CN111768786B - Deaf-mute conversation intelligent terminal platform and conversation method thereof - Google Patents
Deaf-mute conversation intelligent terminal platform and conversation method thereof Download PDFInfo
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- G—PHYSICS
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- G10L15/00—Speech recognition
- G10L15/26—Speech to text systems
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- 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
- G10L15/24—Speech recognition using non-acoustical features
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- 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
- G10L15/28—Constructional details of speech recognition systems
- G10L15/30—Distributed recognition, e.g. in client-server systems, for mobile phones or network applications
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Abstract
The invention discloses a deaf-mute conversation intelligent terminal platform and a conversation method thereof, wherein the deaf-mute conversation intelligent terminal platform comprises a terminal platform arranged in an intelligent terminal processor, and the terminal platform is connected with an address list and a dialing module; the terminal platform is provided with a voice character conversion module, a sign language voice conversion module, a sign language display and acquisition module and a platform storage module; the voice and character conversion module is used for converting characters to be sent in a call process into voice and sending the voice to a call object or converting received voice into characters in real time after the terminal platform is started; the sign language voice conversion module is used for converting the acquired sign language video into voice and sending the voice to a call object in the process of starting the call of the terminal platform; after the sign language display and acquisition module is used for starting the terminal platform, in the conversation process, the camera records the sign language video of the conversation user and displays the sign language video on the interface of the terminal platform, and therefore the deaf-mute can carry out barrier-free conversation with other people. Has the advantages that: solves the communication barrier of the deaf-mute and improves the communication speed.
Description
Technical Field
The invention relates to the technical field of special crowd communication, in particular to a deaf-mute communication intelligent terminal platform and a communication method thereof.
Background
Along with the development of science and technology, the living standard of human beings is continuously improved, and in the aspect of the development of science and technology, the design of handicapped people is continuously promoted, and the number of the handicapped people in China exceeds eighty million, wherein the number of deaf-mute people is not small. For deaf-mute people, hearing and language disorders exist, when a mobile phone or other terminals are used for communication, most of the deaf-mute people adopt a text transmission mode for communication, the transmission speed is low, time is wasted in typing, and for some people with typing difficulty, the deaf-mute people cannot communicate with each other. What is more difficult is the conversation between the deaf-mute and the normal person, because the normal person can not understand the sign language of the mute, when the telephone voice communication is carried out, the normal person can not receive any sound and the transmitted sound can not be heard by the deaf-mute, the communication can not be carried out, and only the text can be relied on. This is inefficient and there are situations where there is no connection when an emergency situation occurs. For example, in the case of alarming, calling for help and the like, even though a text alarming mode exists in the prior art, the time delay still exists, the processing cannot be carried out in time, and the best opportunity is missed.
Disclosure of Invention
Aiming at the problems, the invention provides an intelligent terminal platform for deaf-mute conversation and a conversation method thereof.
In order to achieve the purpose, the invention adopts the following specific technical scheme:
the utility model provides a deaf-mute's intelligent terminal platform of conversing, is including installing the terminal platform in the intelligent terminal treater, intelligent terminal is provided with display, camera, microphone, speaker and SIM draw-in groove, install the SIM card in the SIM draw-in groove, be provided with recording module, address list and dialing module, its characterized in that in the treater:
the terminal platform is connected with the address list and the dialing module;
a voice character conversion module, a sign language voice conversion module, a sign language display and acquisition module and a platform storage module are arranged in the terminal platform;
the voice-text conversion module is connected with the address list and dialing module, the voice-text conversion module comprises an uplink voice sending unit and a downlink voice channel receiving unit, and the uplink voice sending unit is used for converting the text to be sent into voice in the calling process after the terminal platform is started and sending the voice to a calling object; the downlink voice channel receiving unit is used for converting received voice into characters in real time in the communication process after the terminal platform is started;
the sign language voice conversion module is used for converting the acquired sign language video into voice in the conversation process after the terminal platform is started and sending the voice to a conversation object;
and the sign language display and acquisition module is used for recording sign language videos of call users and displaying the sign language videos on an interface of the terminal platform in a call process after the terminal platform is started.
