CN110069788A - Communication device, translation on line system and method based on bluetooth - Google Patents
Communication device, translation on line system and method based on bluetooth Download PDFInfo
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- CN110069788A CN110069788A CN201910274902.7A CN201910274902A CN110069788A CN 110069788 A CN110069788 A CN 110069788A CN 201910274902 A CN201910274902 A CN 201910274902A CN 110069788 A CN110069788 A CN 110069788A
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- 238000013519 translation Methods 0.000 title claims abstract description 158
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F40/00—Handling natural language data
- G06F40/40—Processing or translation of natural language
- G06F40/58—Use of machine translation, e.g. for multi-lingual retrieval, for server-side translation for client devices or for real-time translation
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04B—TRANSMISSION
- H04B5/00—Near-field transmission systems, e.g. inductive or capacitive transmission systems
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
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Abstract
The present invention provides a kind of communication devices based on bluetooth, translation on line system and method, communication device, including control equipment and audio input output channel group, it include: the first voice-grade channel, including the first Bluetooth control chip and the first audio input-output device, the first radiofrequency signal is transmitted between the two；Second voice-grade channel, including the second Bluetooth control chip and the second audio input-output device, transmit the second radiofrequency signal between the two；Controlling equipment includes main control chip, coordinates signal to the first Bluetooth control chip and the second Bluetooth control chip transmission level；First Bluetooth control chip and the second Bluetooth control chip generate the first transmitting-receiving timing and the second transmitting-receiving timing with different reference clocks respectively, keep the first radiofrequency signal and the second radiofrequency signal independent in timing.After adopting the above technical scheme, realizing that communication both sides are two-way in real time based on human translation and not hindering interaction, meet the special messenger under changeable scene at any time by novel communication mode and translate demand.
Description
Technical field
The present invention relates to the communications field more particularly to a kind of communication devices based on bluetooth, translation on line system and method.
Background technique
Along with the step of globalization, the connection between different language crowd is increasingly extensive.In face of the language of rapid growth
Service market, traditional translation company and traditional simultaneous interpretation mode can no longer meet huge market demand, be applied to
The translation application (APP) and independent intelligent translation hardware product (translator) of smart phone are come into being.
APP or translator are translated because it has excellent interference free performance, scene adaptability, stronger security privacy is protected
Shield, it is lower using price etc. advantage, a large amount of application is commercially available.But it using above-mentioned translation APP and is turned in user
When translating machine, due to the limitation of translation skill, it is more biased towards in the personal entertainment demand of travel abroad crowd, or be more suitable for daily
Session operational scenarios.When needing the scene demand of high-end translation service in face of enterprise commerce contact etc., it is unable to satisfy such scene
Precisely, demand is quickly translated.
Many users still select the auxiliary using communication device and translator, in actual use, need to wear sound as a result,
Frequency input-output apparatus, but since the limitation of communication pattern, Chang Yingyong generate voice in a side, other receive voice in many ways
One-way interaction scene can not really realize accurate translation when the smooth exchange of two sides and exchange.
Further, since high-quality translator's is rare, user is commonly encountered when looking for suitable translator and is pressed for time
Suddenly, the problems such as personnel ability is insufficient, charge is excessively high brings undesirable problem for enterprise commerce contact.
Therefore, it is necessary to a kind of novel communication devices and interpretive scheme, and communicating pair real time full duplex on the one hand can be achieved
Communication way, on the other hand can provide that usage scenario is polynary, cost under the mode for retaining Professional translator's translation on line
Cheap, workable feature whenever and wherever possible.
Summary of the invention
In order to overcome the above technical defects, the purpose of the present invention is to provide a kind of communication devices based on bluetooth, online
Translation system and method are realized that communication both sides are two-way in real time and are not hindered interaction, passed through novel communication based on human translation
Mode meets the special messenger under changeable scene at any time and translates demand.
The invention discloses a kind of communication devices based on bluetooth, including control equipment and the audio connecting with control equipment
I/O channel group, audio input output channel group include:
First voice-grade channel is exported including the first Bluetooth control chip interconnected by bluetooth and the first audio input
Equipment transmits the first radiofrequency signal between the first Bluetooth control chip and the first audio input-output device；
Second voice-grade channel is exported including the second Bluetooth control chip interconnected by bluetooth and the second audio input
Equipment,
The second radiofrequency signal is transmitted between second Bluetooth control chip and the second audio input-output device；
First Bluetooth control chip and the second Bluetooth control chip pass through first serial and second serial respectively and set with control
Standby electrical connection；
Controlling equipment includes main control chip, and main control chip passes through with the first Bluetooth control chip and the second Bluetooth control chip
I/O interface connection, main control chip send a level coordination signal to the first Bluetooth control chip and the second Bluetooth control chip；
First Bluetooth control chip and the second Bluetooth control chip generate respectively according to level coordination signal has different bases
First transmitting-receiving timing of punctual clock and the second transmitting-receiving timing, keep the first radiofrequency signal and the second radiofrequency signal independent in timing.
