KR20100042223A

KR20100042223A - Method and apparatus for automatically outputting a learning data

Info

Publication number: KR20100042223A
Application number: KR1020090095937A
Authority: KR
Inventors: 황선원
Original assignee: 황선원
Priority date: 2008-10-15
Filing date: 2009-10-09
Publication date: 2010-04-23
Also published as: WO2010044570A2; WO2010044570A3

Abstract

PURPOSE: The learning material auto throttle system and method output the desired storage learning data in the set up time or the sensor operation the automatic. Immediately, next learning data is outputted automatically The convenience and learning effect of learner are maximized. CONSTITUTION: A control module(90) is the driving program saved in the storage module(30) and the user input information which it is input from the information input module(10). The overall operation of the learning material auto throttle system is controlled. The control module controls the time information management module(60). The output time and update time of data are managed. The image, the character, and the update for voice data and music are controlled through the update management module(70). The control module controls the output of data or updated data before being updated according to the update time pass whether or not.

Description

Automatic material and method for learning materials {METHOD AND APPARATUS FOR AUTOMATICALLY OUTPUTTING A LEARNING DATA}

According to the present invention, upon detecting a set time or movement (sensor operation), the present invention automatically receives (updates) the stored learning material by the user's desired amount of time, after a desired time, by receiving the learning material from various learning devices. The present invention relates to an automatic learning material output apparatus and method capable of outputting one or more of music, voice, text, and video.

An effective way to learn English is to invest as much time as possible in learning.

But it is very difficult to know this and to practice it.

In the case of kindergarten or elementary school, students learn a lot by using video (VCR) or cassette. In the case of such video or cassette, it is difficult for the kindergarten or elementary school student to operate, or a separate education is required to operate. There is a problem.

In addition, in the case of a video device or a cassette, there is an inconvenience of manipulating each time the user continues to use it, and it is often difficult to use it and is left unused by the user.

Recently, online education through TV or computer is being implemented, but this also requires manipulation of TV or computer until the corresponding education is performed (channel switching, login on the education homepage or web page, etc.).

In addition, when the TV or computer is powered on, the user can watch the broadcast program when the user's favorite broadcast program is being broadcast on the corresponding channel, and the computer surfs the web after running the Internet. There was a problem that they were easily exposed to other environments and thus could not concentrate on their studies.

Middle and high school students are also trying to improve their listening skills through English listening tapes, but it is the same that it is difficult to keep learning.

The present invention is to solve the above-mentioned disadvantages and problems of the prior art, the present invention is to store a variety of learning data, and automatically advance the stored data in accordance with the set operation mode, the next educational content voice, text and video The purpose of the present invention is to provide an automatic output device and method for outputting one or more of the learning materials.

Learning data automatic output device of the present invention for achieving the above object as automatic learning data output device

(1) an information input module for receiving information from a user;

(2) a data receiving module for receiving data;

(3) a storage module for storing data;

(4) a voice output module for outputting voice;

(5) a display module for displaying on the screen;

(6) a time information management module managing data output time information and data update time information set by a user;

(7) an update management module for managing updates to video, text, music and voice;

(8) a sensor module for detecting movement and brightness of light;

(9) controlling the overall operation of the automatic learning data output device based on the driving program stored in the storage module and the user input information received from the information input module, and controlling the time information management module to output and update the data output time; A control module for managing time, controlling an update of video, text, music, and audio data through the update management module, and outputting data or updated data before being updated according to whether the update time has elapsed; It is characterized by the configuration thereof.

Preferably, the control module, when the data is a video and the video and audio are synchronized and output, if the data is not a video independently of the still image, text, voice and music according to settings from the user, three materials Only two of them, or all three data, may be controlled to be output, and when a text file and a voice file of the same name are included in the text output, the text and voice may be controlled to be synchronized.

Preferably, (10) further comprises a remote control module for remote control, learning data automatic output device.

Preferably, by the information input module, an operation number setting mode and an operation period setting mode may be selected for video, text, music, and audio data.

The operation count setting mode and the number of operation (output), the number of output units or segments, and the number of repetitive outputs during operation (output) are set, and in each case, the update learning amount, the learning interval, the output method, the review mode, and the rehearse mode May be selected and set, and for the still image of the image, the image output method and the interval time may be set for the character and the character type.

In addition, after selecting a data file for output mode setting, if there is no zone setting or output content setting, the entire contents of the selected file become the output target, and when the specific section or part is set as fixed output, the update function is stopped. Release lock to return to update mode.

