CN111199666B - Language learning method based on radio frequency storage technology - Google Patents
Language learning method based on radio frequency storage technology Download PDFInfo
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- CN111199666B CN111199666B CN201811403054.7A CN201811403054A CN111199666B CN 111199666 B CN111199666 B CN 111199666B CN 201811403054 A CN201811403054 A CN 201811403054A CN 111199666 B CN111199666 B CN 111199666B
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B5/00—Electrically-operated educational appliances
- G09B5/06—Electrically-operated educational appliances with both visual and audible presentation of the material to be studied
- G09B5/065—Combinations of audio and video presentations, e.g. videotapes, videodiscs, television systems
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
- G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device
Abstract
The invention provides a language learning method based on a radio frequency storage technology, which comprises the following steps: the radio frequency storage electronic tag reads and writes the mobile terminal; the read-write mobile terminal comprises: the device comprises a radio frequency read-write module, a voice conversion module, a frequency modulation transmitting module, a voice playing module and a control module. The method comprises the following steps: logging in a mobile terminal program, writing in the electronic tag, enabling the read-write mobile terminal to be close to the radio frequency storage electronic tag, and transmitting the information read by the radio frequency read-write module to the voice playing module through the voice conversion module and the frequency modulation transmitting module to play voice. The implementation of the method has the following beneficial effects: the real-time perception and foreign language learning of the real objects can be intuitively and vividly realized.
Description
Technical Field
The invention relates to a language learning method based on a radio frequency storage technology.
Background
At present, English is an internationally important communication language, which is highly valued by various countries, and it is particularly important to develop good foreign language learning and cognitive abilities of children. At present, children learn foreign languages, which is a very obvious problem, are shown through textbooks, pictures and images, so that large-scale physical display teaching is difficult to achieve, children live in practical environments, and the invention has a starting point if the children can intuitively and vividly sense real-time objects and learn foreign languages.
Disclosure of Invention
The invention relates to a language learning method based on a radio frequency storage technology, which is characterized by comprising the following steps: the radio frequency storage electronic tag reads and writes the mobile terminal;
the read-write mobile terminal comprises: the device comprises a radio frequency read-write module, a voice conversion module, a frequency modulation transmitting module, a voice playing module and a control module.
The read-write mobile terminal is provided with a mobile terminal program, and the method comprises the following steps:
1) the mobile terminal program of the read-write mobile terminal is logged in, the age information of the object (child) to be used is filled in, and the reading sequence of Chinese and English is set.
2) And writing the information into the electronic tag through the radio frequency read-write module in a USB or Bluetooth mode.
3) When reading is needed, the reading-writing mobile terminal is close to the radio frequency storage electronic tag, and the radio frequency reading-writing module in the reading-writing mobile terminal reads information in the radio frequency electronic tag and transmits the information to the control module
4) The control module analyzes the stored ordered voice stream and transmits the analyzed voice stream to the frequency modulation transmitting module according to the Chinese and English reading sequence when the program of the mobile terminal is initially set for the information in the radio frequency electronic tag
5) The frequency modulation transmitting module transmits the related information to the voice playing module for voice playing
The radio frequency storage electronic tag can be encrypted according to needs. As a user, the put radio frequency storage electronic tag and the read-write mobile terminal can be subjected to password verification matching, and if the password set by the user is unknown, the user cannot read the password through the read-write mobile terminal of other people, so that the privacy information of the user is protected.
The mobile terminal program can further include: the memory module, control and select pronunciation rule button and artificial intelligence supplementary study button.
The control selection pronunciation rule button is characterized in that: the control selection pronunciation rule button is connected with the control module, after a user clicks, the control module reads the pronunciation basic rule stored in the storage module, the stored ordered voice stream is analyzed through the voice conversion module and then transmitted to the frequency modulation transmitting module, and the frequency modulation transmitting module transmits the related information to the voice playing module for voice playing.
The artificial intelligence assists study button, characterized by: the artificial intelligence auxiliary learning button is used for auxiliary control to select the pronunciation rule button, and the auxiliary mode can be divided into three types: and normal playing, delayed playing and selective playing.
