the first identification letter Breath.Second authentication unit is electrically connected at the second transceiver module and receives the second identification information.When the first authentication unit judges Without mistaking, the first transceiver module begins the first audio signal being sent to high in the clouds translating server one identification information.Second certification list Member judges the second identification information without mistaking, and the second transceiver module begins the second audio signal being sent to high in the clouds translating server.

In some embodiments, the first wireless communication device further includes the first display unit to show that second translates rear character code letter Number, the second wireless communication device further include the second display unit to show that first translates rear character code signal.Further, the first display Unit is touch control display device to generate grapheme signal.First transceiver module is electrically connected at the first display unit, and first Transceiver module receives grapheme signal and by its Wireless transceiver to high in the clouds translating server.

In some embodiments, the first audio signal, the second audio signal, first translate rear audio signal, second translate rear sound Frequency signal is uncompressed audio coding formats or compression audio coding formats.

In some embodiments, the first radio unit and the second radio unit separately include a microphone, wherein microphone For a micro-electro-mechanical microphone or a bone conduction type microphone.

In the above-described embodiments, between the first wireless communication device and the second wireless communication device of interactive translation system Communication connection, and transmitted in a manner of character code signal, reduce volume of transmitted data.Therefore, the speed of transmission can more be accelerated, this Outside, when network state is bad, this mode maintains the signal between the first wireless communication device and the second wireless communication device mutual It is dynamic.

Description of the drawings

Fig. 1 is the use state diagram of interactive translation system first embodiment.

Fig. 2 is the block schematic diagram of interactive translation system first embodiment.

Fig. 3 is that interactive another group of translation system connects mode block schematic diagram.

Fig. 4 is the operational flowchart of first embodiment interaction translation system.

Fig. 5 is the use state diagram of interactive translation system second embodiment.

Fig. 6 is the block schematic diagram of interactive translation system second embodiment.

Fig. 7 is the operational flowchart of second embodiment interaction translation system.

Fig. 8 is the use state diagram of interactive translation system 3rd embodiment.

Fig. 9 is the block schematic diagram of interactive translation system 3rd embodiment.

Figure 10 is the block schematic diagram of another transmission mode of interactive translation system 3rd embodiment.

Figure 11 is the operational flowchart of 3rd embodiment interaction translation system.

Figure 12 is the use state diagram of interactive translation system fourth embodiment.

Wherein reference numeral is：

Specific implementation mode

Fig. 1 is the use state diagram of interactive translation system first embodiment.As shown in Figure 1, first embodiment is mutual Dynamic translation system 1 includes the first headset 110, the first wireless communication device 120, the second headset 210 and the second nothing Line communication device 220.Using the user of the first voice V11 and the user of the second voice V22, can be filled by the first wireless communication Set 120 and second wireless communication device 220 wirelessly, and mutually with the first character code signal T11 and the second character code signal The mode of T22 is transmitted, then is translated, and reaches the function of interactive translation, reduces volume of transmitted data.

Fig. 2 is the block schematic diagram of interactive translation system first embodiment.As shown in Fig. 2, will be for the first headset 110, the first wireless communication device 120, the second headset 210, the second wireless communication device 220 and first wireless communication The mode that device 120 is wirelessly communicated with the second wireless communication device 220 explains in detail.

First headset 110 includes the first radio unit 111, the first audio Transmit-Receive Unit 113 and the first broadcasting unit 115.First radio unit 111 receives the first voice V11, and is converted as the first audio signal S11.Here, the first language Turning for the first audio signal S11 is given birth in the conversion of sound V11 and the first audio signal S11 between sound and electric signal, unlimited fixed output quota Change the format of mode and transformed first audio signal S11.First audio Transmit-Receive Unit 113 is electrically connected at the first radio reception Unit 111, the first audio Transmit-Receive Unit 113 receive the first audio signal S11 and are resent to the first wireless communication device 120. First audio Transmit-Receive Unit 113 can more receive the first wireless communication device 120 transmits second and translate rear audio signal S21.First Broadcasting unit 115 is electrically connected at the first audio Transmit-Receive Unit 113, and the first broadcasting unit 115 receives second and translates rear audio signal S21, and be converted and translate rear voice V21 as second and play out.It is to be appreciated that second translates rear voice V21 and is translated with second Audio signal S21 is similarly the conversion between sound and electric signal afterwards, and the conversion of rear audio signal S21 is translated in unlimited fixed output quota life second Mode and second translate rear audio signal S21 format.Here, it is identical or different that the first voice V11 translates rear voice V21 with second Category of language.

First wireless communication device 120 includes the first transceiver module 121, the first character code audio conversion unit 123 and first Translation unit 125.First transceiver module 121 is communicatively coupled to the first audio Transmit-Receive Unit 113 and receives the first audio signal S11.First character code audio conversion unit 123 is electrically connected at the first transceiver module 121 and receives the first audio signal S11, the One character code audio conversion unit 123, which converts the first audio signal S11, to be become the first character code signal T11 and returns to the first transmitting-receiving mould Block 121 is with Wireless transceiver to the second wireless communication device 220.The first more wireless receiving of transceiver module 121 comes from the second channel radio Second character code signal T22 of T unit 220.First translation unit 125 is electrically connected at the first transceiver module 121, the first translation Unit 125 receives the second character code signal T22 and is transcribed into translating rear character code signal T21 for first.First character code audio is converted Unit 123, which is more electrically connected at the first translation unit 125 and receives first, translates rear character code signal T21.First character code audio is converted The conversion of unit 123 first translates rear character code signal T21 and translates rear audio signal S21 as second returns to the first transceiver module 121 again. First transceiver module 121 translates rear audio signal S21 by second again and is sent to the first audio Transmit-Receive Unit 113.

Second headset 210 includes the second radio unit 211, the second audio Transmit-Receive Unit 213 and the second broadcasting unit 215.Second radio unit 211 receives the second voice V22 and is converted as the second audio signal S22.Second audio is received and dispatched Unit 213 is electrically connected at the second radio unit 211 and receives the second audio signal S22 and be sent to the second wireless communication device 220.Second audio Transmit-Receive Unit 213 more receives the second wireless communication device 220 transmits first and translates rear audio signal S12.The Two broadcasting units 215 are electrically connected at the second audio Transmit-Receive Unit 213, and the second broadcasting unit 215 receives first and translates rear audio letter Number S12 is simultaneously converted and translates rear voice V12 as first and play out.It is appreciated that be the second voice V22 and the second audio Between signal S22 and first translates rear voice V12 and first and translates conversions of the rear audio signal S12 between sound and electric signal, Conversion regime and the format of audio signal are not limited.It is identical or different language kind that second voice V22 and first, which translates rear voice V12, Class.

