CN116522960A - Multi-language interactive real-time translation terminal and method supporting multiple platforms - Google Patents

Multi-language interactive real-time translation terminal and method supporting multiple platforms Download PDF

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CN116522960A
CN116522960A CN202310505711.3A CN202310505711A CN116522960A CN 116522960 A CN116522960 A CN 116522960A CN 202310505711 A CN202310505711 A CN 202310505711A CN 116522960 A CN116522960 A CN 116522960A
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CN116522960B (en
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陆保宁
易红元
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Shenzhen Ningqu Technology Co ltd
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    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F40/00—Handling natural language data
    • G06F40/40—Processing or translation of natural language
    • G06F40/42—Data-driven translation
    • G06F40/49—Data-driven translation using very large corpora, e.g. the web
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/30—Information retrieval; Database structures therefor; File system structures therefor of unstructured textual data
    • G06F16/33—Querying
    • G06F16/3331—Query processing
    • G06F16/3332—Query translation
    • G06F16/3337—Translation of the query language, e.g. Chinese to English
    • G—PHYSICS
    • G10—MUSICAL INSTRUMENTS; ACOUSTICS
    • G10L—SPEECH ANALYSIS TECHNIQUES OR SPEECH SYNTHESIS; SPEECH RECOGNITION; SPEECH OR VOICE PROCESSING TECHNIQUES; SPEECH OR AUDIO CODING OR DECODING
    • G10L15/00—Speech recognition
    • G10L15/22—Procedures used during a speech recognition process, e.g. man-machine dialogue
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D30/00—Reducing energy consumption in communication networks
    • Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks

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Abstract

The invention provides a multi-language interactive real-time translation terminal supporting multiple platforms and a method thereof, wherein frequency control and frequency selection are carried out through a quartz crystal oscillator, and according to a real-time translation terminal driving program, the two-way information communication between the real-time translation terminal and a multi-platform communication equipment terminal is carried out by utilizing an integrated Bluetooth chip unit; tracking a multi-platform input process through multi-platform input identification to acquire multi-platform input information; performing multi-platform input information standardization processing of input languages, performing target language search translation through a multi-language real-time translation engine, analyzing and comparing a target language expression sequence and the input language expression sequence, and acquiring input translation analysis and comparison data; and according to the input translation analysis comparison data, adjusting, judging and translating reference interactive selection of the target language expression sequence and the input language expression sequence is carried out, so that intelligent multilingual reference interactive real-time translation is realized.

Description

Multi-language interactive real-time translation terminal and method supporting multiple platforms
Technical Field
The invention relates to the technical field of Bluetooth communication man-machine interaction intelligent translation, in particular to a multi-language interactive real-time translation terminal and method supporting multiple platforms.
Background
At present, translation software can only perform single translation at a page end, and intelligent multi-language multi-form interaction real-time translation is difficult to perform; two-way information communication of the real-time translation terminal and the multi-platform communication equipment terminal, acquisition of multi-platform input information, acquisition of input translation analysis comparison data, adjustment of target language expression sequence and input language expression sequence and translation reference interactive selection; how to control real-time translation, select and set identification languages, and set target languages for translation to quickly select multiple languages, and translate and interact with voice input are yet to be solved; therefore, there is a need for a multi-platform multi-lingual interactive real-time translation terminal and method supporting multiple platforms, which at least partially solve the problems of the prior art.
Disclosure of Invention
A series of concepts in simplified form are introduced in the summary section, which will be described in further detail in the detailed description section; the summary of the invention is not intended to define the key features and essential features of the claimed subject matter, nor is it intended to be used as an aid in determining the scope of the claimed subject matter.
To at least partially solve the above problems, the present invention provides a multi-lingual interactive real-time translation terminal supporting multiple platforms, including:
the Bluetooth intelligent translation driving module is used for controlling the frequency and selecting the frequency through the quartz crystal oscillator, and utilizing the integrated Bluetooth chip unit to carry out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal according to the real-time translation terminal driving program;
the multi-platform input identification connection module is used for tracking the multi-platform input process through multi-platform input identification to acquire multi-platform input information;
the multi-language translation engine analysis module is used for carrying out multi-platform input information standardization processing of input languages, carrying out target language search translation through the multi-language real-time translation engine, analyzing and comparing a target language expression sequence and the input language expression sequence, and obtaining input translation analysis and comparison data;
and the intelligent interactive real-time translation module is used for adjusting, judging and translating reference interactive selection according to the input translation analysis comparison data and the target language expression sequence and the input language expression sequence, so as to realize intelligent multi-language reference interactive real-time translation.
Preferably, the bluetooth intelligent translation driving module comprises:
The quartz crystal oscillator submodule is used for controlling and selecting frequency through a quartz crystal oscillator and providing a clock signal with set frequency;
the Bluetooth chip terminal communication sub-module is used for carrying out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal through the integrated Bluetooth chip unit according to the set frequency clock signal;
the multi-platform comprises: a text input communication platform, a graphic input communication platform or a voice input communication platform;
and the data downloading and burning driving sub-module downloads a real-time translation terminal driving program through a data downloading and burning port to drive and control the integrated Bluetooth chip unit.
Preferably, the multi-platform input recognition connection module includes:
the multi-platform input identification sub-module is used for acquiring multi-platform input information by tracking a multi-platform input process;
the multi-platform input information includes: multi-platform text input information, multi-platform graphic input information and multi-platform voice input information; intelligent recognition of the input method words is tracked, and multi-platform word input information is obtained in the multi-platform word input process; through intelligent graphic recognition, character information contained in the graphic is extracted in the graphic input process of the multiple platforms, and the graphic input information of the multiple platforms is obtained; acquiring multi-platform voice input information in the multi-platform voice input process through voice intelligent recognition;
The Bluetooth communication transmission sub-module is used for carrying out data communication transmission on the multi-platform input information and the multi-language real-time translation engine through Bluetooth communication transmission;
and the translation connection indicating submodule is used for transmitting a communication transmission connection indicating signal by the connection indicating LED in the Bluetooth communication transmission process.
Preferably, the multilingual translation engine analysis module includes:
the input language standardization processing sub-module is used for carrying out standardization processing on the multi-platform input information of the input languages through a multi-language grammar structure standardization tuning model of the real-time translation terminal, converting the multi-platform input information of the input languages into input language standard expression and obtaining input language standard expression information;
the multi-language real-time translation engine sub-module is used for searching and translating target languages through the multi-language real-time translation engine according to the input language standard expression information to acquire target language standard expression information;
the translation language analysis comparison sub-module is used for analyzing the target language standard expression information and the input language multi-platform input information and comparing the target language expression sequence with the input language expression sequence to obtain input translation analysis comparison data;
the method for carrying out multi-platform input information standardization processing of input languages into input language standard expression through the multi-language grammar structure standardization tuning model of the real-time translation terminal comprises the following steps: establishing a multilingual grammar structure standardized model according to the multilingual grammar structure, and performing multilingual grammar structure standardized model tuning on the multilingual grammar structure standardized model by inputting common multilingual standard sentences to obtain a multilingual grammar structure standardized tuning model; through the multilingual grammar structure standardized tuning model, carrying out the multi-platform input information standardized processing of input languages and converting the multi-platform input information standardized processing into input language standard expression;
The target language searching and translating by the multilingual real-time translation engine comprises the following steps: acquiring multilingual network language big data through multi-platform open source big data grabbing; creating a multilingual search translation neural network model; inputting multilingual network language big data into a multilingual search translation neural network model for preliminary training; when the initial training of the multilingual search translation neural network model reaches the set output accuracy of multilingual standard sentences, the initial training is completed, a multilingual real-time translation engine is obtained, and target language search translation is carried out through the multilingual real-time translation engine.