The normal play auxiliary mode is characterized in that: only playing the English pronunciation of the word at normal speed and displaying the spelling of the word on the mobile terminal program
The delay playing auxiliary mode is characterized in that: only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; and the Chinese pronunciation of the word is played after a period of time is delayed, so that the user is assisted to go deep into the relation corresponding to the Chinese and English pronunciations.
The auxiliary mode for selecting playing is characterized in that: only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; when the play selection button is pressed again, the Chinese pronunciation of the word is played, so that the forced Chinese pronunciation is avoided under any condition
The mobile terminal program can further include: when the microphone is used, the microphone can temporarily stop pronouncing after reading the data of the radio frequency storage chip, a user is required to read the pronunciation of the English word first, then the pronunciation of the user is matched with the stored content by using the voice conversion module, if the matching is wrong, the voice prompts 'try again', for example, 3 times of errors are continuously carried out, and the pronunciation of the word is played.
The mobile terminal program can further include: the counting module is characterized by having data counting and management functions, and can display the number of English words read by children in a certain time period, the error rate is high, and the number of times and the total number of reading and writing of each word (single RFID) are convenient for parents to count and manage the words learned by children in real objects.
Drawings
FIG. 1 is a block diagram of an embodiment I;
FIG. 2 is a block diagram of a second embodiment;
FIG. 3 is a block diagram of a third embodiment;
the numbers in the figure are respectively: the system comprises a radio frequency storage electronic tag 1, a read-write mobile terminal 2, a radio frequency read-write module 2.1, a control module 2.2, a voice playing module 2.3, a voice conversion module 2.4, a frequency modulation transmitting module 2.5, a storage module 2.6, a control selection pronunciation rule button 2.7, an artificial intelligence auxiliary learning button 2.8, a microphone 2.9 and a counting module 2.10
Detailed Description
As shown in fig. 1 to 3:
example one:
a language learning method based on radio frequency storage technology is characterized by comprising the following steps: the radio frequency storage electronic tag 1 reads and writes the mobile terminal 2;
the read-write mobile terminal 2 includes: the device comprises a radio frequency read-write module 2.1, a voice conversion module 2.4, a frequency modulation transmitting module, a voice playing module and a control module.
The read-write mobile terminal 2 is provided with a mobile terminal program, and the method comprises the following steps:
1) the mobile terminal program of the read/write mobile terminal 2 is registered, the age information of the object to be used (child) is filled, and the reading order of the chinese and english is set.
2) And the radio frequency read-write module 2.1 writes the information into the electronic tag in a USB or Bluetooth mode. The pronunciation data of the word are written into the radio frequency memory chip, so that the use at any time and any place can be realized without an external power supply, the use can be realized under the condition of no network environment, the universality is high, legal equipment can be used for pronunciation learning when being close to an English learning label pasted by any person, and the large-scale release in public places such as schools, classrooms and the like is facilitated.
3) When reading is needed, the reading and writing mobile terminal 2 is close to the radio frequency storage electronic tag 1, the radio frequency reading and writing module 2.1 in the reading and writing mobile terminal 2 reads information in the radio frequency electronic tag and transmits the information to the control module, the identification of the article is realized by the radio frequency storage electronic tag 1, but the whole system does not use the RFID technology but the RF storage technology. When the read-write equipment is close to the electronic tag, the read serial number of the electronic tag is not played in a background correlation mode, but the read serial number is directly read from the complete data in the storage space in the electronic tag, namely the RFID is used as a storage instead of the ID. And the data communication is still realized by utilizing a mature RFID communication chip, so that the use cost of a terminal user is reduced, and the operation flow is simplified. The RFID can adopt ultrahigh frequency RFID, so that the content can be read remotely.