Preferably, control equipment is channel carriers the first Bluetooth control chip of acquisition and the using first serial and second serial
The working condition of two Bluetooth control chips, and control equipment by first serial and second serial to the first Bluetooth control chip and
Second Bluetooth control chip sends initialization command, with initialize the first Bluetooth control chip and the second Bluetooth control chip just
Beginning clock.
Preferably, communication device further include:
Audio-frequency module and audio integrate module, and setting is in control equipment；
It includes audio input integrated circuit and audio output integrated circuit that audio, which integrates module,；
Audio input integrated circuit connects with main control chip, the first Bluetooth control chip and the second Bluetooth control chip respectively
It connects, audio input integrated circuit receives input audio from audio-frequency module, and to the first Bluetooth control chip and the second Bluetooth control
Chip sends input audio；
Audio output integrated circuit connects with main control chip, the first Bluetooth control chip and the second Bluetooth control chip respectively
It connects, audio output integrated circuit receives the first output audio and second from the first Bluetooth control chip and the second Bluetooth control chip
Audio is exported, and sends the first output audio and the second output audio to audio-frequency module.
Preferably, equipment is controlled further include:
Key module, receives the operational order of Control-oriented equipment, and forwards operational order to main control chip；
Display module is connect with main control chip, the state of display communication apparatus.
Preferably, the first audio input-output device is the first bluetooth headset, and the second audio input-output device is second
Bluetooth headset, or
First audio input-output device be the first bluetooth headset, the second audio input-output device be include loudspeaker and wheat
The Baffle Box of Bluetooth of gram wind.
The invention also discloses a kind of translation on line system, including remote translating terminal, translation on line system further include as
The upper communication device based on bluetooth；
Communication device includes communication chip, and communication chip is connect with remote translating terminal, receives the first sound from main control chip
The the first output audio and the second output audio that frequency input-output equipment and the second audio input-output device receive, and by first
Output audio and the second output audio are sent to remote translating terminal, wherein the first output audio and the second output audio are held respectively
Carry first language and second language；
Remote translating terminal converts mutually first language and second language, to form translation audio, and will translation audio hair
It send to communication chip, the first audio input-output device is sent to by main control chip by communication chip and the second audio input is defeated
Equipment out.
Preferably, remote translating terminal includes server and at least one translation end, any translation end and Server remote
Connection；
Communication device forms a translation request, and translation request is sent to server；
Server broadcast translation request receives translation request by order translation end confirmation to each or any translation end
Afterwards, server forwarding first output audio and second output audio to order translate end, order translate end conversion first language and
Second language is to be sent to server after translating audio.
Preferably, communication chip is GSM baseband chip, any one in 3G, 4G, 5G chip.
The present invention discloses a kind of translation on line method again, comprising the following steps:
The communication device based on bluetooth receives operational order as described above, to form a translation request, and sends translation
It requests to a server；
Server broadcast translation request translates end at least one, and defines and pick up the translation end of translation request and turn over for order
Translate end；
Server sends confirmation instruction to communication device, the first audio input-output device and the second audio of communication device
Input-output equipment receives the first output audio and the second output audio and is forwarded to server；
First output audio and the second output audio are sent to order translation end by server, and order translation end is converted mutually
The first language and second language that first output audio and the second output audio carry respectively, are turned over forming translation audio and sending
Transliteration is frequently to server；
Server forwarding translation audio is exported to communication device by the first audio input-output device and the second audio input
Device plays translate audio.
Preferably, the communication device based on bluetooth receives operational order as described above, to form a translation request, concurrently
Translation request to the step of server is sent to include:
Communication device forms one and includes the reserve requests of subscription time, and sends reserve requests to server；
Server sends confirmation instruction to communication device, the first audio input-output device and the second audio of communication device
The step of input-output equipment receives the first output audio and the second output audio and is forwarded to server further include:
Preset time of the server before subscription time sends an alerting signal to communication device and order and translates end.
After above-mentioned technical proposal, compared with prior art, have the advantages that
1. realizing the real-time, interactive of two sides or tripartite's voice by bluetooth and GSM mechanics of communication, and two Fang Weiquan of bluetooth
Duplex communication mode, no sluggish or interference；
2. the special messenger met under changeable scene at any time translates demand, the translation service under arbitrary period is provided for user；
3. can meet the translation demand of the general scenes such as tourism by accurately human translation service, can also meet concerning foreign affairs
A variety of degree of specializations such as commercial affairs, exhibition, the translation demanding scene of precision；
4. translation is low in cost, and is provided with more preferably security privacy protection in communication process.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for meeting the communication device in one embodiment of the present invention based on bluetooth；
Fig. 2 is to meet main control chip and the first Bluetooth control chip and the second Bluetooth control in one embodiment of the present invention
The operation principle schematic diagram of chip；
Fig. 3 is the connection for meeting one embodiment of the present invention sound intermediate frequency input integrated circuit and audio output integrated circuit
Schematic diagram；
Fig. 4 is the system structure diagram for meeting translation on line system in one embodiment of the present invention；
Fig. 5 is the flow diagram for meeting translation on line method in one embodiment of the present invention；
Fig. 6 is the flow diagram for meeting translation on line method in another preferred embodiment of the present invention.