Through the technical scheme, rapid voice communication can be performed between deaf-mute people and normal people and between deaf-mute people and deaf-mute people, and communication between silence and sound is realized by utilizing text-to-voice conversion and animation text conversion technologies.
The further technical scheme is as follows: and after the terminal platform is started, in the call process, the display simultaneously displays the voice character conversion module, the sign language voice conversion module and the call interface.
In order to facilitate the communication process, a terminal platform user can quickly acquire the meaning expressed by the other party and quickly transmit the content to be expressed by the terminal platform user, the voice-character conversion module, the sign language voice conversion module and the communication interface are displayed on the display, the quick operation can be carried out, and the time is saved.
The further technical scheme is as follows: the terminal platform is remotely connected with the server, and the server is provided with a voice character conversion database and a sign language voice conversion database.
The voice character conversion database and the sign language voice conversion database are self-contained databases of the platform server, and can also be operations carried out by linking a third party conversion system.
The further technical scheme is as follows: a sign language self-defining module is arranged in the terminal platform and used for setting sign language animations and corresponding characters according to user requirements;
and a character self-defining module is arranged in the terminal platform and used for setting character sentences in advance according to user requirements and combining the voice-character conversion module to carry out fast voice conversion communication.
The habit of each user can be customized by sign language or characters, and information can be rapidly sent out in the process.
A conversation method based on a deaf-mute conversation intelligent terminal platform comprises the following specific steps:
presetting: setting a deaf-mute communication protocol, wherein the communication protocol comprises a deaf-mute communication request mark, a deaf-mute communication response mark sentence-breaking mark and a communication ending mark;
s1: a user starts a terminal platform, and an address list connected through the terminal platform is dialed and connected with a dialing module;
s2: the user uses the communication protocol of 'deaf-mute' to the communication object through the terminal platform;
s3: a user sends a deaf-mute call request mark to a call object through a terminal platform, and obtains a deaf-mute call response mark fed back by the call object;
s4: a user obtains the voice and sentence break mark of a call object through a terminal platform; the words are converted into words by a voice word conversion module and displayed;
the user sends a character + sentence break sign or a sign language animation + sentence break sign to a call object through the terminal platform, wherein the character + sentence break sign is converted into voice + sentence break sign through the voice-character conversion module and sent, and the sign language animation + sentence break sign is converted into voice + sentence break sign through the sign language voice conversion module and sent;
s5: the terminal platform judges whether a call ending mark is received, if so, the terminal platform displays the received call ending mark; otherwise, returning to the step S4;
s5: and the terminal platform acquires the information of hanging up the call of the user and finishes the call.
The method is based on the address list and the dialing module carried by the terminal platform and the intelligent terminal, combines the existing dialing conversation technology and the invention to provide the terminal platform suitable for deaf-mute people, and converts the voice information in the conversation process into characters or sign language animation through the voice character conversion module and the sign language voice conversion module on the terminal platform. The problem of deaf-dumb people's accessible remote communication is solved to relative sending process of information one by one in prior art, have the promotion of apparent communication speed, and in emergency, can contact relevant part fast and communicate or seek help.
The further technical scheme is as follows: the 'deaf-mute' conversation protocol is a voice and is directly sent to a conversation object; the deaf-mute communication protocol is a character; and after the voice is converted into voice by the voice-character conversion module, the voice is sent to a call object.
When the protocol is expressed, the user needs to be explained as a deaf-mute user, and the communication object needs to be matched; and the protocol content is explained for subsequent normal conversation. When the protocol content is sent, the deaf-dumb user can send a text protocol or a voice protocol, the protocol is in consensus with the voice-text conversion module and the sign language voice conversion module, and conversion is carried out according to the protocol when conversion is carried out.