4) The control module analyzes the information in the radio frequency electronic tag according to the Chinese and English reading sequence when the program of the mobile terminal is initially set, and the stored ordered voice stream is transmitted to the frequency modulation transmitting module after being analyzed by the voice conversion module 2.4
5) The frequency modulation transmitting module transmits the related information to the voice playing module for voice playing
The radio frequency storage electronic tag 1 can be encrypted according to the requirement. As a user, the put radio frequency storage electronic tag 1 and the read-write mobile terminal 2 can be subjected to password verification matching, if the password set by the user is unknown, the user cannot read the user through the read-write mobile terminal 2 of other people, and privacy information of the user is protected.
Example two:
a language learning method based on radio frequency storage technology is characterized by comprising the following steps: the radio frequency storage electronic tag 1 reads and writes the mobile terminal 2;
the read-write mobile terminal 2 includes: the device comprises a radio frequency read-write module 2.1, a voice conversion module 2.4, a frequency modulation transmitting module, a voice playing module and a control module.
The read-write mobile terminal 2 is provided with a mobile terminal program, and the method comprises the following steps:
1) the mobile terminal program of the read/write mobile terminal 2 is registered, the age information of the object to be used (child) is filled, and the reading order of the chinese and english is set.
2) And the radio frequency read-write module 2.1 writes the information into the electronic tag in a USB or Bluetooth mode. The pronunciation data of the word are written into the radio frequency memory chip, so that the use at any time and any place can be realized without an external power supply, the use can be realized under the condition of no network environment, the universality is high, legal equipment can be used for pronunciation learning when being close to an English learning label pasted by any person, and the large-scale release in public places such as schools, classrooms and the like is facilitated.
3) When reading is needed, the reading and writing mobile terminal 2 is close to the radio frequency storage electronic tag 1, the radio frequency reading and writing module 2.1 in the reading and writing mobile terminal 2 reads information in the radio frequency electronic tag and transmits the information to the control module, the identification of the article is realized by the radio frequency storage electronic tag 1, but the whole system does not use the RFID technology but the RF storage technology. When the read-write equipment is close to the electronic tag, the read serial number of the electronic tag is not played in a background correlation mode, but the read serial number is directly read from the complete data in the storage space in the electronic tag, namely the RFID is used as a storage instead of the ID. And the data communication is still realized by utilizing a mature RFID communication chip, so that the use cost of a terminal user is reduced, and the operation flow is simplified.
4) The control module analyzes the information in the radio frequency electronic tag according to the Chinese and English reading sequence when the program of the mobile terminal is initially set, and the stored ordered voice stream is transmitted to the frequency modulation transmitting module after being analyzed by the voice conversion module 2.4
5) The frequency modulation transmitting module transmits the related information to the voice playing module for voice playing
The radio frequency storage electronic tag 1 can be encrypted according to the requirement. As a user, the put radio frequency storage electronic tag 1 and the read-write mobile terminal 2 can be subjected to password verification matching, if the password set by the user is unknown, the user cannot read the user through the read-write mobile terminal 2 of other people, and privacy information of the user is protected.
The mobile terminal program can further include: the memory module, control and select pronunciation rule button and artificial intelligence supplementary study button.
The control selection pronunciation rule button is characterized in that: the control selection pronunciation rule button is connected with the control module, after a user clicks, the control module reads the pronunciation basic rule stored in the storage module, the stored ordered voice stream is analyzed through the voice conversion module 2.4 and then transmitted to the frequency modulation transmitting module, and the frequency modulation transmitting module transmits related information to the voice playing module for voice playing.
The artificial intelligence assists study button, characterized by: the artificial intelligence auxiliary learning button is used for auxiliary control to select the pronunciation rule button, and the auxiliary mode can be divided into three types: and normal playing, delayed playing and selective playing.
The normal play auxiliary mode is characterized in that: only playing the English pronunciation of the word at normal speed and displaying the spelling of the word on the mobile terminal program
The delay playing auxiliary mode is characterized in that: only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; and the Chinese pronunciation of the word is played after a period of time is delayed, so that the user is assisted to go deep into the relation corresponding to the Chinese and English pronunciations.