Specific embodiment
Below in conjunction with attached drawing, the advantages of the present invention are further explained with specific embodiment.
Example embodiments are described in detail here, and the example is illustrated in the accompanying drawings.Following description is related to
When attached drawing, unless otherwise indicated, the same numbers in different drawings indicate the same or similar elements.Following exemplary embodiment
Described in embodiment do not represent all implementations consistent with this disclosure.On the contrary, they be only with it is such as appended
The example of the consistent device and method of some aspects be described in detail in claims, the disclosure.
It is only to be not intended to be limiting the disclosure merely for for the purpose of describing particular embodiments in the term that the disclosure uses.
The "an" of the singular used in disclosure and the accompanying claims book, " described " and "the" are also intended to including majority
Form, unless the context clearly indicates other meaning.It is also understood that term "and/or" used herein refers to and wraps
It may be combined containing one or more associated any or all of project listed.
It will be appreciated that though various information, but this may be described using term first, second, third, etc. in the disclosure
A little information should not necessarily be limited by these terms.These terms are only used to for same type of information being distinguished from each other out.For example, not departing from
In the case where disclosure range, the first information can also be referred to as the second information, and similarly, the second information can also be referred to as
One information.Depending on context, word as used in this " if " can be construed to " ... when " or " when ...
When " or " in response to determination ".
In the description of the present invention, it is to be understood that, term " longitudinal direction ", " transverse direction ", "upper", "lower", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, rather than the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to limit of the invention
System.
In the description of the present invention, unless otherwise specified and limited, it should be noted that term " installation ", " connected ",
" connection " shall be understood in a broad sense, for example, it may be mechanical connection or electrical connection, the connection being also possible to inside two elements can
, can also indirectly connected through an intermediary, for the ordinary skill in the art to be to be connected directly, it can basis
Concrete condition understands the concrete meaning of above-mentioned term.
In subsequent description, it is only using the suffix for indicating such as " module ", " component " or " unit " of element
Be conducive to explanation of the invention, itself there is no specific meanings.Therefore, " module " can mixedly make with " component "
With.
Refering to fig. 1, the structural schematic diagram to meet the communication device in one embodiment of the present invention based on bluetooth.At this
In embodiment, communication device makees communication interaction by the equipment based on bluetooth connection for two users.To realize such as institute above
The two bluetooth equipment full duplexs interaction stated, communication equipment is interior to have the control equipment controlled the bluetooth equipment connected,
And the audio input output channel group as user's communications carrier.Audio input output channel group is by two-way transmission channel group
At respectively the first voice-grade channel and the second voice-grade channel, wherein the first voice-grade channel includes the interconnected by bluetooth
One Bluetooth control chip and the first audio input-output device, between the first Bluetooth control chip and the first audio input-output device
The first radiofrequency signal is transmitted based on Bluetooth protocol；Second voice-grade channel includes the second Bluetooth control core interconnected by bluetooth
Piece and the second audio input-output device are equally based on bluetooth between the second Bluetooth control chip and the second audio input-output device
Agreement transmits the second radiofrequency signal.The setting in two-way independent audio channel, so that the first radiofrequency signal and the second radiofrequency signal exist
It is mutually indepedent first on channel when transmission.
First Bluetooth control chip and the second Bluetooth control chip pass through first serial and second serial in design respectively
With control equipment physical connection, for example, it may be independent hot-swappable element is as the first Bluetooth control chip of carrying and the
The equipment of two Bluetooth control chips is electrically connected with control equipment, also or with control integration of equipments in an equipment, passes through master
Plate is connect with the component of control equipment.It, can be to first except control equipment using first serial and second serial as physical interface
Bluetooth control chip and the power supply of the second Bluetooth control chip are outer, and control equipment can also obtain the by first serial and second serial
The state of one Bluetooth control chip and the second Bluetooth control chip, for example whether normal connection, charge condition etc., and to first
Bluetooth control chip and the second Bluetooth control chip send control instruction, control it into different operating modes, such as first
Whether Bluetooth control chip and the second Bluetooth control chip enter pairing mode, the first Bluetooth control chip of control and the second bluetooth
Control the clock etc. of chip.