According to a further technical scheme, a call object and the call request mark, the call response mark, the sentence break mark, the call end mark, the voice mark, the music mark, the time pause mark or the digital character symbol input mark for the deaf-mute received by the terminal platform user; and the terminal platform converts the sign into sign language or characters through the voice character conversion module and the sign language voice conversion module.
The voice mark can be transmitted in a voice form, namely, voice playing with the meanings of "" deaf mute "call request", "" "deaf mute" call response "," sentence break "," call end ", and the like. The music mark is short music with obvious rhythm change; the time pause mark is a mark for pausing or not giving out voice at intervals, and the digital character symbol input mark is a mark for adding characters, numbers, symbols or the combination of the characters, the numbers and the symbols at the end of the utterance.
In order to store special call records of the deaf-mute people, a platform storage module is arranged on the terminal platform and used for recording each call to obtain call records.
The invention has the beneficial effects that: a software platform suitable for remote communication of deaf and dumb people is designed, and when a call is made, a communication mode for converting voice characters and sign languages is carried out by combining an address list and a dialing module carried by a terminal and utilizing a high-definition voice technology of an intelligent terminal. The problem of deaf-dumb people's accessible remote communication is solved to relative the transmission process of information one by one in the prior art, there is the promotion of apparent communication speed, and in emergency, can link up relevant part fast and communicate or seek help.
Drawings
FIG. 1 is a block diagram of the system architecture of the present invention;
FIG. 2 is a schematic diagram of the display contents of the terminal platform during a call;
fig. 3 is a flow chart of a call method.
Detailed Description
The following provides a more detailed description of the embodiments and the operation of the present invention with reference to the accompanying drawings.
As can be seen from fig. 1, the deaf-mute conversation intelligent terminal platform comprises a terminal platform 1 installed in a processor A1 of an intelligent terminal a, wherein the intelligent terminal a is provided with a display A2, a camera A3, a microphone A4, a loudspeaker A5 and an SIM card slot A6, an SIM card is installed in the SIM card slot A6, a recording module a11 and an address book and dialing module a12 are arranged in the processor A1, and the terminal platform 1 is connected with the address book and dialing module a 12;
as can be seen from fig. 1, a speech-to-text conversion module 11, a sign language speech conversion module 12, a sign language display and acquisition module 13, and a platform storage module 14 are arranged in the terminal platform 1;
as can be seen from fig. 1, the voice-to-text conversion module 11 includes an uplink voice sending unit 11a and a downlink voice channel receiving unit 11b, where the uplink voice sending unit 11a is configured to start the terminal platform 1 and then convert text to be sent into voice in a call process and send the voice to a call target; the downlink voice channel receiving unit 11b is configured to convert the received voice into text in real time during a call after the terminal platform 1 is started;
as can be seen from fig. 1, the sign language voice conversion module 12 is configured to, after the terminal platform 1 is started, convert an acquired sign language video into voice in a call process, and send the voice to a call object; the sign language display and acquisition module 13 is configured to, after the terminal platform 1 is started, record a sign language video of a call user by the camera A3 and display the sign language video on the interface of the terminal platform 1 during a call.
As can be seen from fig. 2, after the terminal platform 1 is started, the display A2 simultaneously displays the speech-to-text conversion module 11, the sign language speech conversion module 12 and the call interface during the call.
As can also be seen from fig. 1, the terminal platform 1 is remotely connected to the server 2, and the server 2 is provided with a speech-to-text conversion database and a sign language-to-speech conversion database.
As can also be seen from fig. 1, a sign language self-defining module 15 is arranged in the terminal platform 1, and is used for setting sign language animations and corresponding characters according to user requirements; the terminal platform 1 is internally provided with a text self-defining module 16, which is used for setting text sentences in advance according to user requirements and combining the voice-text conversion module 11 to perform fast voice conversion communication.