Preferably, the update management module may support update setting for each day of the week based on the update output of data, and update setting for a weekend or a specific day except for a weekend or a specific day.

Preferably, the automatic learning data output device, the simultaneous output image number, screen division number, cross display time, and update time is set for the output method of the image data other than the learning time.

The present invention learning data automatic output method for achieving the above object comprises the steps of setting the wake-up and end time and learning time through the menu function of the automatic learning data output device for performing the learning; Setting whether to set a motion detection function when the learning data automatic output device is operated; Setting an automatic update period of the automatic learning material outputting device; Setting a learning section of the learning data automatic output device; Setting an output method of the automatic learning data output device: the control unit of the automatic learning data output device learns when an update time is reached according to time information from a real time clock part and weather time information set in a memory part in which an operating program is stored. Updating the menu information and retrieving menu information about the set learning contents when the waking time or the learning time arrives; Outputting the set announcement before automatically outputting the learning data and determining whether the learning content is composed of voice (or music), voice and sentence, voice and image, voice, image and sentence ; Judging the structure of the learning contents and outputting the learning contents by voice (or music), voice and text, voice and video audio data, video data and sentence data; Determining, by the control module, whether the learning contents have been output in accordance with the set learning period and the output method, and repeating until the learning contents have been output; After the output of the learning contents is completed, the motion or light detection is determined according to whether the motion or light is detected. Ending the night mode; It is made, including.

Automatic learning device and method for outputting the present invention as described above has the following effects.

First, users (foreign language learners) can regularly use (foreign language learning) every day without any action using a sensor that detects the user's movement.

Second, it is automatically updated and reproduced every day or every other day from the beginning to the end of the material or the set area by the automatic update, so that the user can conveniently learn without the inconvenience of having to operate the device for learning. That is, it enables continuous learning by listening to new contents repeatedly and automatically every day without deteriorating the learning will due to the inconvenience of operating the device.

Third, the learning method can adjust not only the voice but also the voice, text, and image according to the learner's selection, thereby maximizing the learning effect. Breaking away from the existing voice-only method, foreign language learning video materials or foreign movies by situation can be repeated by watching a real situation video by updating a few sentences or a few minutes every day or every other day. In particular, the part that is hard to hear while listening to only the voice or voice + video can be an effective foreign language learning (especially listening and memorizing sentences) method by checking the original text by using the script (hide) function. This can be a way of learning a foreign language by using the time spent in not only an individual use but also a toilet, an elevator used by a multitude, a lobby of a bank, a public office, a company, etc., where many people are waiting.

Fourth, effective use is possible even in foreign language education. For example, you can save a large number of music that a person prefers and listen to new music every morning or every other day at morning or evening. They may have them sleep and wake up listening to new Bible passages, hymns, and the like every day.

Fifth, when not performing an educational function, the electronic frame function of displaying video (different from educational video material) data in various modes can be performed, thereby relieving the burden of a burdensome learner to study a foreign language. It can increase educational interest and spatial utility (interior function).

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In addition, the terminology used in the present invention is a general term that is currently widely used as possible, but in certain cases, the term is arbitrarily selected by the applicant, and in this case, the meaning is described in detail in the description of the present invention, and a simple term is used. It is to be understood that the present invention is to be understood as a meaning of terms rather than names.

In addition, in describing the embodiments, descriptions of technical contents that are well known in the technical field to which the present invention belongs and are not directly related to the present invention will be omitted. This is to more clearly communicate without obscure the subject matter of the present invention by omitting unnecessary description.

1 is a block diagram illustrating an automatic learning data output apparatus according to an embodiment of the present invention.

Learning data automatic output device according to the present invention,

An information input module 10 for receiving information from a user, a data receiving module 20 for receiving data, a storage module 30 for storing data, a voice output module 40 for outputting voice, and a display for displaying on a screen A display module 50, a time information management module 60 for managing data output time information and data update time information set by a user, an update management module 70 for managing updates for video, text, music, and voice, On the basis of the sensor module 80 for detecting the brightness of the movement and the light, the drive program stored in the storage module and the user input information received from the information input module to control the overall operation of the automatic learning data output device, the time information Control the management module to manage the output time and update time of the data, through the update management module video, text, music And a control module 90 for controlling the update of the audio data, outputting the data before the update or the updated data according to whether the update time has elapsed, and controlling the video, audio, text and voice to be synchronized and output. It may include a remote control module 100 to remotely control.