Referring to Fig.2, further including having main control chip in control equipment, main control chip is interior to each external connection as control equipment
The control centre of equipment and be arranged.Main control chip can be integrated on the circuit board installed in control equipment, and pass through connecting element
And the I/O interface designed in control equipment is connect with the first Bluetooth control chip and the second Bluetooth control chip.As described above
, control equipment sends signal to the first Bluetooth control chip and the second Bluetooth control chip by first serial and second serial
After controlling clock, main control chip then can send electricity to the first Bluetooth control chip and the second Bluetooth control chip by I/O interface
It is flat to coordinate signal.The level coordination signal can be in the first Bluetooth control chip and the second Bluetooth control chip with identical
Initial clock after, the bluetooth clock on pico-network channel is configured；Be also possible to directly to the first Bluetooth control chip and
The initial clock of second Bluetooth control chip makees differentiation configuration.First Bluetooth control chip and the second Bluetooth control chip receive
To after level coordination signal, a reference clock is respectively generated, and be based on the reference clock, the first Bluetooth control chip generates the
One transmitting-receiving timing, the second Bluetooth control chip generate the second transmitting-receiving timing, in different reference clocks, identical bluetooth transmitting-receiving letter
Under the timing and frequency hopping of machine, the first radiofrequency signal transmitted between the first Bluetooth control chip and the first audio input-output device is same
The second radiofrequency signal transmitted between second Bluetooth control chip and the second audio input-output device will be received in different timing
Hair further, can based on a control equipment so as to avoid interfering with each other for the first radiofrequency signal and the second radiofrequency signal
The full-duplex bi-directional communication of realization two independent first audio input-output devices and the second audio input-output device, first
Audio input-output device and the second audio input-output device can carry out audio input simultaneously in the same time and audio is defeated
Out, original usage experience such as intercom is solved.And it is understood that the first Bluetooth control chip and the second bluetooth control
Coremaking piece preferably only in the case where receiving the level coordination signal of the strong real-time, just can be carried out respective transmitting-receiving timing point
Match.
In the above-described embodiments, first serial, second serial and I/O interface may be provided at the hardware peripheral mould of control equipment
On block, the space accounting to control equipment is reduced in an integrated fashion.
In one preferred embodiment, control equipment is removed through first serial and second serial to the first Bluetooth control chip and the
Two Bluetooth control chips are sent outside control instruction, will also obtain the first bluetooth control using first serial and second serial as channel carriers
The working condition of coremaking piece and the second Bluetooth control chip, such as whether correctly connecting, whether having been set with control with main control chip
The information such as the remaining capacity of standby correct bluetooth connection, the first audio input-output device and the second audio input-output device exist
First Bluetooth control chip and the second Bluetooth control chip receive to be fed back in the requirement instruction that control equipment is sent.In addition, control
Equipment will also send initialization to the first Bluetooth control chip and the second Bluetooth control chip by first serial and second serial
Order, the first Bluetooth control chip and the second Bluetooth control chip will be according to initialization commands, to the internal system time clock of itself
Initialization.Since the initialization command is synchronous transmission, under in such a configuration, the first bluetooth after receiving initialization command
The initial clock for controlling chip and the second Bluetooth control chip will be consistent, and can determine crash time and excitation initially lower always
Event.It can also be appreciated that the configuration for the first Bluetooth control chip and the second Bluetooth control chip, is with identical first
Beginning clock combines the mode of different firing times (being realized by level coordination signal) to guarantee the first transmitting-receiving timing and the second transmitting-receiving
Timing is different, and the timing and frequency hopping which is mainly in view of bluetooth equipment will not change before not compensating, to guarantee communication dress
The robustness set.
Refering to Fig. 3, since the first audio input-output device and the second audio input-output device have respective audio
Input channel and/or audio output channel, for the channel confliction for avoiding the two, communication device further includes setting in control equipment
The audio-frequency module and audio in portion integrate module.Audio-frequency module is built-in with audio data, or can connect with external device (ED), receives external
Audio data, and it includes audio input integrated circuit and audio output integrated circuit that audio, which integrates module, wherein audio input is whole
Circuit is closed by the connection of connection realization and audio-frequency module with main control chip, is sent out from audio-frequency module to audio input integrated circuit
Input audio is sent, while audio-frequency module sends the input audio to the first Bluetooth control chip and the second Bluetooth control chip, after
And the first Bluetooth control chip and the second Bluetooth control chip are respectively to the first audio input-output device respectively connected and
Two audio input-output devices send input audio, carry the first user of the first audio input-output device and carry the second sound
The second user of frequency input-output equipment can receive input audio.Oppositely, audio output integrated circuit is equally and master control
Chip, the first Bluetooth control chip and the connection of the second Bluetooth control chip, when the first user and second user need to the input
When audio makes feedback, the first user and second user can form respectively exclusive the first output audio and/or the second output sound
Frequently, the first output audio and the second output audio are respectively by the first audio input-output device and the second audio input-output device
Acquisition, and after being respectively sent to the first Bluetooth control chip and the second Bluetooth control chip, it is integrated to audio output integrated circuit,
Audio-frequency module is uniformly sent to by audio output integrated circuit.Due to the interactivity of communication equipment, module is integrated by audio
The interaction, it can be achieved that audio data of the first audio input-output device and the second audio input-output device is deployed, will not be gone out
The voice data that existing a certain user generates is sent back to the case where user receives again.In addition, audio integrates the audio in module
Input integrated circuit and audio output integrated circuit can be made of amplifier, for guaranteeing that audio signal is undistorted, while guarantee sound
Frequently in the right direction.