A conversation method based on a deaf-mute conversation intelligent terminal platform comprises the following presetting steps: setting a 'deaf-mute' conversation protocol, wherein the conversation protocol comprises a 'deaf-mute' conversation request mark, a 'deaf-mute' conversation response mark sentence-breaking mark and a conversation ending mark;
as one implementation mode, the 'deaf-mute' conversation protocol is a voice and is directly sent to a conversation object; for such embodiments, the end platform user is a "deaf-dumb" person user; the call object is a normal person user.
As other embodiments, the "deaf-mute" conversation protocol is either text; and after being converted into voice by the voice-character conversion module 11, the voice is sent to a call object. Aiming at the implementation mode, in general two communication parties, a terminal platform user is a deaf-mute person user; the call object is a deaf-mute user.
The conversation object, the 'deaf-mute' conversation request mark, the 'deaf-mute' conversation response mark, the sentence break mark and the conversation ending mark received by the terminal platform 1 user are respectively a voice mark, a music mark, a time pause mark or a digital character symbol input mark; the terminal platform 1 converts the sign into sign language or characters through the voice character conversion module 11 and the sign language voice conversion module 12.
In the present embodiment, the "deaf-mute" communication request flag, the "deaf-mute" communication response flag, the sentence break flag, and the communication end flag are all numeric character symbol input flags,
in this embodiment, setting a "deaf-mute" call request flag to initiate a request and explain the situation, specifically speaking the voice content is "i am a deaf-mute," if "1" is replied in response to receiving a response, please add "#" at the end of the voice when sentence is broken, and please add "end" at the end of the voice for a call end flag; refusing to answer to hang up ";
then: the 'deaf-mute' conversation response mark is a reply '1';
the sentence break flag is to reply "#" at the end of the speech;
the end-of-call flag replies with "end" at the end of the speech.
As can be seen from fig. 3, the specific communication steps are as follows:
s1: a user starts the terminal platform 1, and an address list connected through the terminal platform 1 is dialed and connected with the dialing module A12;
s2: the user sends a deaf-mute communication protocol to a communication object through the terminal platform 1; and send "I is deaf mute, if receive and respond to and please reply" 1", please add" # "at the end of pronunciation while cutting sentence, the end of conversation marks please add" end "at the end of pronunciation; hang up is requested to refuse response "
S3: the user sends a deaf-mute call request mark to the call object through the terminal platform 1, and obtains a deaf-mute call response mark fed back by the call object, in the embodiment, receives a reply of '1';
s4: a user obtains the voice + #ofa call object through a terminal platform 1; the words are converted by a voice word conversion module 11 and displayed;
the user sends a character + # or sign language animation + sentence-breaking sign to the call object through the terminal platform 1, wherein the character + # is converted into voice + # to be sent through the voice-character conversion module 11, and the sign language animation + # is converted into voice + # to be sent through the sign language-voice conversion module 12;
s5: the terminal platform 1 judges whether an end mark 'end' is received, if so, the terminal platform 1 displays the received end mark; otherwise, returning to the step S4;
s5: the terminal platform 1 acquires the information of hanging up the call of the user, and the call is finished.
In this embodiment, as can be seen from fig. 1, the terminal platform 1 is provided with a platform storage module 14, which is used for recording each call to obtain a call record.
It should be noted that the above description is not intended to limit the present invention, and the present invention is not limited to the above examples, and those skilled in the art should also make changes, modifications, additions or substitutions within the spirit and scope of the present invention.