The information input module 10 serves to receive information from a user. The information input module 10 sends the key input data corresponding to the key pressed by the user to the control module 80, for example, a keypad or a touch pad which is a plurality of numeric keys and function keys.

The data receiving module 20 serves to receive data. The data receiving module 20 is a module for receiving video, text, music, and audio data from the outside, and receives data through wired or wireless means such as USB, a memory card, and Bluetooth, and sends the data to the storage module 30.

The storage module 30 serves to store data. The storage module 30 not only stores a driving program for the operation of the apparatus for automatically updating and outputting video, text, music and audio data according to the present invention, but also video data, text data, music data, and audio data. Save it. The output unit of data recognizable by the control module 80 will be described in detail later.

The voice output module 40 serves to output voice. The voice output module 40 is controlled by the control module 80 when the voice data stored in the storage module 30 is output, or when the voice data stored with the text data is output, or the video is synchronized with the voice. When outputted, the voice or music is output at the time set by the user.

The output of the voice corresponding to the text may be output in synchronization with a text-to-speech program or by a voice data output function key. In the case of data not only text, but also data in which voice data are stored simultaneously, the data can be synchronized or output by a voice data output function key. When the text data and the voice data are stored together, the voice data of the voice address portion corresponding to the text identification information may be output. For example, when the title of the text file of the same data and the title of the voice file are identically stored in the storage module 30 and the text file is output, the voice file having the same title is simultaneously called by the control module 90, The voice data having the same identification information corresponding to the identification information (Time-Lapse information, sentence number information, or sequence information) of the text data is outputted in synchronization. Each sentence of the text data has time information or order information for a sentence start portion and a sentence end portion occupied in the entire file, and the voice of the portion having the same time information or sequence information on the corresponding voice file is output. Alternatively, a voice corresponding to the identification number for the output sentence may be output. Alternatively, the voice corresponding to the character (sentence) is output by the voice data output function key while only the character is output.

In addition, the audio is synchronized with the image data by the synchronization module of the controller.

The display module 50 serves to display on the screen. The display module 50 displays image and text output on a screen (display device) having an LCD LED or a similar function under the control of the control module 80. The output characters can be selected from the beginning of the moving character stop character blinking character sentence, such as complete type characters, and the number of still images output on the screen may be set by the user by the information input module 10. The image can be output to the full screen, 1 video screen, 2 split screens or 2 video screens, 4 split screens or 4 video screens. The setting and division of the screen will be described in more detail below.

The time information management module 60 manages data output time information and data update time information set by a user. The time information management module 60 notifies the control module 80 of the elapsed time set by the user based on the RTC, and the control module 80 updates the data updated by the time progress guide of the time information management module 60. The display module 50 or the voice output module 40 is output in the manner set by the user. If the user sets the update time of the video, text, voice or music data to 24 hours, the data currently output to the display module 50 is output for 24 hours, and the time-lapse guide of the time information management module 60 The control module 80 outputs the next data from the storage module 30 in the manner set by the user.

The update management module 70 manages updates for video, text, music, and audio data.

The sensor module 80 is composed of a sensor for detecting movement and an optical sensor for detecting a change in illumination.

The control module 90 controls the overall operation of the device based on the driving program stored in the storage module 30 and the user input information received from the information input module 10, and controls the time information management module 60 to control data. It manages the output time and update time of the, and through the update management module 70 to control the update for video, text, music and audio data, and output the data or updated data before the update depending on whether the update time has elapsed It has a role to control. The control module 90 controls the overall operation of the device based on the basic driving program stored in the storage module 30 for performing the operation of the present invention and the setting of the user setting output method. In addition, the time of outputting the music or audio data set by the user, the update time of the image, text, music, and voice is informed from the time information management module 60, and is updated after the update time. In addition, the control module 90 controls to output the updated data in the set output mode by reading the next data from the memory unit by the update amount set according to the update driving program stored in the storage module 30. Before the update time, it controls the output of video, text, music, and audio data that has been output based on the user setting mode. In addition, the control module 90 synchronizes and outputs audio when a video is output, and when the video is not a video, the still image, text, and voice (music) data are independently and only two out of three materials are used, or All three data are controlled to be output, and when text data is output, if text file and voice file with the same name are together, the text and voice are synchronized and output.