One further preferably or in alternative embodiment, and controlling, which may also include in equipment, key module and display module.It presses
Key module is as externally interactive part, for user's operation, and in user to receive after the operational means such as pressing, touching, press
User is directed toward the operational order of control equipment, while forwarding operational order to main control chip, by main control chip to operational order
Be converted into the embodiment of user intention after reading, and corresponding operation executed according to operational order, such as open or close control equipment,
It connects or disconnects the bluetooth connection of the first audio input-output device and the second audio input-output device and control equipment, adjust
First audio input-output device and the working condition (sound, play mode) of the second audio input-output device etc..Show mould
Block is similarly disposed in control equipment, provides a user the window that can be interacted, and informs control equipment, the first sound operated by user
Frequency input-output equipment and the working condition of the second audio input-output device etc..
The content that display module is run can be the interactive interface for the software installed in control equipment.Interactive interface
Inside preferably can include: user's interactive portion, such as equipment state prompting interface, software detects automatically after controlling device power-up works as
Preceding system mode, such as main control chip state, network state etc., while providing friendly prompt and informing user's current state, it is convenient for
User uses；It is interacted using request, after controlling the network connection success of equipment, user can carry out using friendship by key module
Mutually request operation, is carried out after being operated using interaction request, into countdown waiting-timeout state, and timely feedbacks interaction results.
It is different according to user's usage scenario in any of the above-described embodiment, it can configure different audio input-output devices.
When being communicated in a room or two rooms for short distance for example, working as two users, and only wanting to itself reception audio, the
One audio input-output device is the first bluetooth headset, and the second audio input-output device is the second bluetooth headset, two users point
The first bluetooth headset is not put on and the second bluetooth headset is used as communication；For another example in another scene, a user wants with privacy
It asks, and the another one user of short distance can be configured to the first audio input-output device then without privacy requirement as the first bluetooth
Earphone, the second audio input-output device are the Baffle Box of Bluetooth for including loudspeaker and microphone, put use as outer.
Based on the configuration of communication device in any of the above-described embodiment, two users can based on the first audio input-output device and
Second audio input-output device makees the two-way communication of full duplex in a manner of bluetooth connection, realizes without sluggishness, without cutout
Real-time communication.
After above-mentioned communication equipment, it can be applied in the scene for needing real time translation.Real time translation demand master at present
It to be realized by human translation on the scene and intelligent translation apparatus.When using human translation on the scene as solution, translating for patent need to be employed
Member, effective service time is short, offers high；And the part Intelligent treatment simple dialog of intelligent translation apparatus, cope with general field
Translation accuracy is not high when scape, and complicated translation demand can not solve；Another part intelligent translation apparatus combines artificial intelligence skill
Art, phonetic recognization rate are also relatively low, it is difficult to the difference of the rich and context of language is coped with, it is big by scene restriction, mainly
Or it is used for primary application scene.Therefore, refering to Fig. 4, in embodiments of the present invention, with above-mentioned communication device combination remote translating
Terminal constitutes new-type translation on line system.Remote translating terminal can be remote server, or be based on remote server
The translation on line platform built.For the telecommunication for realizing communication device and remote translating terminal, further include in communication device
There are communication chip, such as the radio-frequency module of capable of emitting radiofrequency signal, communication chip side and remote translating terminal on channel connect
It connects, the other side is connect with main control chip, receives the first audio input-output device and the second audio input-output device in
The the first output audio and the second output audio that the user that the microphone in portion is received generates, and it is forwarded to remote translating terminal.
It is understood that since communication device is used in combination with remote translating terminal, communication device remove play it is basic real-time
Outside communication role, interpreter language will be also conveyed, therefore, two users using communication device are the user of non-same exchange language,
That is the first output audio that the first audio input-output device receives has first language, and the second audio input-output device connects
The the second output audio received has second language.The different language that first language has from second language for different country origins.It is logical
Cross communication chip signal transmitting, remote translating terminal by receive with first language first output audio and have second
Second output audio of language, and by the assistance of translator, by first language and the mutual inversion of phases of second language, i.e., by first
Output audio is converted into second language, and the second output audio is converted into first language, forms corresponding translation audio, translate
Audio can only include the translation content of the first output audio, can also only include the translation content of the second output audio, can also be simultaneously
Translation content including the first output audio and the second output audio.After conversion, it is anti-that remote translating terminal will translate audio
It is fed to communication chip, then the first audio input-output device and the second audio input are fed back to by main control chip by communication chip
Output equipment, so that the previous user for issuing voice receives.