The auxiliary mode for selecting playing is characterized in that: only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; when the play selection button is pressed again, the Chinese pronunciation of the word is played, and the forced Chinese pronunciation is avoided under any condition.
For example: the mobile terminal program is provided with a button A for controlling and selecting pronunciation rules and a button B for artificial intelligence auxiliary learning. The storage chip contains the basic information of Chinese and English words and word spelling of an article, and when a child approaches the article by using the reading and writing device, the device can automatically play sound according to a preset rule and a machine learning matched rule.
Button a mode 1: only playing the English pronunciation of the word at normal speed and displaying the spelling of the word on the screen
Button a mode 2: only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; and (3) delaying a period of time (according to the time matched by the machine learning algorithm) and then playing the Chinese pronunciation of the word to assist the child to deeply correspond to the relation of Chinese and English pronunciations.
Button a mode 3: only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; when the button B is pressed, the Chinese pronunciation of the word is played, so that the situation that the Chinese pronunciation is forced to be played under any condition is avoided
Under the condition of the A button mode 2, only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; at this point, pressing the B button will repeat the playback of the word. Under the condition that the B button is pressed, the machine can automatically learn and judge the familiarity and the attention degree of a user to the word according to the volume, the repeated reading and writing times and the pronunciation speed at the moment, then the machine learning result is written into the tag in a data form, and the last using date, time and machine learning result can be automatically matched when the electronic tag is read next time, so that the pronunciation mode and the machine learning result are continuously updated.
The machine learning comprises data such as current system time, GPS position coordinates and the like, the mobile terminal program read-write pronunciation module obtains exquisite system time through GPS time service, and when the device is used, the machine automatically reduces output volume when detecting that the current time is too late or in a place unsuitable for noise, so that surrounding people are prevented from being disturbed or children are prevented from being scared.
Example three:
a language learning method based on radio frequency storage technology is characterized by comprising the following steps: the radio frequency storage electronic tag 1 reads and writes the mobile terminal 2;
the read-write mobile terminal 2 includes: the device comprises a radio frequency read-write module 2.1, a voice conversion module 2.4, a frequency modulation transmitting module, a voice playing module and a control module.
The read-write mobile terminal 2 is provided with a mobile terminal program, and the method comprises the following steps:
1) the mobile terminal program of the read/write mobile terminal 2 is registered, the age information of the object to be used (child) is filled, and the reading order of the chinese and english is set.
2) And the radio frequency read-write module 2.1 writes the information into the electronic tag in a USB or Bluetooth mode. The pronunciation data of the word are written into the radio frequency memory chip, so that the use at any time and any place can be realized without an external power supply, the use can be realized under the condition of no network environment, the universality is high, legal equipment can be used for pronunciation learning when being close to an English learning label pasted by any person, and the large-scale release in public places such as schools, classrooms and the like is facilitated.
3) When reading is needed, the reading and writing mobile terminal 2 is close to the radio frequency storage electronic tag 1, the radio frequency reading and writing module 2.1 in the reading and writing mobile terminal 2 reads information in the radio frequency electronic tag and transmits the information to the control module, the identification of the article is realized by the radio frequency storage electronic tag 1, but the whole system does not use the RFID technology but the RF storage technology. When the read-write equipment is close to the electronic tag, the read serial number of the electronic tag is not played in a background correlation mode, but the read serial number is directly read from the complete data in the storage space in the electronic tag, namely the RFID is used as a storage instead of the ID. And the data communication is still realized by utilizing a mature RFID communication chip, so that the use cost of a terminal user is reduced, and the operation flow is simplified.
4) The control module analyzes the information in the radio frequency electronic tag according to the Chinese and English reading sequence when the program of the mobile terminal is initially set, and the stored ordered voice stream is transmitted to the frequency modulation transmitting module after being analyzed by the voice conversion module 2.4
5) The frequency modulation transmitting module transmits the related information to the voice playing module for voice playing
The radio frequency storage electronic tag 1 can be encrypted according to the requirement. As a user, the put radio frequency storage electronic tag 1 and the read-write mobile terminal 2 can be subjected to password verification matching, if the password set by the user is unknown, the user cannot read the user through the read-write mobile terminal 2 of other people, and privacy information of the user is protected.