Preferably, the intelligent interactive real-time translation module comprises:
the translation terminal power supply management sub-module is used for carrying out translation terminal power supply management through the real-time translation terminal power supply part and providing long-time continuous power supply;
the engine starting reset switch control submodule controls the starting reset of the multilingual real-time translation engine through the engine starting reset switch;
the intelligent translation interaction output sub-module is used for adjusting and judging the target language expression sequence and the input language expression sequence according to the input translation analysis comparison data, so as to realize intelligent multi-language reference interactive real-time translation;
According to the input translation analysis comparison data, carrying out adjustment and judgment on the target language expression sequence and the input language expression sequence, and acquiring the target language translation information comprises the following steps: according to the input translation analysis comparison data, if the adjustment target language expression sequence is consistent with the input language expression sequence, the meaning of the target language expression is wrong or inconsistent with the meaning of the input language standard expression, the adjustment target language expression sequence is judged to be abnormal, and the target language standard expression information is output; if the target language expression sequence is adjusted to be consistent with the input language expression sequence and the target language expression meaning is still maintained, the target language expression sequence is adjusted to be consistent with the input language expression sequence, the expression information after the target language expression sequence is adjusted is output, meanwhile, the target language standard expression information is used as standard expression translation reference information, multiple translation reference interaction choices are provided, and intelligent multi-language reference interaction real-time translation is realized.
The invention provides a multi-language interactive real-time translation method supporting multiple platforms, which comprises the following steps:
s100, frequency control and frequency selection are carried out through a quartz crystal oscillator, and according to a real-time translation terminal driver, the integrated Bluetooth chip unit is utilized to carry out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal;
S200, tracking a multi-platform input process through multi-platform input identification, and acquiring multi-platform input information;
s300, performing multi-platform input information standardization processing of input languages, performing target language search translation through a multi-language real-time translation engine, analyzing and comparing a target language expression sequence and the input language expression sequence, and acquiring input translation analysis and comparison data;
s400, adjusting, judging and interactively selecting translation references according to the input translation analysis comparison data and the target language expression sequence and the input language expression sequence, and realizing intelligent multilingual reference interactive real-time translation.
Preferably, S100 includes:
s101, performing frequency control and frequency selection through a quartz crystal oscillator, and providing a set frequency clock signal;
s102, according to a set frequency clock signal, carrying out bidirectional information communication between a real-time translation terminal and a multi-platform communication equipment terminal through an integrated Bluetooth chip unit; the multi-platform comprises: a text input communication platform, a graphic input communication platform or a voice input communication platform;
s103, downloading a real-time translation terminal driver through a data downloading and burning port, and driving and controlling the integrated Bluetooth chip unit.
Preferably, S200 includes:
s201, acquiring multi-platform input information by tracking a multi-platform input process;
the multi-platform input information includes: multi-platform text input information, multi-platform graphic input information and multi-platform voice input information; intelligent recognition of the input method words is tracked, and multi-platform word input information is obtained in the multi-platform word input process; through intelligent graphic recognition, character information contained in the graphic is extracted in the graphic input process of the multiple platforms, and the graphic input information of the multiple platforms is obtained; acquiring multi-platform voice input information in the multi-platform voice input process through voice intelligent recognition;
s202, carrying out data communication transmission on multi-platform input information and a multi-language real-time translation engine through Bluetooth communication transmission;
s203, in the Bluetooth communication transmission process, the connection indication LED sends out a communication transmission connection indication signal.
Preferably, S300 includes:
s301, carrying out standardization processing on the multi-platform input information of the input languages through a multi-language grammar structure standardization tuning model of a real-time translation terminal, converting the multi-platform input information of the input languages into an input language standard expression, and obtaining input language standard expression information;
S302, searching and translating the target languages through a multilingual real-time translation engine according to the input language standard expression information to acquire the target language standard expression information;
s303, analyzing the target language standard expression information and the multi-platform input information of the input language, and comparing the target language expression sequence with the input language expression sequence to obtain input translation analysis comparison data;
the method for carrying out multi-platform input information standardization processing of input languages into input language standard expression through the multi-language grammar structure standardization tuning model of the real-time translation terminal comprises the following steps: establishing a multilingual grammar structure standardized model according to the multilingual grammar structure, and performing multilingual grammar structure standardized model tuning on the multilingual grammar structure standardized model by inputting common multilingual standard sentences to obtain a multilingual grammar structure standardized tuning model; through the multilingual grammar structure standardized tuning model, carrying out the multi-platform input information standardized processing of input languages and converting the multi-platform input information standardized processing into input language standard expression;
the target language searching and translating by the multilingual real-time translation engine comprises the following steps: acquiring multilingual network language big data through multi-platform open source big data grabbing; creating a multilingual search translation neural network model; inputting multilingual network language big data into a multilingual search translation neural network model for preliminary training; when the initial training of the multilingual search translation neural network model reaches the set output accuracy of multilingual standard sentences, the initial training is completed, a multilingual real-time translation engine is obtained, and target language search translation is carried out through the multilingual real-time translation engine.
Preferably, S400 includes:
s401, performing translation terminal power management through a real-time translation terminal power supply part to provide long-time continuous power supply;
s402, controlling the start and reset of the multilingual real-time translation engine through an engine start and reset switch;
s403, according to the input translation analysis comparison data, adjusting and judging the target language expression sequence and the input language expression sequence, and realizing intelligent multilingual reference interactive real-time translation;
according to the input translation analysis comparison data, carrying out adjustment and judgment on the target language expression sequence and the input language expression sequence, and acquiring the target language translation information comprises the following steps: according to the input translation analysis comparison data, if the adjustment target language expression sequence is consistent with the input language expression sequence, the meaning of the target language expression is wrong or inconsistent with the meaning of the input language standard expression, the adjustment target language expression sequence is judged to be abnormal, and the target language standard expression information is output; if the target language expression sequence is adjusted to be consistent with the input language expression sequence and the target language expression meaning is still maintained, the target language expression sequence is adjusted to be consistent with the input language expression sequence, the expression information after the target language expression sequence is adjusted is output, meanwhile, the target language standard expression information is used as standard expression translation reference information, multiple translation reference interaction choices are provided, and intelligent multi-language reference interaction real-time translation is realized.