Second wireless communication device 220 includes the second transceiver module 221, the second character code audio conversion unit 223 and second Translation unit 225.Second transceiver module 221 is communicatively coupled to the second audio Transmit-Receive Unit 213 and receives the second audio signal S22.Second character code audio conversion unit 223 is electrically connected at the second transceiver module 221 and receives the second audio signal S22.The Two character code audio conversion units 223, which convert the second audio signal S22, to be become the second character code signal T22 and returns to the second transmitting-receiving mould 221 Wireless transceiver of block is to the first wireless communication device 120.There are no lines to be communicatively coupled to the first transmitting-receiving mould for second transceiver module 221 Block 121 simultaneously receives the first character code signal T11.Second translation unit 225 is electrically connected at the second transceiver module 221.Second translation Unit 225 receives the first character code signal T11 and is transcribed into translating rear character code signal T12 for first.Second character code audio is converted Unit 223, which is electrically connected at the second translation unit 225 and receives first, translates rear character code signal T12, and the conversion of the second character code audio is single 223 conversion first of member translates rear character code signal T12 and translates rear audio signal S12 as first returns to the second transceiver module 221 again.The Two transceiver modules 221 translate rear audio signal S12 by first again and are sent to the first audio Transmit-Receive Unit 213.

Here, wirelessly communicated between the second transceiver module 121 and the second transceiver module 221, and with the first character code signal T11 And second character code signal T12 be transmitted, since the archive content of character code signal is mainly plain text information, archives compared to The archives of audio signal are smaller, can reduce the transmission quantity of data, so that transmission speed can be substantially improved.As shown in Fig. 2, In some embodiments, the first transceiver module 121 and the second transceiver module 221 separately include wifi direct-connected (wifi-direct) Unit 1213,2213 is wirelessly to connect.Therefore, even if the environment bad in network signal, both sides still can tie up Wireless communication is held, the function of interactive translation is carried out.

In some embodiments, the first wireless communication device 120 further includes the first display unit 127, the first display unit 127 and first translation unit 125 be electrically connected, receive and second translate rear character code signal T21 to show on it.Second wireless communication Device 220 further includes the second display unit 227, and the second display unit 227 and the second translation unit 225 are electrically connected, and receives the One translates rear character code signal T12 to show on it.Display unit is provided is unfavorable for the environment listened in external sound field, such as sells Field, factory can show the character code signal after translating to provide the function of interactive translation by display unit.

Further, the first display unit 127 and/or the second display unit 227 are a touch control display device, Yong Huke With by input unit, such as finger or stylus are to generate grapheme signal H11/H22.Here, grapheme signal The format of H11/H22 is identical as the first character code signal T11, the second character code signal T22, can be used as the first character code signal T11, the Two character code signal T22 are directly wirelessly transferred, and the first transceiver module 121 is electrically connected at the first display unit 127, and first receives It sends out module 121 and receives grapheme signal H11 and by its Wireless transceiver to the second transceiver module 221.The transmission of character code signal H22 Mode is similar, and details are not described herein.In this way, providing can reach mutually when signal-to-noise ratio (SNR) is low in such a way that word inputs The effect of dynamic translation.This mode can also provide service to Dumb mute scholar, then be not necessarily to match headset at this time.

Fig. 3 is that interactive another group of translation system connects mode block schematic diagram.In fig. 2, the first transceiver module 121 and first Audio Transmit-Receive Unit 113 separately includes bluetooth unit 1211,1131 wirelessly to connect.And as shown in figure 3, first receives Sending out module 121 and the first audio Transmit-Receive Unit 113 can also connect in wire communication each other, for example, the first transceiver module 121 and the One audio Transmit-Receive Unit 113 all includes circuit socket portion 1217,1137.Circuit socket portion 1217,1137, can be for 3.5mm's The electric connector of interface, the electric connector of micro-USB or lightning.Therefore, the first headset 110 and first Wireless communication device 120 can be communicatively connected to each other by tone frequency channel wire or USB line.It these are only example, and it is without being limited thereto.The Two transceiver modules 221 and the second audio Transmit-Receive Unit 213 also may include bluetooth unit 2211,2131, can also use cable modem Letter connection.In the embodiment of Fig. 2, the needs of bluetooth unit 1211,1131 and 2211,2131 are mutually paired and could be communicated Connection, without interfering with each other.

Fig. 4 is the operational flowchart of first embodiment interaction translation system.As shown in figure 4, first embodiment interaction is translated The operating process S100 of system, first step S101 are in the first wireless communication device 120 and the second wireless communication device 220 Translation unit and character code audio conversion unit are installed.Here, translation unit and character code audio conversion unit can be application program Form, can also be card insert type be installed in the first wireless communication device 120 and the second wireless communication device 220.And energy Set the category of language to be translated.Then step S102 connects headset and wireless communication device.It herein can be with passing through The paired communication of bluetooth or the mode of wired connection connect the first headset 110 and the first wireless communication device 120, with And second headset 210 and the second wireless communication device 220.

In step S103, the first wireless communication device 120 and the second wireless communication device 220 are communicated to connect.Step S104 In, the first radio unit 111 of the first headset 110 receives the first voice V11, and its acoustic-electric is converted (sound Signal to electrical signal) become the first audio signal S11.Here, the component for receiving the first voice V11 is Microphone 1111 for smaller volume and obtains clear sound, microphone 1111 may be used micro-electro-mechanical microphone or Bone conduction type microphone, it is merely illustrative herein, but not limited to this.In step S105, the first audio of the first headset 110 is received and dispatched Unit 113 is wireless by the first transceiver module 121 for being sent to the first wireless communication device 120 of the first audio signal S11, first First character code audio conversion unit 123 of communication device 120 receives the first audio signal S11, and is converted as the first word Code signal T11.