Translation on line system under above-mentioned configuration, due to having used communication device as described above, so that user exists
Etc. the process that audio to be translated is conveyed, and during listening to translation audio, new output audio can be synchronously issued, protected
The linkage under voice output, phonetic incepting and voiced translation multi-step has been demonstrate,proved, has not only reduced system load, but also can guarantee remotely
Under the human translation for translating terminal side high quality, communication session efficiency is improved.
In one further preferred embodiments, remote translating terminal includes server and at least one translation end, and translation end can
Same or similar position is not set with server, i.e. translation end can remotely be connect with server, and server is set as transfer
It is standby, receive the translation request that communication device is generated based on user's operation.Simultaneously as allowing the presence at multiple translation ends, service
Device will broadcast at translation request to each or arbitrarily selected translation end, is received and confirmed by pick up by idle translation end and turn over
Request is translated, which is defined as order translation end.It is understood that the determination at order translation end
Indicate that the translation request of user is confirmed and feeds back at remote translating terminal, user can carry out not in communication device side
With the communication of language.Therefore, when practical application, after server feeds back translation request to communication device, communication device is handed over to user
The notice that can be mutually communicated, user is to push-notification-answer, the first output audio of output and the second output sound in communication device side
Frequently, the transmission that the first output audio and the second output audio then pass through main control chip, communication chip, server is sent to order
Translate end.The interactive object that end is translated in order is translator, and translator converts mutually first language and second language to,
Order translation end similarly receives translation audio, and oppositely feeds back to the first sound through server, communication chip, main control chip
Frequency input-output equipment and the second audio input-output device, final two users can receive translation audio simultaneously.By long-range
Multiple translation ends setting and order mechanism design, the translation request that user initiates at any time turns over available free
It translates termination to take, and multiple translation ends are to pick up more translation demands, translation expense will be balanced based on marketization operation, it is final right
For the user using communication device and translation on line system, expense expenditure is greatly reduced.
In translation on line system, communication chip can be GSM baseband chip, any one in 3G, 4G, 5G chip,
With communication chip and server communication cheap, be easily obtained.Simultaneously as the translation end Chang Weizhi that translator uses
Energy terminal, i.e., using cellular network, wireless network as communications carrier, communication chip can be subtracted using the chip of of the same race or similar standard
The scrap build load of few server, while the cost of communication language conversion is reduced, improve communication speed.
It, can be by reading communication chip, such as the normal use for guaranteeing translation on line system in communication device starting
SIM card built-in information sends the SMS to the ID that given server mode gets communication chip.After communication device booting, send
ID is to built-in services device address, and tell the server, hardware activation can be used.Or it in communication device shutdown, sends and closes
Machine instruction is given to server.In normal use process, based on predetermined period timing notice server, show that communication device exists
Line.In addition, feedback of the server for translation request, it may include no interpreter Yi Yuanmang, has distributed, system exception, connects when normally
Dan Shi will also feed back languages, ID, the SIM card number etc. that interpreter carries.If after user has submitted translation request, operation is cancelled in midway,
It need to send and cancel message to server, this message carries languages, ID, SIM card number etc., and server end can cancel the institute of this equipment
There is distribution order request.And when terminating communication requirement, communication device kill-call, and server is sent instructions to, by servicing
Device informs translation end, and records this time translation situation.
Refering to Fig. 5, using communication device and Remote Terminals for Weather Servics as carrier in use, providing a kind of based on novel business mould
The translation on line method of formula, comprising the following steps:
S100: communications described above device receives operational order of the user in key module, such as opens control equipment,
It presses and generates a translation request, to indicate that user wishes the carrier for making the communication of two side's real time full duplex by communication device, simultaneously
It indicates that user wishes to introduce into third party and makees the demand translated, the first language and second language of the output of user can also be carried
Languages, the translation request comprising the demand are sent to one and the service that connects in a manner of GSM, 3G, 4G, 5G of communication device
Device；
S200: after server receives translation request, it will broadcast what translation request was extremely connect with server, or at the moment
Under in logging at least one online translation end of display in server, each end of translating is according to the shape for the translator for using translation end
State makes feedback to translation request, such as wishes to pick up translation request, feedback request order, it is undesirable to pick up translation request
, feedback refuses order or does not make any feedback within the set time.Server is according to preset rules, such as time of feedback
Property, translation end opinion rating etc. select one of translation end of feedback request order for order translation end；
S300: behind confirmation order translation end, server establishes the communication connection with the confirmation order and holding, sends simultaneously
Confirmation instruction informs that communication device and user's translation request by order, can carry out the communication of different language to communication device.With
After family receives above-mentioned interaction feedback, start to generate the first output audio and the second output audio, the first audio of communication device
Input-output equipment and the second audio input-output device receive the first output audio and the second output audio and are forwarded to service
Device；
S400: the first output audio and the second output audio are sent to order translation end by server, and it is mutual that end is translated in order
Mutually first language and second language that the first output audio of conversion and the second output audio carry respectively, to form translation audio simultaneously
Translation audio is sent to server；
S500: server forwarding translation audio is defeated by the first audio input-output device and the second audio to communication device
Enter output equipment and play translation audio, common user receives.