The control module 90 controls the stored music data to be updated and output by the play keys at one or more setting times of the day set by the user so that they can listen in turn.

The way you set your music data is

In the Output Time Setting mode, select Music, then the Output Time menu to set one or more output times.

You can select the update mode, the continuous output mode, or the setup mode of the music data output mode.

Select the music file in the output time setting mode and set the section or start number. Without this setting, all music in the selected file is output in order. When update mode is selected, if update time 24, update music number 2, and output frequency 2 are selected, the music is automatically output two times for 24 hours at the set time from the music of the starting number or two times every playkey operation. . When a plurality of pieces of music are set, an output interval time (second) between the pieces of music may be set.

In addition, if the continuous mode and the number of output songs 2 are selected, the two songs are updated to the next music at the set time or every play key operation, and are continuously output until the stop key is operated. In addition, with the continuous output setting and the setting of one or more music number sections, from the start number (music) or the set section or the selected music data is repeatedly outputted.

In addition, when set to a certain music number output time output number or continuous with a fixed mode, a specific music is fixed output. Release the lock and return to the previous mode.

The output music can be output as background music along with the text image data, and when the output setting time of the music matches the output time of the learning data, the music is output first and the learning data later (Music +) or vice versa. Can be output in the order of (+ Music).

The remote control module 100 serves to control the device remotely.

2 is a flowchart illustrating a method of setting a learning menu of the automatic learning material outputting apparatus according to the present invention.

In the learning menu setting method of the automatic learning apparatus for learning data according to the present invention, after the power of the automatic output apparatus is turned on (S110), and when a menu key is input (S120), it is determined whether the weather and end time menu is selected (S130). .

In the determination result (S130), when the weather and end time menu is selected, the weather and end time are set by receiving and storing the weather and end time (S140). In other words, the learning content is output only at the set time within the wake-up time and the end time.

The output mode after the end time can set the night mode for power saving and dimming.

After setting the wake-up and end time in this way, it is determined whether the learner has selected a separate learning time setting (S150).

If the determination result (S150), if a separate learning time is set, the corresponding time is stored (S160). At least one learning time may be set by the user.

Next, it is determined whether the learner selects the motion detection setting menu (S170).

As a result of the determination (S170), when the motion detection setting menu is selected, the motion detection function is set (S180). At this time, the motion detection setting is selected one of (on) or off (off).

When the motion is detected, the automatic output device automatically outputs the learning contents according to the user setting mode. Once the output has been output once, the sensor enters the standby state for operation and output when the previously entered operating interval time (sensor interval time) has elapsed. In this case, when the sensor interval time is input as 1 hour, the output is once output, and after 1 hour, it is converted to the output standby state and output again when the user approaches.

In addition, since the output can be repeated twice or three times each time (operation mode setting function), the same contents can be repeatedly listened to several times a day.

However, in the determination result (S170), if the motion detection setting menu is not selected, it is determined whether the light-out detection setting menu is selected (S190).

As a result of the determination (S190), when the lights out detection menu is selected, one of the lights out detection function setting on or off is set (S200).

At this time, even if the detection of the lights out, the automatic output device automatically outputs the learning content according to the user setting mode.

It is determined whether the operation period setting mode or the number of operation setting mode is selected after the movement detection and the extinguishing detection setting (S210). After each mode setting, the number of output data units can be set.

As a result of the determination (S210), when the operation period setting mode menu is selected, the update time is set (S220).

The update function automatically advances (updates) the next part of the current training material and outputs it. When the update interval time is entered as 48 hours, the same learning contents are repeatedly printed for 2 days (48 hours). Later, on the 3rd day, the new learning content of the next content is automatically output, or the same learning content is repeatedly output on the 3rd and 4th days, and the next educational content is automatically output on the 5th day. . In addition, the update learning amount is set.

Here, the amount or time of the learning content updated and output is the amount set at the initial operation command input (the number of output units or the output time 1 minute or 2 minutes, etc.).

The update output unit of the data is divided into the number of sentences, words, numbers, pages, segments, and a specific interval and time. In the case of a spoken sentence, the length of silence between the sentence and the sentence is the end of the sentence, and in the case of four sentences per day, the fourth speech break (a portion of the sound longer than a certain time) is recognized. When the time reference is set, for example, when the update is set to 3 minutes per day, the amount of update is determined by searching for the first voice disconnection portion exceeding 3 minutes. In the case of the sentence music still image, the serial number may be processed in the order of storing, and may be stored by attaching the serial number before storing. Alternatively, the control module may process (mark) the recognizing means such as processing a specific signal (number) for each section corresponding to one update (or 1 unit) before storing the training data. In the case of a video, the video may be divided into segments and stored, or a segment function key may be assigned to divide the video into segments during video play.