In step S106, the first wireless communication device 120 wirelessly communicates the first character code signal T11 Wireless transceivers to second Second translation unit 215 of device 220, the second wireless communication device 220 receives the first character code signal T11, and is transcribed into Character code signal T12 after the first of the category of language set in secondary communication device 220 is translated.In step S107, the second communication dress It sets the reception of the second character code audio conversion unit 223 in 220 first and translates rear character code signal T12, be converted after being translated as first Audio signal S12.Second transceiver module 221 reception first is sent to the second headset again after translating rear character code signal S12 210.Step S108, the second broadcasting unit 215 of the second headset 220 are translated rear audio signal S12 electroacoustic by first and are converted (electrical signal to sound signal) translates rear voice V12 as first, and is played out.

Step S109 to step S113, the substantially flow of step S104 to S108 being reversed, order can be with steps S104 to S108 is exchanged.In step S109, the second radio unit 211 of the second headset 210 receives the second voice V22, and Its acoustic-electric is converted into the second audio signal S22.Similarly, the microphone 2111 in the second radio unit 211 is receiving Micro-electro-mechanical microphone or bone conduction type microphone may be used in second voice V22, microphone 2111.In step S110, the second ear Second audio Transmit-Receive Unit 213 of wheat device 210 is by second wireless communication device 220 that is sent to of the second audio signal S22 Second character code audio conversion unit 223 of the second transceiver module 221, the second wireless communication device 220 receives the second audio signal S22, and be converted as the second character code signal T22.

In step S111, the second wireless communication device 220 wirelessly communicates the second character code signal T22 Wireless transceivers to first First translation unit 115 of device 120, the first wireless communication device 120 receives the second character code signal T22, and is transcribed into Character code signal T21 after the second of the category of language set in first communication device 120 is translated.In step S112, the first communication dress It sets the reception of the first character code audio conversion unit 123 in 120 second and translates rear character code signal T21, be converted after being translated as second Audio signal S21.First transceiver module 121 reception second is sent to the first headset again after translating rear character code signal S21 110.Step S113, the first broadcasting unit 115 of the first headset 120 are translated rear audio signal S21 electroacoustic by second and are converted into Rear voice V21 is translated for second, and is played out.

Fig. 5 is the use state diagram of interactive translation system second embodiment.As shown in figure 5, Fig. 5 is similar to Fig. 1, but It is to be differed with first embodiment in the transmission of character code signal.The first wireless communication device 120 and second of Fig. 5 wirelessly communicates Between device 220, what is transmitted is first to translate rear character code signal T12 and second and translate rear character code signal T21.More detailed component and Signal transmission is explained in detail by Fig. 6.

Fig. 6 is the block schematic diagram of interactive translation system second embodiment.As shown in fig. 6, the interaction of second embodiment is turned over It includes the first headset 110, the first wireless communication device 120, the second headset 210 and the second nothing to translate system 2 equally Line communication device 220, wherein the first wireless communication device 120 and the second wireless communication device 220 are wirelessly.In Fig. 6 In, signal transmission and operating process and first mainly in the first wireless communication device 120 and the second wireless communication device 220 Embodiment differs.In a second embodiment, the first wireless communication device 120 includes the first transceiver module 121, the first character code sound Frequency converting unit 123 and the first translation unit 125.First transceiver module 121 is communicatively coupled to the first of the first headset 110 Audio Transmit-Receive Unit 113 simultaneously receives the first audio signal S11.First character code audio conversion unit 123 is electrically connected at the first receipts It sends out module 121 and receives the first audio signal S11, the first character code audio conversion unit 123, which converts the first audio signal S11, to be become First character code signal T11.First translation unit 125 is electrically connected at the first character code audio conversion unit 123 and receives the first word It is transcribed into translating rear character code signal T12 for first after code signal T11, the first transceiver module 121 is more electrically connected at first and turns over It translates unit 125, receives first and translate rear character code signal T12 and by its Wireless transceiver to the second wireless communication device 220.First transmitting-receiving What module 121 more received from the second wireless communication device 220 second translates rear character code signal T21, and is sent to the first word Code audio conversion unit 123, the first character code audio conversion unit 123 conversion second are translated after rear character code signal T21 translates as second Audio signal S21 returns to the first transceiver module 121 again.First transceiver module 121 is translated rear audio signal S21 by second again and is transmitted To the first audio Transmit-Receive Unit 113 of the first headset, to carry out follow-up electroacoustic conversion and broadcasting.

Second wireless communication device 220 includes the second transceiver module 221, the second character code audio conversion unit 223 and second Translation unit 225.Second transceiver module 221 is communicatively coupled to the second audio Transmit-Receive Unit 213 and receives and filled from the second headset Set 210 the second audio signal S22.Second character code audio conversion unit 223 is electrically connected at the second transceiver module 221, and connects It is converted as the second character code signal T22 after receiving the second audio signal S22.Second translation unit 225 is electrically connected at second It is transcribed into translating rear character code signal T21 for second after character code audio conversion unit 223 and the second character code signal T22 of reception.The Two transceiver modules 221 are more electrically connected at the second translation unit 225 and receive second and translate and wireless pass it after rear character code signal T21 It send to the second transceiver module 221.There are no lines to be communicatively coupled to the first transceiver module 121 for second transceiver module 221, and receives first It is sent to the second character code audio conversion unit 223 after translating rear character code signal T12.Second 223 turns of character code audio conversion unit It changes first and translates rear character code signal T12 and translate rear audio signal S12 as first and return to the second transceiver module 221 again.Second transmitting-receiving Module 221 translates rear audio signal S12 by first again and is sent to the second audio Transmit-Receive Unit 213.Second embodiment is different from first Embodiment is that second embodiment is first to be translated, then carry out character code signal and must be wirelessly transferred, therefore, in the first channel radio When T unit 120 and the second wireless communication device 220 communicate wirelessly to each other connection, the setting value of category of language each other must be obtained.

In some embodiments, the first transceiver module 121 and the second transceiver module 221 separately include the direct-connected (wifi- of wifi Direct) unit 1213,2213 is wirelessly to connect.Therefore, even if the environment bad in network signal, both sides are still It can maintain to wirelessly communicate, carry out the function of interactive translation.