Pass through setting up for above-mentioned translation on line method, while two users are exchanged by communication device, remote translating end
Translator can online real time translation, and the translation audio sync after translation fed back to the first audio input-output device and
Second audio input-output device, user also can receive when one side sounding generates the first output audio and the second output audio
Audio is translated, realizes the real time translation effect of high quality.
It is understood that holding the translator at translation end since translation end is the terminal connecting with Server remote
It may extend over the whole world, even if diversified personnel and language make user based on the communication of communication device progress unexpected winner language, equally
Online artificial accurate translation service can rapidly be obtained.
Refering to Fig. 6, in a preferred embodiment, the translation on line method under novel business model additionally provides reservation order
Function.Specifically, in translation on line method, step S100 includes:
S110: communication device forms one and includes the reserve requests of subscription time, and sends reserve requests to server.This is pre-
About request illustrates that user wishes to obtain not under current slot and translates help, but obtains in subscription time.
Meanwhile server will equally execute step S200, translate end in confirmation order, and inform that user has translation termination
Dan Hou, step S300 include:
S310: preset time of the server before subscription time sends an alerting signal to communication device and order and translates
End, to remind user and translation end punctual online communication or online translation in subscription time.
Under the configuration, user can schedule ahead translate demand, being normally carried out including work and study.And pass through portable
The design at communication device and translation end, special Human-computer Interactive Design, system flexibility are strong, translation demand sends the technologies such as convenient
Feature is that translation on line method further improves competitive advantage.
It should be noted that the embodiment of the present invention has preferable implementation, and not the present invention is made any type of
Limitation, any one skilled in the art change or are modified to possibly also with the technology contents of the disclosure above equivalent effective
Embodiment, as long as without departing from the content of technical solution of the present invention, it is to the above embodiments according to the technical essence of the invention
Any modification or equivalent variations and modification, all of which are still within the scope of the technical scheme of the invention.
Claims (10)
1. a kind of communication device based on bluetooth, logical including control equipment and the audio input output connecting with the control equipment
Road group, which is characterized in that
The audio input output channel group includes:
First voice-grade channel is set including the first Bluetooth control chip interconnected by bluetooth and the output of the first audio input
It is standby, the first radiofrequency signal is transmitted between the first Bluetooth control chip and the first audio input-output device；
Second voice-grade channel is set including the second Bluetooth control chip interconnected by bluetooth and the output of the second audio input
It is standby, the second radiofrequency signal is transmitted between the second Bluetooth control chip and the second audio input-output device；
The first Bluetooth control chip and the second Bluetooth control chip pass through first serial and second serial and the control respectively
Control equipment electrical connection；
The control equipment includes main control chip, the main control chip and the first Bluetooth control chip and the second Bluetooth control
Chip is connected by I/O interface, and the main control chip sends one to the first Bluetooth control chip and the second Bluetooth control chip
Level coordination signal；
The first Bluetooth control chip and the second Bluetooth control chip generate respectively according to the level coordination signal to be had not
Timing and the second transmitting-receiving timing are received and dispatched with the first of reference clock, makes first radiofrequency signal and the second radiofrequency signal in timing
Upper independence.
2. as described in claim 1 based on the communication device of bluetooth, which is characterized in that
The control equipment using the first serial and second serial as channel carriers obtain the first Bluetooth control chip and
The working condition of second Bluetooth control chip, and the control equipment passes through the first serial and second serial to described first
Bluetooth control chip and the second Bluetooth control chip send initialization command, to initialize the first Bluetooth control chip
With the initial clock of the second Bluetooth control chip.