Compared with the prior art, the invention at least comprises the following beneficial effects:
the invention provides a multi-language interactive real-time translation terminal supporting multiple platforms and a method thereof, which utilize a Bluetooth intelligent translation driving module, carry out frequency control and frequency selection through a quartz crystal oscillator, and utilize an integrated Bluetooth chip unit to carry out bidirectional information communication between the real-time translation terminal and a multi-platform communication equipment terminal according to a real-time translation terminal driving program; the multi-platform input identification connection module is used for tracking the multi-platform input process through multi-platform input identification to acquire multi-platform input information; the multi-language translation engine analysis module is used for carrying out multi-platform input information standardization processing of input languages, carrying out target language search translation through the multi-language real-time translation engine, analyzing and comparing a target language expression sequence and the input language expression sequence, and obtaining input translation analysis and comparison data; the intelligent interactive real-time translation module is used for adjusting, judging and translating reference interactive selection according to the input translation analysis comparison data and the target language expression sequence and the input language expression sequence, so as to realize intelligent multi-language reference interactive real-time translation; communication control real-time translation is performed by connecting Bluetooth equipment; the Bluetooth equipment is in a sleep mode and wakes up according to a voice control key, and the LED blue lamp flashes once at the moment; starting Bluetooth, entering a Bluetooth equipment list interface to a speaker for Bluetooth pairing and connection, and connecting the Bluetooth equipment successfully after the LED blue lamp is connected and flashes; downloading and installing a real-time translation terminal application; setting the language: opening the installed real-time translation terminal application, selecting and setting identification languages, and setting translated target languages comprising a plurality of language selections; voice input: entering the multi-platform application after exiting the real-time translation terminal application comprises the following steps: short message, weChat, QQ, mail and memo; pressing a voice control key of the Bluetooth device through a text input box, and loosening after the input content is spoken, so that characters can appear immediately; voice translation: the method comprises the steps of opening a real-time translation terminal application, opening a translation switch, pressing a voice control key of Bluetooth equipment, receiving voice, and simultaneously displaying received voice language characters and translation target characters in a text box; setting the translation before, setting the original words in brackets, and having various setting modes; the equipment does not operate to enter a dormant state within 10 minutes, the equipment is awakened once by pressing a voice control key, the equipment is automatically connected, and the real-time translation terminal application automatically resumes work; and (3) voice broadcasting: opening a real-time translation terminal application, opening a translation switch, pressing a voice control key of the Bluetooth equipment, and automatically broadcasting translated contents after speaking the expression; when the translation only switch is turned on, only the translation is displayed; when the translated content is translated, the original display is set to be before, the original words are in brackets, and the method has various setting modes; opening and only displaying translated contents, and opening and only displaying translations; the floating window can be displayed, so that the translation display efficiency is improved; the selection of turning off and on the announcement or turning off the translation may be made at this interface.
Additional advantages, objects, and features of the invention will be set forth in part in the description which follows and in part will become apparent to those having ordinary skill in the art upon examination of the following or may be learned from practice of the invention.
Drawings
The accompanying drawings are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate the invention and together with the embodiments of the invention, serve to explain the invention. In the drawings:
fig. 1 is a circuit diagram of an integrated bluetooth chip unit of a multi-language interactive real-time translation terminal supporting multiple platforms according to the present invention.
Fig. 2 is a diagram of an embodiment of a power supply part of a multi-language interactive real-time translation terminal supporting multiple platforms according to the present invention.
Fig. 3 is a diagram illustrating an embodiment of an outline structure of a multi-language interactive real-time translation terminal supporting multiple platforms according to the present invention.
Detailed Description
The present invention is described in further detail below with reference to the drawings and examples to enable those skilled in the art to practice the same and to refer to the description; as shown in fig. 1 to 3, the present invention provides a multi-lingual interactive real-time translation terminal supporting multiple platforms, comprising:
The Bluetooth intelligent translation driving module is used for controlling the frequency and selecting the frequency through the quartz crystal oscillator, and utilizing the integrated Bluetooth chip unit to carry out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal according to the real-time translation terminal driving program;
the multi-platform input identification connection module is used for tracking the multi-platform input process through multi-platform input identification to acquire multi-platform input information;
the multi-language translation engine analysis module is used for carrying out multi-platform input information standardization processing of input languages, carrying out target language search translation through the multi-language real-time translation engine, analyzing and comparing a target language expression sequence and the input language expression sequence, and obtaining input translation analysis and comparison data;
and the intelligent interactive real-time translation module is used for adjusting, judging and translating reference interactive selection according to the input translation analysis comparison data and the target language expression sequence and the input language expression sequence, so as to realize intelligent multi-language reference interactive real-time translation.
The principle and effect of the technical scheme are as follows: the invention provides a multi-language interactive real-time translation terminal supporting multiple platforms, which comprises: the Bluetooth intelligent translation driving module is used for controlling the frequency and selecting the frequency through the quartz crystal oscillator, and utilizing the integrated Bluetooth chip unit to carry out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal according to the real-time translation terminal driving program; the multi-platform input identification connection module is used for tracking the multi-platform input process through multi-platform input identification to acquire multi-platform input information; the multi-language translation engine analysis module is used for carrying out multi-platform input information standardization processing of input languages, carrying out target language search translation through the multi-language real-time translation engine, analyzing and comparing a target language expression sequence and the input language expression sequence, and obtaining input translation analysis and comparison data; the intelligent interactive real-time translation module is used for adjusting, judging and translating reference interactive selection according to the input translation analysis comparison data and the target language expression sequence and the input language expression sequence, so as to realize intelligent multi-language reference interactive real-time translation;
As shown IN fig. 1, a quartz crystal oscillator X1 is connected with an integrated bluetooth chip unit U1 through OUT1 and IN3 pins; the integrated Bluetooth chip unit U1 is connected with a power supply part U2 in the figure 2 through BAT+; in FIG. 2, the LED module provides a Bluetooth communication signal prompt, and the KEY module provides a terminal switch and a reset signal;
communication control real-time translation is performed by connecting Bluetooth equipment; the Bluetooth equipment is in a sleep mode and wakes up according to a voice control key, and the LED blue lamp flashes once at the moment; starting Bluetooth, entering a Bluetooth equipment list interface to a speaker for Bluetooth pairing and connection, and connecting the Bluetooth equipment successfully after the LED blue lamp is connected and flashes; downloading and installing a real-time translation terminal application; setting the language: opening the installed real-time translation terminal application, selecting and setting identification languages, and setting translated target languages comprising a plurality of language selections; voice input: entering the multi-platform application after exiting the real-time translation terminal application comprises the following steps: short message, weChat, QQ, mail and memo; pressing a voice control key of the Bluetooth device through a text input box, and loosening after the input content is spoken, so that characters can appear immediately; voice translation: the method comprises the steps of opening a real-time translation terminal application, opening a translation switch, pressing a voice control key of Bluetooth equipment, receiving voice, and simultaneously displaying received voice language characters and translation target characters in a text box; setting the translation before, setting the original words in brackets, and having various setting modes; the equipment does not operate to enter a dormant state within 10 minutes, the equipment is awakened once by pressing a voice control key, the equipment is automatically connected, and the real-time translation terminal application automatically resumes work; and (3) voice broadcasting: opening a real-time translation terminal application, opening a translation switch, pressing a voice control key of the Bluetooth equipment, and automatically broadcasting translated contents after speaking the expression; when the translation only switch is turned on, only the translation is displayed; when the translated content is translated, the original display is set to be before, the original words are in brackets, and the method has various setting modes; opening and only displaying translated contents, and opening and only displaying translations; the floating window can be displayed, so that the translation display efficiency is improved; the selection of turning off and on the announcement or turning off the translation may be made at this interface.