In some embodiments, the first wireless communication device 120 further includes the first display unit 127, the first display unit 127 and first transceiver module 121 be electrically connected, receive and second translate rear character code signal T21 to show on it.Second wireless communication Device 220 further includes the second display unit 227, and the second display unit 227 and the second transceiver module 221 are electrically connected, and receives the One translates rear character code signal T12 to show on it.Further, the first display unit 127 and/or the second display unit 227 For a touch control display device, user can be by input unit, such as finger or stylus are to generate grapheme signal H11/ H22.The format of grapheme signal H11/H22 is identical as the first character code signal T11, the second character code signal T22.First translation is single Member 125 is electrically connected at the first display unit 127, receives grapheme signal H11, and the first translation unit 125 is by grapheme Signal translation translates rear character code signal T12 as first, is resent to the first transceiver module 121 to be sent to the second wireless communication dress Set 220.Conversely, also can oppositely be operated according to this in the second wireless communication device 220.

Fig. 7 is the operational flowchart of second embodiment interaction translation system.As shown in fig. 7, second embodiment interaction is translated The operating process S200 of system, first step S201 are in the first wireless communication device 120 and the second wireless communication device 220 Translation unit and character code audio conversion unit are installed.Here, translation unit and character code audio conversion unit can be application program Form, can also be card insert type be installed in the first wireless communication device 120 and the second wireless communication device 220.And energy Set the category of language to be translated.Then step S202 connects headset and wireless communication device.It herein can be with passing through The paired communication of bluetooth or the mode of wired connection connect the first headset 110 and the first wireless communication device 120, with And second headset 210 and the second wireless communication device 220.In step S203, the first wireless communication device 120 is communicated to connect And second wireless communication device 220, the first wireless communication device 120 and the second wireless communication device 220 and language is sent to set mutually Definite value.

In step S204, the first radio unit 111 of the first headset 110 receives the first voice V11, and by its acoustic-electric It is converted into the first audio signal S11.In step S205, the first audio Transmit-Receive Unit 113 of the first headset 110 is by first The first transceiver module 121 for being sent to the first wireless communication device 120 of audio signal S11, the first wireless communication device 120 First character code audio conversion unit 123 receives the first audio signal S11, and is converted as the first character code signal T11.Step In S206, the first character code signal T11 translations are become the language set by the second wireless communication device 220 by the first translation unit 115 Speech type first translates rear character code signal T12, then the first transceiver module 121 receive first translate rear character code signal T12 and by its Wireless transceiver is to the second wireless communication device 220.

In step S207, the second character code audio conversion unit 223 in secondary communication device 220 receives first and translates rear character code Signal T12 is converted and translates rear audio signal S12 as first.Second transceiver module 211 receives first and translates rear character code signal The second headset 210 is sent to after S12 again.The second broadcasting unit 215 of step S208, the second headset 220 will First, which translates rear audio signal S12 electroacoustic, is converted into first and translates rear voice V12, and is played out.

Step S209 to step S213, the substantially flow of step S204 to S208 being reversed, order can be with steps S204 to S208 is exchanged.In step S209, the second radio unit 211 of the second headset 210 receives the second voice V22, and Its acoustic-electric is converted into the second audio signal S22.In step S210, the second audio Transmit-Receive Unit of the second headset 210 213 wirelessly communicate the second transceiver module 221 for being sent to the second wireless communication device 220 of the second audio signal S22, second Second character code audio conversion unit 223 of device 220 receives the second audio signal S22, and is converted and believes as the second character code Number T22.In step S211, the second character code signal T22 translations are translated rear character code signal T21 by the second translation unit 215 as second. Second transceiver module 211 receives second and translates rear character code signal T21, and by its Wireless transceiver to the first wireless communication device 120.

In step S212, the first character code audio conversion unit 123 in first communication device 120 receives second and translates rear character code Signal T21 is converted and translates rear audio signal S21 as second.First transceiver module 121 receives second and translates rear character code signal The first headset 110 is sent to after S21 again.The first broadcasting unit 115 of step S113, the first headset 120 will Second, which translates rear audio signal S21 electroacoustic, is converted into second and translates rear voice V21, and is played out.

Fig. 8 is the use state diagram of interactive translation system 3rd embodiment.Fig. 9 is that interactive translation system third is implemented The block schematic diagram of example.As can be seen from figures 8 and 9, the interactive translation system 3 of 3rd embodiment includes the first headset 110, the One wireless communication device 120, the second headset 210, the second wireless communication device 220 and high in the clouds translating server 300. First wireless communication device 120 wirelessly connect with the second wireless communication device 220, the first wireless communication device 120 Wirelessly connect with high in the clouds translating server 300, the second wireless communication device 220 and high in the clouds translating server 300 that This wireless communication connection.In the third embodiment, the first headset 110, the signal transmission of the second headset 210 and operation Mode is identical as first embodiment, second embodiment, is wirelessly communicated below in the first wireless communication device 120, second The structure of device 220 and high in the clouds translating server 300, operating process explained in greater detail.

First wireless communication device 120 include the first transceiver module 121 and the first character code audio conversion unit 123, first Transceiver module 121 is communicatively coupled to the first audio Transmit-Receive Unit 113 of the first headset 110, and receives the first audio signal By its Wireless transceiver to high in the clouds translating server 300 after S11, the first more wireless receiving of transceiver module 121 is from high in the clouds translation clothes Business device 300 goes out its Wireless transceiver to the second channel radio after translating rear character code signal T12 corresponding to the first of the first audio signal S11 T unit 120.First transceiver module 121 goes back wireless receiving and second translates rear character code signal from the second wireless communication device 120 T21.First character code audio conversion unit 123 is electrically connected at the first transceiver module 121, the first character code audio conversion unit 123 Receive and second translate rear character code signal T21, and be converted translate rear audio signal S21 as second after be back to the first transceiver module 121.First transceiver module 121 transmits the first audio that second translates rear audio signal S21 to the first headset 110 and receives and dispatches list again Member 113.High in the clouds translating server 300, wireless communication are connected to the first transceiver module 121.High in the clouds translating server 300 wirelessly connects The first audio signal S11 is received, and is translated and is converted into first and translate rear character code signal T12.High in the clouds translating server 300 is simultaneously Rear character code signal T12 Wireless transceivers are translated to the first transceiver module 121 by first.