3. as described in claim 1 based on the communication device of bluetooth, which is characterized in that
The communication device further include:
Audio-frequency module and audio integrate module, and setting is within the control device；
It includes audio input integrated circuit and audio output integrated circuit that the audio, which integrates module,；
The audio input integrated circuit respectively with the main control chip, the first Bluetooth control chip and the second Bluetooth control chip
Connection, the audio input integrated circuit receive input audio from the audio-frequency module, and to the first Bluetooth control chip
The input audio is sent with the second Bluetooth control chip；
The audio output integrated circuit respectively with the main control chip, the first Bluetooth control chip and the second Bluetooth control chip
Connection, the audio output integrated circuit receive the first output from the first Bluetooth control chip and the second Bluetooth control chip
Audio and the second output audio, and the first output audio and the second output audio are sent to the audio-frequency module.
4. as described in claim 1 based on the communication device of bluetooth, which is characterized in that
The control equipment further include:
Key module receives the operational order towards the control equipment, and forwards the operational order to the main control chip；
Display module is connected with the main control chip, and shows the state of the communication device.
5. as described in claim 1 based on the communication device of bluetooth, which is characterized in that
First audio input-output device is the first bluetooth headset, and second audio input-output device is the second bluetooth
Earphone, or
First audio input-output device be the first bluetooth headset, second audio input-output device be include loudspeaker
With the Baffle Box of Bluetooth of microphone.
6. a kind of translation on line system, including remote translating terminal, which is characterized in that the translation on line system further includes such as power
The benefit communication device based on bluetooth that requires 1-5 described in any item；
The communication device includes communication chip, and the communication chip is connect with the remote translating terminal, from the master control core
Piece receives the first output audio and second that first audio input-output device and the second audio input-output device receive
Audio is exported, and the first output audio and the second output audio are sent to the remote translating terminal, wherein first is defeated
Audio and the second output audio carry first language and second language respectively out；
The remote translating terminal converts mutually the first language and second language, to form translation audio, and turns over described
Transliteration frequency is sent to the communication chip, is sent to first audio input by the main control chip by the communication chip
Output equipment and the second audio input-output device.
7. translation on line system as claimed in claim 6, which is characterized in that
The remote translating terminal includes server and at least one translation end, any translation end and the Server remote
Connection；
The communication device forms a translation request, and the translation request is sent to the server；
Translation request described in the server broadcast receives institute by order translation end confirmation to each or any translation end
After stating translation request, the server forwarding described first exports audio and end, institute are translated in the second output audio to the order
It states order translation end and converts the first language and second language to be sent to the server after translation audio.
8. translation on line system as claimed in claim 6, which is characterized in that
The communication chip is GSM baseband chip, any one in 3G, 4G, 5G chip.
9. a kind of translation on line method, which comprises the following steps:
Communication device as described in any one in claim 1-5 based on bluetooth receives operational order, to form a translation request,
And the translation request is sent to a server；
Translation request described in the server broadcast translates end at least one, and defines and pick up the translation end of the translation request
End is translated for order；
The server sends confirmation instruction to the communication device, the first audio input-output device of the communication device and
Second audio input-output device receives the first output audio and the second output audio and is forwarded to the server；
First output audio and the second output audio are sent to the order and translate end by the server, and end is translated in the order
The first language and second language that the first output audio and the second output audio carry respectively are converted, mutually to form translation
Audio simultaneously sends the translation audio to the server；
The server forwards the translation audio to the communication device, by first audio input-output device and second
Audio input-output device plays the translation audio.
10. translation on line method as claimed in claim 9, which is characterized in that
Communication device as described in any one in claim 1-5 based on bluetooth receives operational order, to form a translation request,
And it sends the translation request to the step of server and includes:
The communication device forms one and includes the reserve requests of subscription time, and sends the reserve requests to server；
The server sends confirmation instruction to the communication device, the first audio input-output device of the communication device and
The step of second audio input-output device receives the first output audio and the second output audio and is forwarded to the server is also
Include:
Preset time of the server before the subscription time sends an alerting signal to the communication device and order and turns over
Translate end.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910274902.7A CN110069788A (en) | 2019-04-04 | 2019-04-04 | Communication device, translation on line system and method based on bluetooth |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910274902.7A CN110069788A (en) | 2019-04-04 | 2019-04-04 | Communication device, translation on line system and method based on bluetooth |
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| CN110069788A true CN110069788A (en) | 2019-07-30 |
Family
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| CN201910274902.7A Pending CN110069788A (en) | 2019-04-04 | 2019-04-04 | Communication device, translation on line system and method based on bluetooth |
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| CN110853639A (en) * | 2019-10-23 | 2020-02-28 | 天津讯飞极智科技有限公司 | Voice transcription method and related device |
| CN111526444A (en) * | 2020-04-28 | 2020-08-11 | 青岛黑白科技有限公司 | Bluetooth communication equipment for audio playing and forwarding and communication method and group thereof |
| WO2022067563A1 (en) * | 2020-09-29 | 2022-04-07 | 华为技术有限公司 | Bluetooth chips, signal receiving method, and bluetooth communication apparatus |
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Application publication date: 20190730 |