In one embodiment, the bluetooth intelligent translation driver module comprises:
the quartz crystal oscillator submodule is used for controlling and selecting frequency through a quartz crystal oscillator and providing a clock signal with set frequency;
the Bluetooth chip terminal communication sub-module is used for carrying out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal through the integrated Bluetooth chip unit according to the set frequency clock signal;
the multi-platform comprises: a text input communication platform, a graphic input communication platform or a voice input communication platform;
and the data downloading and burning driving sub-module downloads a real-time translation terminal driving program through a data downloading and burning port to drive and control the integrated Bluetooth chip unit.
The principle and effect of the technical scheme are as follows: the intelligent Bluetooth translation driving module comprises: the quartz crystal oscillator submodule is used for controlling and selecting frequency through a quartz crystal oscillator and providing a clock signal with set frequency; the Bluetooth chip terminal communication sub-module is used for carrying out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal through the integrated Bluetooth chip unit according to the set frequency clock signal;
the multi-platform comprises: a text input communication platform, a graphic input communication platform or a voice input communication platform; and the data downloading and burning driving sub-module downloads a real-time translation terminal driving program through a data downloading and burning port to drive and control the integrated Bluetooth chip unit.
In one embodiment, the multi-platform input recognition connection module includes:
the multi-platform input identification sub-module is used for acquiring multi-platform input information by tracking a multi-platform input process;
the multi-platform input information includes: multi-platform text input information, multi-platform graphic input information and multi-platform voice input information; intelligent recognition of the input method words is tracked, and multi-platform word input information is obtained in the multi-platform word input process; through intelligent graphic recognition, character information contained in the graphic is extracted in the graphic input process of the multiple platforms, and the graphic input information of the multiple platforms is obtained; acquiring multi-platform voice input information in the multi-platform voice input process through voice intelligent recognition;
the Bluetooth communication transmission sub-module is used for carrying out data communication transmission on the multi-platform input information and the multi-language real-time translation engine through Bluetooth communication transmission;
and the translation connection indicating submodule is used for transmitting a communication transmission connection indicating signal by the connection indicating LED in the Bluetooth communication transmission process.
The principle and effect of the technical scheme are as follows: the multi-platform input recognition connection module includes: the multi-platform input identification sub-module is used for acquiring multi-platform input information by tracking a multi-platform input process; the multi-platform input information includes: multi-platform text input information, multi-platform graphic input information and multi-platform voice input information; intelligent recognition of the input method words is tracked, and multi-platform word input information is obtained in the multi-platform word input process; through intelligent graphic recognition, character information contained in the graphic is extracted in the graphic input process of the multiple platforms, and the graphic input information of the multiple platforms is obtained; acquiring multi-platform voice input information in the multi-platform voice input process through voice intelligent recognition; the Bluetooth communication transmission sub-module is used for carrying out data communication transmission on the multi-platform input information and the multi-language real-time translation engine through Bluetooth communication transmission; and the translation connection indicating submodule is used for transmitting a communication transmission connection indicating signal by the connection indicating LED in the Bluetooth communication transmission process.
In one embodiment, the multilingual translation engine analysis module includes:
the input language standardization processing sub-module is used for carrying out standardization processing on the multi-platform input information of the input languages through a multi-language grammar structure standardization tuning model of the real-time translation terminal, converting the multi-platform input information of the input languages into input language standard expression and obtaining input language standard expression information;
the multi-language real-time translation engine sub-module is used for searching and translating target languages through the multi-language real-time translation engine according to the input language standard expression information to acquire target language standard expression information;
the translation language analysis comparison sub-module is used for analyzing the target language standard expression information and the input language multi-platform input information and comparing the target language expression sequence with the input language expression sequence to obtain input translation analysis comparison data;
the method for carrying out multi-platform input information standardization processing of input languages into input language standard expression through the multi-language grammar structure standardization tuning model of the real-time translation terminal comprises the following steps: establishing a multilingual grammar structure standardized model according to the multilingual grammar structure, and performing multilingual grammar structure standardized model tuning on the multilingual grammar structure standardized model by inputting common multilingual standard sentences to obtain a multilingual grammar structure standardized tuning model; through the multilingual grammar structure standardized tuning model, carrying out the multi-platform input information standardized processing of input languages and converting the multi-platform input information standardized processing into input language standard expression;
The target language searching and translating by the multilingual real-time translation engine comprises the following steps: acquiring multilingual network language big data through multi-platform open source big data grabbing; creating a multilingual search translation neural network model; inputting multilingual network language big data into a multilingual search translation neural network model for preliminary training; when the initial training of the multilingual search translation neural network model reaches the set output accuracy of multilingual standard sentences, the initial training is completed, a multilingual real-time translation engine is obtained, and target language search translation is carried out through the multilingual real-time translation engine.
The principle and effect of the technical scheme are as follows: the multilingual translation engine analysis module includes: the input language standardization processing sub-module is used for carrying out standardization processing on the multi-platform input information of the input languages through a multi-language grammar structure standardization tuning model of the real-time translation terminal, converting the multi-platform input information of the input languages into input language standard expression and obtaining input language standard expression information; the multi-language real-time translation engine sub-module is used for searching and translating target languages through the multi-language real-time translation engine according to the input language standard expression information to acquire target language standard expression information; the translation language analysis comparison sub-module is used for analyzing the target language standard expression information and the input language multi-platform input information and comparing the target language expression sequence with the input language expression sequence to obtain input translation analysis comparison data;
The method for carrying out multi-platform input information standardization processing of input languages into input language standard expression through the multi-language grammar structure standardization tuning model of the real-time translation terminal comprises the following steps: establishing a multilingual grammar structure standardized model according to the multilingual grammar structure, and performing multilingual grammar structure standardized model tuning on the multilingual grammar structure standardized model by inputting common multilingual standard sentences to obtain a multilingual grammar structure standardized tuning model; through the multilingual grammar structure standardized tuning model, carrying out the multi-platform input information standardized processing of input languages and converting the multi-platform input information standardized processing into input language standard expression;
the multilingual grammar structure normalization model includes: establishing a single-language grammar structure standardization standard according to the single-language grammar structure standard; through single-language semantic recognition, a single-language semantic recognition result is subjected to single-language standardization according to the single-language grammar structure standardization; the single language normalization criteria include: the Chinese order standardization specification, the omitted word supplement specification, the superfluous word standardization specification, the spoken language standardization specification and the dialect slang semantic standardization specification; according to the single language standardization specification, standard word semantic comparison standardization translation and standard sentence semantic comparison standardization translation are carried out on the multilingual grammar structure; according to the standard word semantic comparison standardized translation and the standard sentence semantic comparison standardized translation, multilingual non-standard multi-platform input information grammar structure standardization is carried out, and a multilingual grammar structure standardization model is obtained;
The target language searching and translating by the multilingual real-time translation engine comprises the following steps: acquiring multilingual network language big data through multi-platform open source big data grabbing; creating a multilingual search translation neural network model; inputting multilingual network language big data into a multilingual search translation neural network model for preliminary training; when the initial training of the multilingual search translation neural network model reaches the set output accuracy of multilingual standard sentences, the initial training is completed, a multilingual real-time translation engine is obtained, and target language search translation is carried out through the multilingual real-time translation engine.