Second wireless communication device 220 includes the second transceiver module 221 and the second character code audio conversion unit 223.Second Transceiver module 221 is communicatively coupled to the second audio Transmit-Receive Unit 213 of the second headset 210 and receives the second audio signal S22, the second transceiver module 221 are more communicatively coupled to high in the clouds translating server 300 with Wireless transceiver the second audio signal S22 to cloud Hold translating server 300.Second audio signal S22 is translated and is converted into corresponding to the first nothing by high in the clouds translating server 300 The second of the category of language of line communication device 120 is back to the second transceiver module 221 after translating rear character code signal T21.Second transmitting-receiving There are no lines to be communicatively coupled to the first transceiver module 121 for module 221, and wireless receiving first translates rear character code signal T12 and Wireless transceiver Second translates rear character code signal T21.Second character code audio conversion unit 223 is electrically connected at the second transceiver module 221, the second character code Audio conversion unit 223 receives and first translates rear character code signal T12, and changed into translate rear audio signal S12 for first after return To the second transceiver module 221.Second transceiver module 221 translates rear audio signal S12 by first again and is sent to the second audio transmitting-receiving list Member 213.

As shown in figure 9, in some embodiments, the first transceiver module 121 and the second transceiver module 221 separately include long distance Wireless transceiver 1215,2215, the first transceiver module 121 and the second transceiver module 221 by long distance wireless transceiver 1215, 2215 wireless communications are connected to high in the clouds translating server 300.Long distance wireless transceiver 1215,2215 meets the remote of current 3G/4G Away from communication protocol standard or other mobile data communication protocol standards, Mobile Data Network may be directly connected to.

As shown in Figure 10, in further embodiments, the first transceiver module 121 is separately included with the second transceiver module 221 Wifi units 1219,2219 are wirelessly to connect.Here, with the direct-connected patterns of wifi between wifi units 1219,2219 It is connected with each other, in addition, wifi units 1219,2219 wirelessly communicate connection wireless router 400, wireless router 400 more respectively Wireless communication connects high in the clouds translating server 300, that is, this is in the environment of having wifi network, can be with wireless router 400 are connected to Mobile Data Network.It is example that above are only, and without being limited thereto, for example, the mode of above two wireless communication connection It can and deposit, or in addition increase the short range wireless transceivers such as infrared ray, Zigbee and the wireless communication of wireless router 400 company It connects.

In some embodiments, the first transceiver module 121 and the first audio Transmit-Receive Unit 113 separately include bluetooth unit 1211,1131 wirelessly to connect.And in further embodiments, the first transceiver module 121 and the transmitting-receiving of the first audio Unit 113 can also connect in wire communication each other, for example, the first transceiver module 121 and the first audio Transmit-Receive Unit 113 all include Circuit socket portion 1217,1137.Circuit socket portion 1217,1137 can be the electrical connection of the interface, micro-USB of 3.5mm The electric connector of device or lightning, so as to communicatively connected to each other by message line or USB line.It these are only and show Example, and it is without being limited thereto.Second transceiver module 221 and the second audio Transmit-Receive Unit 213 also may include bluetooth unit 2211,2131, Wire communication can also be used to connect.The needs of bluetooth unit 1211,1131 and 2211,2131, which are mutually paired, could carry out communication link It connects, without interfering with each other.

In addition, as shown in figure 9, in some embodiments, the first headset 110 and the second headset 210 wrap respectively Containing the first recognition unit 117 and the second recognition unit 217, the first identification information ID1 and the second identification information are generated respectively ID2.First audio Transmit-Receive Unit 113 is electrically connected at the first recognition unit 117, and the first audio Transmit-Receive Unit 113 receives first Identification information ID1 is simultaneously sent to the first transceiver module 121.Second audio Transmit-Receive Unit 213 is electrically connected at the second identification Unit 217, the second audio Transmit-Receive Unit 213 receive the first identification information ID2 and are sent to the second transceiver module 221.The One wireless communication device 120 and the second wireless communication device 220 separately include one first authentication unit 129 and the second authentication unit 229, the first authentication unit 129 is electrically connected at the first transceiver module 121 and receives the first identification information ID1, the second certification list Member 229 is electrically connected at the second transceiver module 221 and receives the second identification information ID1, when the first authentication unit 129 judges first Without mistaking, the first transceiver module 121 begins the first audio signal S11 being sent to high in the clouds translating server 300 identification information ID1, When the second authentication unit 229 judges the second identification information ID2 without mistaking, the second transceiver module 221 begins the second audio signal S22 It is sent to high in the clouds translating server 300.

Here, since 3rd embodiment is that high in the clouds translating server 300 is translated, general high in the clouds translating server 300 Dosage is limited or needs to pay, therefore, the first identification information ID1 and the second identification information ID2 are contained and set Fixed category of language and product key.

As shown in figure 9, in some embodiments, the first wireless communication device 120 further includes the first display unit 127, the One display unit 127 and the first transceiver module 121 are electrically connected, and are received second and are translated rear character code signal T21 to show on it.The Two wireless communication devices 220 further include the second display unit 227, and the second display unit 227 electrically connects with the second transceiver module 221 It connects, receives first and translate rear character code signal T12 to show on it.Further, the first display unit 127 and/or second is aobvious Show that unit 227 is a touch control display device, user can be by input unit, such as finger or stylus are to generate grapheme Signal H11/H22.The format of grapheme signal H11/H22 is identical as the first character code signal T11, the second character code signal T22.The One transceiver module 121 is electrically connected at the first display unit 127, and the first transceiver module 121 receives grapheme signal H11 and will Its Wireless transceiver directly carries out the translation of character code signal to high in the clouds translating server 300.

In some embodiments, the first audio signal S11, the second audio signal S22, first translate rear audio signal S12, Two translate rear audio signal S21 as uncompressed audio coding formats, such as .wav, can also be a compression audio coding formats, example Such as .flac .ape .mp3 .wma .ogg.It these are only example, but not limited to this, as long as the first wireless communication dress can be met Set 120 or second wireless communication device 220 and high in the clouds translating server 300 transformat.