The mobile terminal program can further include: the memory module, control and select pronunciation rule button and artificial intelligence supplementary study button.
The control selection pronunciation rule button is characterized in that: the control selection pronunciation rule button is connected with the control module, after a user clicks, the control module reads the pronunciation basic rule stored in the storage module, the stored ordered voice stream is analyzed through the voice conversion module 2.4 and then transmitted to the frequency modulation transmitting module, and the frequency modulation transmitting module transmits related information to the voice playing module for voice playing.
The artificial intelligence assists study button, characterized by: the artificial intelligence auxiliary learning button is used for auxiliary control to select the pronunciation rule button, and the auxiliary mode can be divided into three types: and normal playing, delayed playing and selective playing.
The normal play auxiliary mode is characterized in that: only playing the English pronunciation of the word at normal speed and displaying the spelling of the word on the mobile terminal program
The delay playing auxiliary mode is characterized in that: only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; and the Chinese pronunciation of the word is played after a period of time is delayed, so that the user is assisted to go deep into the relation corresponding to the Chinese and English pronunciations.
The auxiliary mode for selecting playing is characterized in that: only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; when the play selection button is pressed again, the Chinese pronunciation of the word is played, so that the forced Chinese pronunciation is avoided under any condition
The mobile terminal program can further include: when the microphone is used, the microphone can temporarily stop pronouncing after reading the data of the radio frequency storage chip, a user is required to read the pronunciation of the English word first, then the pronunciation of the user is matched with the stored content by the voice conversion module 2.4, if the matching is wrong, the voice prompts 'try again', for example, 3 times of errors are continuously carried out, and the pronunciation of the word is played.
The mobile terminal program can further include: the counting module is characterized by having data counting and management functions, and can display the number of English words read by children in a certain time period, the error rate is high, and the number of times and the total number of reading and writing of each word (single RFID) are convenient for parents to count and manage the words learned by children in real objects.
For example: the program of the mobile terminal is provided with a button A for controlling and selecting pronunciation rules and a button B for assisting learning by artificial intelligence. The storage chip contains the basic information of Chinese and English words and word spelling of an article, and when a child approaches the article by using the reading and writing device, the device can automatically play sound according to a preset rule and a machine learning matched rule.
Button a mode 1: only playing the English pronunciation of the word at normal speed and displaying the spelling of the word on the screen
Button a mode 2: only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; and (3) delaying a period of time (according to the time matched by the machine learning algorithm) and then playing the Chinese pronunciation of the word to assist the child to deeply correspond to the relation of Chinese and English pronunciations.
Button a mode 3: only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; when the button B is pressed, the Chinese pronunciation of the word is played, so that the situation that the Chinese pronunciation is forced to be played under any condition is avoided
Under the condition of the A button mode 2, only playing the English pronunciation of the word according to the normal speed, and displaying the spelling of the word on a screen; at this point, pressing the B button will repeat the playback of the word. Under the condition that the B button is pressed, the machine can automatically learn and judge the familiarity and the attention degree of a user to the word according to the volume, the repeated reading and writing times and the pronunciation speed at the moment, then the machine learning result is written into the tag in a data form, and the last using date, time and machine learning result can be automatically matched when the electronic tag is read next time, so that the pronunciation mode and the machine learning result are continuously updated.
The machine learning comprises data such as current system time, GPS position coordinates and the like, the mobile terminal program read-write pronunciation module obtains exquisite system time through GPS time service, and when the device is used, the machine automatically reduces output volume when detecting that the current time is too late or in a place unsuitable for noise, so that surrounding people are prevented from being disturbed or children are prevented from being scared.
The mobile terminal program read-write pronunciation module is provided with a microphone, so that the mobile terminal program read-write pronunciation module can temporarily stop pronouncing after reading data of the storage chip when in use, a child is required to read out English word pronunciation firstly and then carry out matching, and if the matching is wrong, the child can carry out voice prompt for 'trying again' for 3 times continuously and then carry out system pronunciation to play the word pronunciation.