In one embodiment, the intelligent interactive real-time translation module comprises:
the translation terminal power supply management sub-module is used for carrying out translation terminal power supply management through the real-time translation terminal power supply part and providing long-time continuous power supply;
the engine starting reset switch control submodule controls the starting reset of the multilingual real-time translation engine through the engine starting reset switch;
the intelligent translation interaction output sub-module is used for adjusting and judging the target language expression sequence and the input language expression sequence according to the input translation analysis comparison data, so as to realize intelligent multi-language reference interactive real-time translation;
According to the input translation analysis comparison data, carrying out adjustment and judgment on the target language expression sequence and the input language expression sequence, and acquiring the target language translation information comprises the following steps: according to the input translation analysis comparison data, if the adjustment target language expression sequence is consistent with the input language expression sequence, the meaning of the target language expression is wrong or inconsistent with the meaning of the input language standard expression, the adjustment target language expression sequence is judged to be abnormal, and the target language standard expression information is output; if the target language expression sequence is adjusted to be consistent with the input language expression sequence and the target language expression meaning is still maintained, the target language expression sequence is adjusted to be consistent with the input language expression sequence, the expression information after the target language expression sequence is adjusted is output, meanwhile, the target language standard expression information is used as standard expression translation reference information, multiple translation reference interaction choices are provided, and intelligent multi-language reference interaction real-time translation is realized.
The principle and effect of the technical scheme are as follows: the intelligent interactive real-time translation module comprises: the translation terminal power supply management sub-module is used for carrying out translation terminal power supply management through the real-time translation terminal power supply part and providing long-time continuous power supply; the engine starting reset switch control submodule controls the starting reset of the multilingual real-time translation engine through the engine starting reset switch; the intelligent translation interaction output sub-module is used for adjusting and judging the target language expression sequence and the input language expression sequence according to the input translation analysis comparison data, so as to realize intelligent multi-language reference interactive real-time translation; according to the input translation analysis comparison data, carrying out adjustment and judgment on the target language expression sequence and the input language expression sequence, and acquiring the target language translation information comprises the following steps: according to the input translation analysis comparison data, if the adjustment target language expression sequence is consistent with the input language expression sequence, the meaning of the target language expression is wrong or inconsistent with the meaning of the input language standard expression, the adjustment target language expression sequence is judged to be abnormal, and the target language standard expression information is output; if the target language expression sequence is adjusted to be consistent with the input language expression sequence and the target language expression meaning is still maintained, the target language expression sequence is adjusted to be consistent with the input language expression sequence, the expression information after the target language expression sequence is adjusted is output, meanwhile, the target language standard expression information is used as standard expression translation reference information, multiple translation reference interaction choices are provided, and intelligent multi-language reference interaction real-time translation is realized;
Calculating the probability of target language search translation output expression information:
wherein, MYGCP represents the probability of outputting expression information by target language search translation, MAXP (mgc | YCi) represents the maximum probability of translating multi-platform input information YCi of an input language into standard expression information mgc of the target language, MFXP (mfc| YCi) represents the maximum probability of translating multi-platform input information YCi of the input language into expression information mfc after adjusting the expression order of the target language, K represents the total number of input words of the multi-platform input information of the input language, i represents the i-th number of input words of the multi-platform input information of the input language, MGCR represents the standard word sentence table of the target language, and MFCR represents the non-standard word sentence table of the target language; the probability of the target language expression information is calculated, the target language expression information with higher probability can be screened, the more accurate expression information of the target language is obtained, and the accuracy of the output of the target language expression information is greatly improved.
The invention provides a multi-language interactive real-time translation method supporting multiple platforms, which comprises the following steps:
s100, frequency control and frequency selection are carried out through a quartz crystal oscillator, and according to a real-time translation terminal driver, the integrated Bluetooth chip unit is utilized to carry out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal;
S200, tracking a multi-platform input process through multi-platform input identification, and acquiring multi-platform input information;
s300, performing multi-platform input information standardization processing of input languages, performing target language search translation through a multi-language real-time translation engine, analyzing and comparing a target language expression sequence and the input language expression sequence, and acquiring input translation analysis and comparison data;
s400, adjusting, judging and interactively selecting translation references according to the input translation analysis comparison data and the target language expression sequence and the input language expression sequence, and realizing intelligent multilingual reference interactive real-time translation.