In addition, with first embodiment, the difference of second embodiment in 3rd embodiment, turned over high in the clouds with wireless communication Server 300 is translated to be translated.3rd embodiment can also adopt the mode of first embodiment, the first transceiver module 121 and Two transceiver modules 221 can transmit the first character code signal T11 and the second character code signal T22 to the second transceiver module 221 and respectively One transceiver module 121, the first transceiver module 121 and the second transceiver module 221 are again respectively by the second character code signal T22 and the first word It code signal T11 and is sent to high in the clouds translating server 300 and is translated.In addition, 3rd embodiment can also be with first embodiment Or second embodiment is used in mixed way, for example, under the conditions of network signal is good, by the way of 3rd embodiment and in net Under conditions of network signal is bad, by the way of the first embodiment or the second embodiment.

Figure 11 is the operational flowchart of interactive translation system 3rd embodiment.As shown in figure 11, interactive translation system first The operating process S300 of embodiment, first step S301 are connection headset and wireless communication device.First headset 110 And second headset 120 can in a wireless or wired way respectively with the first wireless communication device 120 and second wirelessly communicate Device 120 communicates to connect.Step S302 is certification headset and wireless communication device, and step S302 is selectable, if choosing When selecting this step of progress, the first headset 110 and the second headset 120 are respectively transmitted the first identification information ID1 and second Identification information ID2 is to the first wireless communication device 120 and the second wireless communication device 120.First wireless communication device 120 and Two wireless communication devices 220 judge whether the first identification information ID1 and the second identification information ID2 correct respectively, if it is correct begin into The follow-up step of row, if incorrect until this step.

Step 303, the first wireless communication device 120 and high in the clouds translating server 300 and and second wireless are communicated to connect Communication device 220 and high in the clouds translating server 300.Step S304, the first wireless communication device of communication connection 120 and second is wireless Communication device 220.The order of step S303 and step S304 can also be exchanged.In step S305, the of the first headset 110 One radio unit 111 receives the first voice V11, and its acoustic-electric is converted into the first audio signal S11.In step S306, the First audio signal S11 is sent to the first wireless communication device by the first audio Transmit-Receive Unit 113 of one headset 110 120 the first transceiver module 121.In step S307, the first transceiver module 121 is by the first audio signal S11 Wireless transceivers to cloud Translating server 300, high in the clouds translating server 300 is held to be translated and be converted into first and translate rear character code signal T21, and wireless Return to the first wireless communication device 120.In step S308, the first transceiver module 121 receives first and translates rear character code signal T12 simultaneously By its Wireless transceiver to the second wireless communication device 220.In step S309, the second character code audio in secondary communication device 220 Converting unit 223 receives first and translates rear character code signal T12, is converted and translates rear audio signal S12 as first.Second transmitting-receiving mould The reception of block 211 first is sent to the second headset 210 again after translating rear character code signal S12.Step S310, the second headset dress Set 220 the second broadcasting unit 215 and by first translate rear audio signal S12 electroacoustic and be converted into first and translate rear voice V12, and by its It plays out.

Step S311 to the step S316 substantially flows of step S305 to S310 being reversed, order can be with step S305 to S310 is exchanged.In step S311, the second radio unit 211 of the second headset 210 receives the first voice V22, and Its acoustic-electric is converted into the second audio signal S22.In step S312, the second audio Transmit-Receive Unit of the second headset 210 213 by the second transceiver module 221 for being sent to the second wireless communication device 220 of the second audio signal S22.In step S313, Second transceiver module 221 is by the second audio signal S22 Wireless transceivers to high in the clouds translating server 300, high in the clouds translating server 300 It is translated and is converted into second and translate rear character code signal T12, and wirelessly return to the second wireless communication device 220.Step In S314, the second transceiver module 221 receives second and translates rear character code signal T21 and by its Wireless transceiver to the first wireless communication device 120.In step S315, the first character code audio conversion unit 123 in first communication device 120 receives second and translates rear character code signal T21 is converted and translates rear audio signal S21 as second.After rear character code signal S21 is translated in first transceiver module 111 reception second It is sent to the first headset 110 again.The first broadcasting unit 115 of step S316, the first headset 120 are translated second Audio signal S21 electroacoustic is converted into second and translates rear voice V21 afterwards, and is played out.

Figure 12 is the use state diagram of interactive translation system fourth embodiment.As shown in figure 12, interactive translation system More can multidirectional translation be extended for by two-way translation, for example, interactive translation system 4 includes the first wireless communication device 120, the Two wireless communication devices 220 and third wireless communication device 320.Headset part is as previously mentioned, details are not described herein.First 120 Wireless transceiver of wireless communication device second translate rear character code signal T12 to the second wireless communication device 220, transmission third translate after Character code signal T13 is to third wireless communication device 320.Second wireless communication device 220 transmission first translates rear character code signal T21 extremely First wireless communication device 120 and the 4th translates rear character code signal T23 to third wireless communication device 320.Third wirelessly communicates The transmission of device 320 the 5th translates rear character code signal T31 and translates rear character code signal T32 extremely to the first wireless communication device 120 and the 6th Second wireless communication device 220.In addition, second translates rear character code signal T12 and also optionally transmits.This mode is more suitable in blueness Year hotel, backpacker hotel, this kind of multinational nationality in students' dormitory, multilingual communication and dialogue.

In the above-described embodiments, interactive translation system by the first wireless communication device and the second wireless communication device that This communication connection, and be transmitted in a manner of character code signal.Therefore, volume of transmitted data can be reduced, transmission can be more accelerated Speed, thus can reach even if translation the effect of.In addition, even if when network state is bad, the transmission of smaller file still may be used To be continued for, without being affected.

Claims (23)

1. a kind of interaction translation system, which is characterized in that include：

One first headset, including one first radio unit, one first audio Transmit-Receive Unit and one first broadcasting unit, this One radio unit receives one first voice, and is converted as one first audio signal, and the first audio Transmit-Receive Unit is electrical It is connected to first radio unit, which receives first audio signal and send out again, first sound Frequency Transmit-Receive Unit can more receive external one second transmitted and translate rear audio signal, first broadcasting unit be electrically connected at this first Audio Transmit-Receive Unit, which receives this and second translates rear audio signal, and is converted and translates rear language as one second Sound simultaneously plays out, wherein first voice with this second translate rear voice be identical or different category of language；