Claims (4)
1. A conversation method based on a deaf-mute conversation intelligent terminal platform comprises the steps that the deaf-mute conversation intelligent terminal platform comprises a terminal platform (1) installed in a processor (A1) of an intelligent terminal (A), the intelligent terminal (A) is provided with a display (A2), a camera (A3), a microphone (A4), a loudspeaker (A5) and an SIM card slot (A6), an SIM card is installed in the SIM card slot (A6), a recording module (A11) and an address book and dialing module (A12) are arranged in the processor (A1), and the terminal platform (1) is connected with the address book and dialing module (A12);
a voice character conversion module (11), a sign language voice conversion module (12), a sign language display and acquisition module (13) and a platform storage module (14) are arranged in the terminal platform (1);
the voice and text conversion module (11) comprises an uplink voice sending unit (11 a) and a downlink voice channel receiving unit (11 b), wherein the uplink voice sending unit (11 a) is used for starting the terminal platform (1) and converting text to be sent into voice in the process of calling and sending the voice to a calling object; the downlink voice channel receiving unit (11 b) is used for converting received voice into characters in real time in a communication process after the terminal platform (1) is started;
the sign language voice conversion module (12) is used for converting the acquired sign language video into voice in the conversation process after the terminal platform (1) is started, and sending the voice to a conversation object;
the sign language display and acquisition module (13) is used for recording sign language videos of call users and displaying the sign language videos on an interface of the terminal platform (1) by the camera (A3) in the call process after the terminal platform (1) is started;
the method is characterized in that: the method comprises the following specific steps:
presetting: setting a 'deaf-mute' conversation protocol, wherein the conversation protocol comprises a 'deaf-mute' conversation request mark, a 'deaf-mute' conversation response mark sentence-breaking mark and a conversation ending mark;
s1: a user starts the terminal platform (1), and an address list connected through the terminal platform (1) is dialed and connected with the dialing module (A12);
s2: the user sends a deaf-mute communication protocol to a communication object through the terminal platform (1);
s3: a user sends a deaf-mute call request mark to a call object through a terminal platform (1), and obtains a deaf-mute call response mark fed back by the call object;
s4: a user obtains the voice and sentence break mark of a call object through a terminal platform (1); the characters are converted into characters through a voice character conversion module (11) and displayed;
a user sends a character + sentence break sign or a sign language animation + sentence break sign to a call object through a terminal platform (1), wherein the character + sentence break sign is converted into a voice + sentence break sign through a voice character conversion module (11) and sent, and the sign language animation + sentence break sign is converted into the voice + sentence break sign through a sign language voice conversion module (12) and sent;
s5: the terminal platform (1) judges whether a call ending mark is received, if so, the terminal platform (1) displays the received call ending mark; otherwise, returning to the step S4;
s6: and the terminal platform (1) acquires the information of hanging up the call of the user and finishes the call.
2. The conversation method based on the deaf-mute conversation intelligent terminal platform according to claim 1, characterized in that: the 'deaf-mute' conversation protocol or voice is directly sent to a conversation object;
the 'deaf-mute' conversation protocol is a character; and after being converted into voice by the voice character conversion module (11), the voice is sent to a call object.
3. The conversation method based on the deaf-mute conversation intelligent terminal platform according to claim 1, characterized in that: the conversation object, the 'deaf-mute' conversation request mark, the 'deaf-mute' conversation response mark, the sentence break mark, the conversation end mark or the voice mark, the music mark, the time pause mark or the digital character symbol input mark received by the terminal platform (1) user; the terminal platform (1) converts the sign into sign language or characters through the voice character conversion module (11) and the sign language voice conversion module (12).
4. The conversation method based on the deaf-mute conversation intelligent terminal platform according to claim 1, characterized in that: the terminal platform (1) is provided with a platform storage module (14) and is used for recording each call to obtain a call record.
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| CN112259073B (en) * | 2020-10-19 | 2023-06-23 | 中国联合网络通信集团有限公司 | Voice and text direct communication method, device, electronic equipment and storage medium |
| CN112506410A (en) * | 2020-12-09 | 2021-03-16 | 福州大学 | Deaf-mute barrier-free online video interaction device |
| CN112887194B (en) * | 2021-01-19 | 2022-12-09 | 广州亿语智能科技有限公司 | Interactive method, device, terminal and storage medium for realizing communication of hearing-impaired people |
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