The principle and effect of the technical scheme are as follows: the invention provides a multi-language interactive real-time translation method supporting multiple platforms, which comprises the following steps: the Bluetooth intelligent translation driving module is used for controlling the frequency and selecting the frequency through the quartz crystal oscillator, and utilizing the integrated Bluetooth chip unit to carry out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal according to the real-time translation terminal driving program; tracking a multi-platform input process through multi-platform input identification to acquire multi-platform input information; performing multi-platform input information standardization processing of input languages, performing target language search translation through a multi-language real-time translation engine, analyzing and comparing a target language expression sequence and the input language expression sequence, and acquiring input translation analysis and comparison data; according to the input translation analysis comparison data, adjusting, judging and translating reference interactive selection are carried out on the target language expression sequence and the input language expression sequence, so that intelligent multilingual reference interactive real-time translation is realized;
As shown IN fig. 1, a quartz crystal oscillator X1 is connected with an integrated bluetooth chip unit U1 through OUT1 and IN3 pins; the integrated Bluetooth chip unit U1 is connected with a power supply part U2 in the figure 2 through BAT+; in FIG. 2, the LED module provides a Bluetooth communication signal prompt, and the KEY module provides a terminal switch and a reset signal;
communication control real-time translation is performed by connecting Bluetooth equipment; the Bluetooth equipment is in a sleep mode and wakes up according to a voice control key, and the LED blue lamp flashes once at the moment; starting Bluetooth, entering a Bluetooth equipment list interface to a speaker for Bluetooth pairing and connection, and connecting the Bluetooth equipment successfully after the LED blue lamp is connected and flashes; downloading and installing a real-time translation terminal application; setting the language: opening the installed real-time translation terminal application, selecting and setting identification languages, and setting translated target languages comprising a plurality of language selections; voice input: entering the multi-platform application after exiting the real-time translation terminal application comprises the following steps: short message, weChat, QQ, mail and memo; pressing a voice control key of the Bluetooth device through a text input box, and loosening after the input content is spoken, so that characters can appear immediately; voice translation: the method comprises the steps of opening a real-time translation terminal application, opening a translation switch, pressing a voice control key of Bluetooth equipment, receiving voice, and simultaneously displaying received voice language characters and translation target characters in a text box; setting the translation before, setting the original words in brackets, and having various setting modes; the equipment does not operate to enter a dormant state within 10 minutes, the equipment is awakened once by pressing a voice control key, the equipment is automatically connected, and the real-time translation terminal application automatically resumes work; and (3) voice broadcasting: opening a real-time translation terminal application, opening a translation switch, pressing a voice control key of the Bluetooth equipment, and automatically broadcasting translated contents after speaking the expression; when the translation only switch is turned on, only the translation is displayed; when the translated content is translated, the original display is set to be before, the original words are in brackets, and the method has various setting modes; opening and only displaying translated contents, and opening and only displaying translations; the floating window can be displayed, so that the translation display efficiency is improved; the selection of turning off and on the announcement or turning off the translation may be made at this interface.
In one embodiment, S100 comprises:
s101, performing frequency control and frequency selection through a quartz crystal oscillator, and providing a set frequency clock signal;
s102, according to a set frequency clock signal, carrying out bidirectional information communication between a real-time translation terminal and a multi-platform communication equipment terminal through an integrated Bluetooth chip unit; the multi-platform comprises: a text input communication platform, a graphic input communication platform or a voice input communication platform;
s103, downloading a real-time translation terminal driver through a data downloading and burning port, and driving and controlling the integrated Bluetooth chip unit.
The principle and effect of the technical scheme are as follows: frequency control and frequency selection are carried out through a quartz crystal oscillator, and a set frequency clock signal is provided; according to the set frequency clock signal, the two-way information communication between the real-time translation terminal and the multi-platform communication equipment terminal is carried out through the integrated Bluetooth chip unit; the multi-platform comprises: a text input communication platform, a graphic input communication platform or a voice input communication platform; and downloading a real-time translation terminal driver through the data downloading and burning port, and driving and controlling the integrated Bluetooth chip unit.
In one embodiment, S200 comprises:
S201, acquiring multi-platform input information by tracking a multi-platform input process;
the multi-platform input information includes: multi-platform text input information, multi-platform graphic input information and multi-platform voice input information; intelligent recognition of the input method words is tracked, and multi-platform word input information is obtained in the multi-platform word input process; through intelligent graphic recognition, character information contained in the graphic is extracted in the graphic input process of the multiple platforms, and the graphic input information of the multiple platforms is obtained; acquiring multi-platform voice input information in the multi-platform voice input process through voice intelligent recognition;
s202, carrying out data communication transmission on multi-platform input information and a multi-language real-time translation engine through Bluetooth communication transmission;
s203, in the Bluetooth communication transmission process, the connection indication LED sends out a communication transmission connection indication signal.
The principle and effect of the technical scheme are as follows: acquiring multi-platform input information by tracking a multi-platform input process; the multi-platform input information includes: multi-platform text input information, multi-platform graphic input information and multi-platform voice input information; intelligent recognition of the input method words is tracked, and multi-platform word input information is obtained in the multi-platform word input process; through intelligent graphic recognition, character information contained in the graphic is extracted in the graphic input process of the multiple platforms, and the graphic input information of the multiple platforms is obtained; acquiring multi-platform voice input information in the multi-platform voice input process through voice intelligent recognition; transmitting the multi-platform input information through Bluetooth communication and transmitting data with a multi-language real-time translation engine; in the Bluetooth communication transmission process, the connection indication LED sends out a communication transmission connection indication signal.
In one embodiment, S300 includes:
s301, carrying out standardization processing on the multi-platform input information of the input languages through a multi-language grammar structure standardization tuning model of a real-time translation terminal, converting the multi-platform input information of the input languages into an input language standard expression, and obtaining input language standard expression information;
s302, searching and translating the target languages through a multilingual real-time translation engine according to the input language standard expression information to acquire the target language standard expression information;
s303, analyzing the target language standard expression information and the multi-platform input information of the input language, and comparing the target language expression sequence with the input language expression sequence to obtain input translation analysis comparison data;
the method for carrying out multi-platform input information standardization processing of input languages into input language standard expression through the multi-language grammar structure standardization tuning model of the real-time translation terminal comprises the following steps: establishing a multilingual grammar structure standardized model according to the multilingual grammar structure, and performing multilingual grammar structure standardized model tuning on the multilingual grammar structure standardized model by inputting common multilingual standard sentences to obtain a multilingual grammar structure standardized tuning model; through the multilingual grammar structure standardized tuning model, carrying out the multi-platform input information standardized processing of input languages and converting the multi-platform input information standardized processing into input language standard expression;
The target language searching and translating by the multilingual real-time translation engine comprises the following steps: acquiring multilingual network language big data through multi-platform open source big data grabbing; creating a multilingual search translation neural network model; inputting multilingual network language big data into a multilingual search translation neural network model for preliminary training; when the initial training of the multilingual search translation neural network model reaches the set output accuracy of multilingual standard sentences, the initial training is completed, a multilingual real-time translation engine is obtained, and target language search translation is carried out through the multilingual real-time translation engine.
The principle and effect of the technical scheme are as follows: the method comprises the steps of carrying out standardization processing on multi-platform input information of input languages through a multi-language grammar structure standardization tuning model of a real-time translation terminal, converting the multi-platform input information of the input languages into input language standard expression, and obtaining input language standard expression information; according to the input language standard expression information, searching and translating the target language by using a multilingual real-time translation engine to obtain the target language standard expression information; analyzing the target language standard expression information and the multi-platform input information of the input language, and comparing the target language expression sequence with the input language expression sequence to obtain input translation analysis comparison data;
The method for carrying out multi-platform input information standardization processing of input languages into input language standard expression through the multi-language grammar structure standardization tuning model of the real-time translation terminal comprises the following steps: establishing a multilingual grammar structure standardized model according to the multilingual grammar structure, and performing multilingual grammar structure standardized model tuning on the multilingual grammar structure standardized model by inputting common multilingual standard sentences to obtain a multilingual grammar structure standardized tuning model; through the multilingual grammar structure standardized tuning model, carrying out the multi-platform input information standardized processing of input languages and converting the multi-platform input information standardized processing into input language standard expression;
the multilingual grammar structure normalization model includes: establishing a single-language grammar structure standardization standard according to the single-language grammar structure standard; through single-language semantic recognition, a single-language semantic recognition result is subjected to single-language standardization according to the single-language grammar structure standardization; the single language normalization criteria include: the Chinese order standardization specification, the omitted word supplement specification, the superfluous word standardization specification, the spoken language standardization specification and the dialect slang semantic standardization specification; according to the single language standardization specification, standard word semantic comparison standardization translation and standard sentence semantic comparison standardization translation are carried out on the multilingual grammar structure; according to the standard word semantic comparison standardized translation and the standard sentence semantic comparison standardized translation, multilingual non-standard multi-platform input information grammar structure standardization is carried out, and a multilingual grammar structure standardization model is obtained;
The target language searching and translating by the multilingual real-time translation engine comprises the following steps: acquiring multilingual network language big data through multi-platform open source big data grabbing; creating a multilingual search translation neural network model; inputting multilingual network language big data into a multilingual search translation neural network model for preliminary training; when the initial training of the multilingual search translation neural network model reaches the set output accuracy of multilingual standard sentences, the initial training is completed, a multilingual real-time translation engine is obtained, and target language search translation is carried out through the multilingual real-time translation engine.