One first wireless communication device, including one first transceiver module, one first character code audio conversion unit and one first translation Unit, first transceiver module are communicatively coupled to the first audio Transmit-Receive Unit and receive first audio signal, first word Code audio conversion unit is electrically connected at first transceiver module and receives first audio signal, the first character code audio conversion Cell translation first audio signal becomes one first character code signal and returns to first transceiver module to go out with Wireless transceiver, should First transceiver module more wireless receiving from one second external character code signal, first translation unit be electrically connected at this first Transceiver module, first translation unit receive second character code signal and are transcribed into translating rear character code signal for one first, should First character code audio conversion unit, which is more electrically connected at first translation unit and receives this, first translates rear character code signal, this first Character code audio conversion unit convert this first translate rear character code signal as this second translate rear audio signal return to again this first receive Send out module, which second translates this rear audio signal and be sent to the first audio Transmit-Receive Unit again；

One second headset, including one second radio unit, one second audio Transmit-Receive Unit and one second broadcasting unit, this Two radio units receive one second voice and are converted as one second audio signal, which electrically connects It is connected to second radio unit and receives second audio signal and send out, which more receives external biography One first come translates rear audio signal, which is electrically connected at the second audio Transmit-Receive Unit, second broadcast Unit receives this and first translates rear audio signal and be converted and translate rear voice as one first and play out, wherein second voice With this first translate rear voice be identical or different category of language；And

One second wireless communication device, including one second transceiver module, one second character code audio conversion unit and one second translation Unit, second transceiver module are communicatively coupled to the second audio Transmit-Receive Unit and receive second audio signal, second word Code audio conversion unit is electrically connected at second transceiver module and receives second audio signal, the second character code audio conversion Cell translation second audio signal becomes second character code signal and returns to the second transceiver module Wireless transceiver, this There are no lines to be communicatively coupled to first transceiver module for two transceiver modules, and receives first character code signal, second translation unit It is electrically connected at second transceiver module, it is one first which, which receives first character code signal and be transcribed into, Translate rear character code signal, the second character code audio conversion unit, which is electrically connected at second translation unit and receives this, first translates rear character code Signal, the second character code audio conversion unit convert this and first translate rear character code signal and first translate rear audio signal as this and return to again This first is translated rear audio signal and is sent to the first audio Transmit-Receive Unit by second transceiver module, second transceiver module again.

2. interaction translation system as described in claim 1, which is characterized in that first transceiver module and second transceiver module The direct-connected units of a wifi are separately included wirelessly to connect.

3. interaction translation system as described in claim 1, which is characterized in that first transceiver module and first audio transmitting-receiving Unit separately includes a bluetooth unit wirelessly to connect.

4. interaction translation system as described in claim 1, which is characterized in that first transceiver module and first audio transmitting-receiving Wire communication connects unit each other.

5. interaction translation system as described in claim 1, which is characterized in that first wireless communication device further includes one first Display unit is to show that this second translates rear character code signal, second wireless communication device further includes one second display unit to show This first translates rear character code signal.

6. interaction translation system as claimed in claim 5, which is characterized in that first display unit is a touch control display device To generate a handwritten word code signal, which is electrically connected at first display unit, which connects Receive the grapheme signal and by its Wireless transceiver to second transceiver module.

7. a kind of interaction translation system, which is characterized in that include：

One first headset, including one first radio unit, one first audio Transmit-Receive Unit and one first broadcasting unit, this One radio unit receives one first voice, and is converted as one first audio signal, and the first audio Transmit-Receive Unit is electrical It is connected to first radio unit, which receives first audio signal and send out again, first sound Frequency Transmit-Receive Unit can more receive external one second transmitted and translate rear audio signal, first broadcasting unit be electrically connected at this first Audio Transmit-Receive Unit, which receives this and second translates rear audio signal, and is converted and translates rear language as one second Sound simultaneously plays out, wherein first voice with this second translate rear voice be identical or different category of language；

One first wireless communication device, including one first transceiver module, one first character code audio conversion unit and one first translation Unit, first transceiver module are communicatively coupled to the first audio Transmit-Receive Unit and receive first audio signal, first word Code audio conversion unit is electrically connected at first transceiver module and receives first audio signal, the first character code audio conversion Cell translation first audio signal becomes one first character code signal, which is electrically connected at the first character code sound Frequency converting unit simultaneously is transcribed into translating rear character code signal for one first after receiving first character code signal, first transceiver module It is more electrically connected at first translation unit, this is received and first translates rear character code signal and go out its Wireless transceiver, first transmitting-receiving Module is more received translates rear character code signal from external one second, and is sent to the first character code audio conversion unit, should First character code audio conversion unit convert this second translate rear character code signal as this second translate rear audio signal return to again this One transceiver module, first transceiver module translate rear audio signal by second again and are sent to the first audio Transmit-Receive Unit；

One second headset, including one second radio unit, one second audio Transmit-Receive Unit and one second broadcasting unit, this Two radio units receive one second voice and are converted as one second audio signal, which electrically connects It is connected to second radio unit and receives second audio signal and send out, which more receives external biography One first come translates rear audio signal, which is electrically connected at the second audio Transmit-Receive Unit, second broadcast Unit receives this and first translates rear audio signal and be converted and translate rear voice as one first and play out, wherein second voice With this first translate rear voice be identical or different category of language；And

One second wireless communication device, including one second transceiver module, one second character code audio conversion unit and one second translation Unit, second transceiver module are communicatively coupled to the second audio Transmit-Receive Unit and receive second audio signal, second word Code audio conversion unit is electrically connected at second transceiver module, and receives and be converted after second audio signal as one the Two character code signals, second translation unit are electrically connected at the second character code audio conversion unit and receive second character code signal After be transcribed into second translating rear character code signal for this, which is more electrically connected at second translation unit and connects It receives this second to translate its Wireless transceiver to second transceiver module after rear character code signal, there are no line communication links for second transceiver module Be connected to first transceiver module, and receive this first translate rear character code signal after its be sent to the second character code audio conversion unit, The second character code audio conversion unit converts this and first translates rear character code signal and first translate rear audio signal as this and return to this again This first is translated rear audio signal and is sent to the second audio Transmit-Receive Unit by the second transceiver module, second transceiver module again.

8. interaction translation system as claimed in claim 7, which is characterized in that first transceiver module and second transceiver module The direct-connected units of a wifi are separately included wirelessly to connect.

9. interaction translation system as claimed in claim 7, which is characterized in that first transceiver module and first audio transmitting-receiving Unit separately includes a bluetooth unit wirelessly to connect.