The mobile terminal program reading-writing pronunciation module has data statistics and management functions, can display how many English words are read by children in a certain time period, has high error rate, and is convenient for parents to count and manage the words learned by the children in kind due to the number of times and the total number of times of reading and writing of each word (single RFID).
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.
Claims (3)
1. A language learning method based on radio frequency storage technology is characterized by comprising the following steps: the radio frequency storage electronic tag reads and writes the mobile terminal;
the read-write mobile terminal comprises: the device comprises a radio frequency read-write module, a voice conversion module, a frequency modulation transmitting module, a voice playing module and a control module;
the read-write mobile terminal is provided with a mobile terminal program;
the method comprises the following steps:
1) logging in a mobile terminal program of the read-write mobile terminal, filling age information of a using object, and setting a Chinese and English reading sequence;
2) writing the information into the electronic tag through a USB or Bluetooth mode by the radio frequency read-write module;
3) when reading is needed, the reading and writing mobile terminal is close to the radio frequency storage electronic tag, and a radio frequency reading and writing module in the reading and writing mobile terminal reads information in the radio frequency electronic tag and transmits the information to the control module;
4) the control module analyzes the stored ordered voice stream and transmits the analyzed voice stream to the frequency modulation transmitting module according to the Chinese and English reading sequence when the mobile terminal program is initially set;
5) the frequency modulation transmitting module transmits the related information to the voice playing module for voice playing;
the radio frequency storage electronic tag can be encrypted according to the requirement; the user can verify and match the put radio frequency storage electronic tag with the read-write mobile terminal, and if the password set by the user is unknown, the user cannot read the radio frequency storage electronic tag through the read-write mobile terminal of other people, so that the privacy information of the user is protected; the mobile terminal program further comprises: the storage module, control and select pronunciation rule button and artificial intelligence help to learn the button; the control selection pronunciation rule button is connected with the control module, after a user clicks, the control module reads the pronunciation basic rule stored in the storage module, the stored ordered voice stream is analyzed by the voice conversion module and then transmitted to the frequency modulation transmitting module, and the frequency modulation transmitting module transmits the related information to the voice playing module for voice playing; the artificial intelligence auxiliary learning button is used for assisting in controlling and selecting the pronunciation rule button, and the auxiliary mode can be divided into three types: normally playing, delaying playing and selecting playing; the normal playing auxiliary mode is to play only English pronunciation of a word according to normal speed and display the spelling of the word on the program of the mobile terminal; in the delayed playing auxiliary mode, only the English pronunciation of the word is played according to the normal speed of speech, and the spelling of the word is displayed on a screen; the Chinese pronunciation of the word is played after a period of time is delayed, and the user is assisted to go deep into the relation corresponding to Chinese and English pronunciations; the auxiliary mode of playing is selected, only English pronunciation of the word is played according to normal speed, and spelling of the word is displayed on a screen; when the play selection button is pressed again, the Chinese pronunciation of the word is played, and the forced Chinese pronunciation is avoided under any condition.
2. The method of claim 1, wherein the mobile terminal program further comprises: the microphone can temporarily not pronounce after reading the data of the radio frequency storage chip during use, requires a user to read out the pronunciation of an English word first, then utilizes the voice conversion module to match the pronunciation of the user with the storage content, and if the pronunciation is mistakenly matched, the microphone prompts the user by voice: and trying again, such as continuously playing the pronunciation of the word for 3 times of errors.
3. The method of claim 1, wherein the language learning method based on radio frequency storage technology comprises: the mobile terminal program can further include: the counting module is characterized by having data counting and management functions, and can display the number of English words read by children in a certain time period, so that the error rate is high, and the number of times and the total number of reading and writing of each word are convenient for parents to count and manage the words learned by children in real objects.
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| EP2988267A1 (en) * | 2013-02-20 | 2016-02-24 | Seong Su Kim | Learning device using nfc and learning system using same |
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