In one embodiment, S400 includes:
s401, performing translation terminal power management through a real-time translation terminal power supply part to provide long-time continuous power supply;
s402, controlling the start and reset of the multilingual real-time translation engine through an engine start and reset switch;
s403, according to the input translation analysis comparison data, adjusting and judging the target language expression sequence and the input language expression sequence, and realizing intelligent multilingual reference interactive real-time translation;
according to the input translation analysis comparison data, carrying out adjustment and judgment on the target language expression sequence and the input language expression sequence, and acquiring the target language translation information comprises the following steps: according to the input translation analysis comparison data, if the adjustment target language expression sequence is consistent with the input language expression sequence, the meaning of the target language expression is wrong or inconsistent with the meaning of the input language standard expression, the adjustment target language expression sequence is judged to be abnormal, and the target language standard expression information is output; if the target language expression sequence is adjusted to be consistent with the input language expression sequence and the target language expression meaning is still maintained, the target language expression sequence is adjusted to be consistent with the input language expression sequence, the expression information after the target language expression sequence is adjusted is output, meanwhile, the target language standard expression information is used as standard expression translation reference information, multiple translation reference interaction choices are provided, and intelligent multi-language reference interaction real-time translation is realized.
The principle and effect of the technical scheme are as follows: the translation terminal power supply management is carried out through the real-time translation terminal power supply part, and long-time continuous power supply is provided; the engine starting reset switch is used for controlling the starting reset of the multilingual real-time translation engine; according to the input translation analysis comparison data, adjusting and judging the target language expression sequence and the input language expression sequence, and realizing intelligent multilingual reference interactive real-time translation; according to the input translation analysis comparison data, carrying out adjustment and judgment on the target language expression sequence and the input language expression sequence, and acquiring the target language translation information comprises the following steps: according to the input translation analysis comparison data, if the adjustment target language expression sequence is consistent with the input language expression sequence, the meaning of the target language expression is wrong or inconsistent with the meaning of the input language standard expression, the adjustment target language expression sequence is judged to be abnormal, and the target language standard expression information is output; if the target language expression sequence is adjusted to be consistent with the input language expression sequence and the target language expression meaning is still maintained, the target language expression sequence is adjusted to be consistent with the input language expression sequence, the expression information after the target language expression sequence is adjusted is output, meanwhile, the target language standard expression information is used as standard expression translation reference information, multiple translation reference interaction choices are provided, and intelligent multi-language reference interaction real-time translation is realized;
Calculating the probability of target language search translation output expression information:
wherein, MYGCP represents the probability of outputting expression information by target language search translation, MAXP (mgc | YCi) represents the maximum probability of translating multi-platform input information YCi of an input language into standard expression information mgc of the target language, MFXP (mfc| YCi) represents the maximum probability of translating multi-platform input information YCi of the input language into expression information mfc after adjusting the expression order of the target language, K represents the total number of input words of the multi-platform input information of the input language, i represents the i-th number of input words of the multi-platform input information of the input language, MGCR represents the standard word sentence table of the target language, and MFCR represents the non-standard word sentence table of the target language; the probability of the target language expression information is calculated, the target language expression information with higher probability can be screened, the more accurate expression information of the target language is obtained, and the accuracy of the output of the target language expression information is greatly improved.
Although embodiments of the present invention have been disclosed above, it is not limited to the details and embodiments shown and described, it is well suited to various fields of use for which the invention would be readily apparent to those skilled in the art, and accordingly, the invention is not limited to the specific details and illustrations shown and described herein, without departing from the general concepts defined in the claims and their equivalents.

Claims (10)

1. A multi-lingual interactive real-time translation terminal supporting multiple platforms, comprising:
the Bluetooth intelligent translation driving module is used for controlling the frequency and selecting the frequency through the quartz crystal oscillator, and utilizing the integrated Bluetooth chip unit to carry out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal according to the real-time translation terminal driving program;
the multi-platform input identification connection module is used for tracking the multi-platform input process through multi-platform input identification to acquire multi-platform input information;
the multi-language translation engine analysis module is used for carrying out multi-platform input information standardization processing of input languages, carrying out target language search translation through the multi-language real-time translation engine, analyzing and comparing a target language expression sequence and the input language expression sequence, and obtaining input translation analysis and comparison data;
and the intelligent interactive real-time translation module is used for adjusting, judging and translating reference interactive selection according to the input translation analysis comparison data and the target language expression sequence and the input language expression sequence, so as to realize intelligent multi-language reference interactive real-time translation.
2. The multi-platform multi-language interactive real-time translation terminal according to claim 1, wherein the bluetooth intelligent translation driving module comprises:
The quartz crystal oscillator submodule is used for controlling and selecting frequency through a quartz crystal oscillator and providing a clock signal with set frequency;
the Bluetooth chip terminal communication sub-module is used for carrying out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal through the integrated Bluetooth chip unit according to the set frequency clock signal; the multi-platform comprises: a text input communication platform, a graphic input communication platform or a voice input communication platform;
and the data downloading and burning driving sub-module downloads a real-time translation terminal driving program through a data downloading and burning port to drive and control the integrated Bluetooth chip unit.
3. The multi-platform multi-lingual interactive real-time translation terminal according to claim 1, wherein the multi-platform input recognition connection module comprises:
the multi-platform input identification sub-module is used for acquiring multi-platform input information by tracking a multi-platform input process;
the multi-platform input information includes: multi-platform text input information, multi-platform graphic input information and multi-platform voice input information;
the Bluetooth communication transmission sub-module is used for carrying out data communication transmission on the multi-platform input information and the multi-language real-time translation engine through Bluetooth communication transmission;
And the translation connection indicating submodule is used for transmitting a communication transmission connection indicating signal by the connection indicating LED in the Bluetooth communication transmission process.