10. interaction translation system as claimed in claim 7, which is characterized in that first transceiver module and first audio are received Wire communication connects bill member each other.

11. interaction translation system as claimed in claim 7, which is characterized in that first wireless communication device further includes one the One display unit is to show that this second translates rear character code signal, second wireless communication device further includes one second display unit with aobvious Show that this first translates rear character code signal.

12. interaction translation system as claimed in claim 11, which is characterized in that first display unit shows for a touch-control and sets For to generate a handwritten word code signal, which is electrically connected at first display unit, and receives the handwritten word Grapheme signal translation is become this and first translates rear character code signal by code signal, first translation unit, be resent to this One transceiver module.

13. a kind of interaction translation system, which is characterized in that include：

One first headset, including one first radio unit, one first audio Transmit-Receive Unit and one first broadcasting unit, this One radio unit receives one first voice, and is converted as one first audio signal, and the first audio Transmit-Receive Unit is electrical It is connected to first radio unit, which receives first audio signal and send out again, first sound Frequency Transmit-Receive Unit can more receive external one second transmitted and translate rear audio signal, first broadcasting unit be electrically connected at this first Audio Transmit-Receive Unit, which receives this and second translates rear audio signal, and is converted and translates rear language as one second Sound simultaneously plays out, wherein first voice with this second translate rear voice be identical or different category of language；

One first wireless communication device, including one first transceiver module and one first character code audio conversion unit, first transmitting-receiving Module is communicatively coupled to the first audio Transmit-Receive Unit, and goes out its Wireless transceiver after receiving first audio signal, this first Transceiver module more wireless receiving goes out its Wireless transceiver after translating rear character code signal corresponding to the one first of first audio signal, should First transceiver module also wireless receiving 1 second translates rear character code signal, the first character code audio conversion unit be electrically connected at this One transceiver module, which receives this and second translates rear character code signal, and is converted as one second Be back to first transceiver module after translating rear audio signal, first transceiver module transmit again this second translate rear audio signal to should First audio Transmit-Receive Unit；

One high in the clouds translating server, wireless communication are connected to first transceiver module, which should First audio signal, and translated and be converted into this and first translate rear character code signal, the high in the clouds translating server and by this One translates rear character code signal Wireless transceiver to first transceiver module；

One second headset, including one second radio unit, one second audio Transmit-Receive Unit and one second broadcasting unit, this Two radio units receive one second voice and are converted as one second audio signal, which electrically connects It is connected to second radio unit and receives second audio signal and send out, which more receives external biography One first come translates rear audio signal, which is electrically connected at the second audio Transmit-Receive Unit, second broadcast Unit receives this and first translates rear audio signal and be converted and translate rear message as one first and play out, wherein second voice With this first translate rear voice be identical or different category of language；And

One second wireless communication device, including one second transceiver module and one second character code audio conversion unit, second transmitting-receiving Module is communicatively coupled to the second audio Transmit-Receive Unit and receives second audio signal, which more communicates to connect In the high in the clouds translating server with Wireless transceiver second audio signal to the high in the clouds translating server, the high in the clouds translating server Second audio signal is translated and be converted into this second translate rear character code signal after be back to second transceiver module, this second Transceiver module is communicatively coupled to first transceiver module there are no line, wireless receiving this first translate rear character code signal and Wireless transceiver should Second translates rear character code signal, which is electrically connected at second transceiver module, the second character code sound Frequency converting unit receives this and first translates rear character code signal, and changed into translated for one first be back to after rear audio signal this second Transceiver module, second transceiver module transmit this and first translate rear audio signal to the second audio Transmit-Receive Unit.

14. interaction translation system as claimed in claim 13, which is characterized in that first transceiver module and the second transmitting-receiving mould Block separately includes a wifi units wirelessly to connect.

15. interaction translation system as claimed in claim 14, which is characterized in that wifi unit wireless communication connection one is wireless Router, wireless router wireless communication connect the high in the clouds translating server.

16. interaction translation system as claimed in claim 13, which is characterized in that first transceiver module and the second transmitting-receiving mould Block separately includes a long distance wireless transceiver, and long distance wireless transceiver wireless communication is connected to the high in the clouds translating server.

17. interaction translation system as claimed in claim 13, which is characterized in that first transceiver module and first audio are received Bill member separately includes a bluetooth unit wirelessly to connect.

18. interaction translation system as claimed in claim 13, which is characterized in that first transceiver module and first audio are received Wire communication connects bill member each other.

19. interaction translation system as claimed in claim 13, which is characterized in that first headset and second headset dress It sets and separately includes one first recognition unit and one second recognition unit, generate one first identification information and one second identification respectively Information, the first audio Transmit-Receive Unit are electrically connected at first recognition unit, the first audio Transmit-Receive Unit receive this first Identification information is simultaneously sent to first transceiver module, and it is single which is electrically connected at second identification Member, the second audio Transmit-Receive Unit receive the first identification information and are sent to second transceiver module, first channel radio T unit and second wireless communication device separately include one first authentication unit and one second authentication unit, the first certification list Member is electrically connected at first transceiver module and receives first identification information, second authentication unit be electrically connected at this second Transceiver module simultaneously receives second identification information, and when first authentication unit judges first identification information without mistaking, this first Transceiver module begins first audio signal being sent to the high in the clouds translating server, when second authentication unit judges second knowledge Without mistaking, which begins second audio signal being sent to the high in the clouds translating server other information.

20. interaction translation system as claimed in claim 13, which is characterized in that first wireless communication device further includes one the One display unit is to show that this second translates rear character code signal, second wireless communication device further includes one second display unit with aobvious Show that this first translates rear character code signal.

21. interaction translation system as claimed in claim 20, which is characterized in that first display unit shows for a touch-control and sets For to generate a handwritten word code signal, which is electrically connected at first display unit, first transceiver module Receive the grapheme signal and by its Wireless transceiver to the high in the clouds translating server.

22. interaction translation system as claimed in claim 13, which is characterized in that first audio signal, second audio letter Number, this first translate rear audio signal, this second translate rear audio signal be uncompressed audio coding formats or one compression audio coding Format.

23. interaction translation system as claimed in claim 13, which is characterized in that first radio unit and the second radio reception list Member separately includes a microphone, and wherein the microphone is a micro-electro-mechanical microphone or a bone conduction type microphone.