4. The multi-platform multi-lingual interactive real-time translation terminal according to claim 1, wherein the multi-lingual translation engine analysis module comprises:
the input language standardization processing sub-module is used for carrying out standardization processing on the multi-platform input information of the input languages through a multi-language grammar structure standardization tuning model of the real-time translation terminal, converting the multi-platform input information of the input languages into input language standard expression and obtaining input language standard expression information;
the multi-language real-time translation engine sub-module is used for searching and translating target languages through the multi-language real-time translation engine according to the input language standard expression information to acquire target language standard expression information;
the translation language analysis comparison sub-module is used for analyzing the target language standard expression information and the input language multi-platform input information and comparing the target language expression sequence with the input language expression sequence to obtain input translation analysis comparison data;
the target language searching and translating by the multilingual real-time translation engine comprises the following steps: acquiring multilingual network language big data through multi-platform open source big data grabbing; creating a multilingual search translation neural network model; inputting multilingual network language big data into a multilingual search translation neural network model for preliminary training; when the initial training of the multilingual search translation neural network model reaches the set output accuracy of multilingual standard sentences, the initial training is completed, a multilingual real-time translation engine is obtained, and target language search translation is carried out through the multilingual real-time translation engine.
5. The multi-platform multi-lingual interactive real-time translation terminal according to claim 1, wherein the intelligent interactive real-time translation module comprises:
the translation terminal power supply management sub-module is used for carrying out translation terminal power supply management through the real-time translation terminal power supply part and providing long-time continuous power supply;
the engine starting reset switch control submodule controls the starting reset of the multilingual real-time translation engine through the engine starting reset switch;
the intelligent translation interaction output sub-module is used for adjusting and judging the target language expression sequence and the input language expression sequence according to the input translation analysis comparison data, so as to realize intelligent multi-language reference interactive real-time translation;
according to the input translation analysis comparison data, carrying out adjustment and judgment on the target language expression sequence and the input language expression sequence, and acquiring the target language translation information comprises the following steps: according to the input translation analysis comparison data, if the adjustment target language expression sequence is consistent with the input language expression sequence, the meaning of the target language expression is wrong or inconsistent with the meaning of the input language standard expression, the adjustment target language expression sequence is judged to be abnormal, and the target language standard expression information is output; if the target language expression sequence is adjusted to be consistent with the input language expression sequence and the target language expression meaning is still maintained, the target language expression sequence is adjusted to be consistent with the input language expression sequence, the expression information after the target language expression sequence is adjusted is output, meanwhile, the target language standard expression information is used as standard expression translation reference information, multiple translation reference interaction choices are provided, and intelligent multi-language reference interaction real-time translation is realized.
6. A multi-lingual interactive real-time translation method supporting multiple platforms, comprising:
s100, frequency control and frequency selection are carried out through a quartz crystal oscillator, and according to a real-time translation terminal driver, the integrated Bluetooth chip unit is utilized to carry out bidirectional information communication between the real-time translation terminal and the multi-platform communication equipment terminal;
s200, tracking a multi-platform input process through multi-platform input identification, and acquiring multi-platform input information;
s300, performing multi-platform input information standardization processing of input languages, performing target language search translation through a multi-language real-time translation engine, analyzing and comparing a target language expression sequence and the input language expression sequence, and acquiring input translation analysis and comparison data;
s400, adjusting, judging and interactively selecting translation references according to the input translation analysis comparison data and the target language expression sequence and the input language expression sequence, and realizing intelligent multilingual reference interactive real-time translation.
7. The multi-platform multi-lingual interactive real-time translation method according to claim 6, wherein S100 comprises:
s101, performing frequency control and frequency selection through a quartz crystal oscillator, and providing a set frequency clock signal;
S102, according to a set frequency clock signal, carrying out bidirectional information communication between a real-time translation terminal and a multi-platform communication equipment terminal through an integrated Bluetooth chip unit; the multi-platform comprises: a text input communication platform, a graphic input communication platform or a voice input communication platform;
s103, downloading a real-time translation terminal driver through a data downloading and burning port, and driving and controlling the integrated Bluetooth chip unit.
8. The multi-platform multi-lingual interactive real-time translation method according to claim 6, wherein S200 comprises:
s201, acquiring multi-platform input information by tracking a multi-platform input process;
the multi-platform input information includes: multi-platform text input information, multi-platform graphic input information and multi-platform voice input information;
s202, carrying out data communication transmission on multi-platform input information and a multi-language real-time translation engine through Bluetooth communication transmission;
s203, in the Bluetooth communication transmission process, the connection indication LED sends out a communication transmission connection indication signal.
9. The multi-platform multi-lingual interactive real-time translation method according to claim 6, wherein S300 comprises:
s301, carrying out standardization processing on the multi-platform input information of the input languages through a multi-language grammar structure standardization tuning model of a real-time translation terminal, converting the multi-platform input information of the input languages into an input language standard expression, and obtaining input language standard expression information;
S302, searching and translating the target languages through a multilingual real-time translation engine according to the input language standard expression information to acquire the target language standard expression information;
s303, analyzing the target language standard expression information and the multi-platform input information of the input language, and comparing the target language expression sequence with the input language expression sequence to obtain input translation analysis comparison data;
the target language searching and translating by the multilingual real-time translation engine comprises the following steps: acquiring multilingual network language big data through multi-platform open source big data grabbing; creating a multilingual search translation neural network model; inputting multilingual network language big data into a multilingual search translation neural network model for preliminary training; when the initial training of the multilingual search translation neural network model reaches the set output accuracy of multilingual standard sentences, the initial training is completed, a multilingual real-time translation engine is obtained, and target language search translation is carried out through the multilingual real-time translation engine.
10. The multi-platform multi-lingual interactive real-time translation method according to claim 6, wherein S400 comprises:
s401, performing translation terminal power management through a real-time translation terminal power supply part to provide long-time continuous power supply;
S402, controlling the start and reset of the multilingual real-time translation engine through an engine start and reset switch;
s403, according to the input translation analysis comparison data, adjusting and judging the target language expression sequence and the input language expression sequence, and realizing intelligent multilingual reference interactive real-time translation;
according to the input translation analysis comparison data, carrying out adjustment and judgment on the target language expression sequence and the input language expression sequence, and acquiring the target language translation information comprises the following steps: according to the input translation analysis comparison data, if the adjustment target language expression sequence is consistent with the input language expression sequence, the meaning of the target language expression is wrong or inconsistent with the meaning of the input language standard expression, the adjustment target language expression sequence is judged to be abnormal, and the target language standard expression information is output; if the target language expression sequence is adjusted to be consistent with the input language expression sequence and the target language expression meaning is still maintained, the target language expression sequence is adjusted to be consistent with the input language expression sequence, the expression information after the target language expression sequence is adjusted is output, meanwhile, the target language standard expression information is used as standard expression translation reference information, multiple translation reference interaction choices are provided, and intelligent multi-language reference interaction real-time translation is realized.
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