In other words, the amount of learning to be updated according to the material or file type (Text, Book, Music, Movie, etc.) can be determined by the number of sentences or time, number of pages or sentences or time, number of songs, number of sentences, number of segments, start and end points, You can specify the update unit, for example.

The order or number of such paragraphs or segments of data and the special identification code (short or numbering function key sound) may function as identification information or address for data identification of the control module 80. Of course, it is assumed that all data stored in the storage module 30 correspond to the input / output format of the device.

The operation number setting mode is a method of updating and outputting the next data based on the number of times when data is output (event). When the number of operation is set 3 times, after 3 output events such as setting time sensor detection manual operation occurs, it is updated to the next learning data and outputted.

Number of Operation 4 Update Output Sentence (Update Amount) When set to 2, it means that the set 2 sentences are output as 4 output event occurrences, and the next 2 sentences are generated and output 4 output events again.

Then, it is determined whether the learning section is selected (S230).

If the determination result (S230), the learning section is selected, a learning section or a learning file is set (S240). Such a learning section or learning file setting may be performed when the number of sentences to be updated is set to 3 sentences and the update interval time is set to 48 hours (update mode: sentence 3, update interval time 48). Three sentences of the contents are output for 2 days at the output set time and at sensor operation (at weather time / at sensor operation-at auto operation time / at operation setting time / at bedtime).

After selecting the data file, if there is no zone setting or output content setting, the entire contents of the selected file are the output target.If the specific section or part is set as fixed output, the update function is stopped, and the update mode is released by fixing release. To return.

After checking the update mode setting as described above, it is determined whether the output mode is selected (S250).

If the output method mode is selected (S250), the output method and the review mode are set (S260). The output method is set to output ABC 3 sentences in various repeating forms when 3 sentences are set in the update mode. For example, when the ABC 3 sentence is set to the output mode mode 123, the output is repeated once + 3 times of the repeated output + 3 times of the ABC three sentence and ends.

On the other hand, when the output mode 12321 is set, the output is output in a manner of terminating the output after outputting once + outputting twice, repeating output + 3 times + repeating output + 1 time, and outputting once every 3 sentences of ABC. At this time, the device status display unit 70 displays the number of repetitions. However, if there is no output method designation, it is output only once.

In the sentence rehearsal mode, for example, when the number of repetitions is set to 10 times, after the listening of the normal mode is terminated, each sentence is output ten times in succession (count down display). This is for practicing speaking according to a sentence (shadow speaking), and when the countdown (when the listening mode is in operation) is pressed, the corresponding sentence is output again 10 times.

On the other hand, in the main sentence re-listening mode, for example, if the number of repetitions is specified 10 times, if the sentence number you want to hear again and click the listen button, the sentence is repeated 10 times. At this time, the countdown display can be performed. This is for practicing speaking according to a sentence (shadow speaking), and when the countdown button is pressed again while the countdown is in operation, the sentence may be output ten times again. If the video and audio are synchronized in the output mode and the listen mode, they are also output.

There is also a review mode setting.

Since repetition is important for all learning, for example, depending on the update or the amount of learning, the learning content can be continuously output in a set manner, but it can be set to repeat learning. For example, instead of setting up the content to be updated daily, the second day after the two-time (two-day amount) update is to be repeated on the first day and on the second day (review mode 2 days + 1 1), after 5 consecutive lessons, that is, the updated contents are output from the first day to the fifth day, and again for 2 days, that is, the contents of the study are repeated from the first day to the fifth day on the sixth day and the seventh day. It can also be set (Review Mode 5 days + 2 days). Of course, it will be apparent to those skilled in the art that only one of various embodiments can be variously modified according to learners.

In the above output mode, when the learning material has an image or a sentence, the image or sentence may be output together with the voice, or the sentence may be output only by outputting the voice and the image with the hidden function, and then the sentence may be output with the hidden function. In this case, the image and the sentence may be divided into screens or characters may be output on the upper or lower portion of the screen. Of course, if there is only video data, only one image is automatically output on one screen, and if there is only sentence data, only sentences are automatically output on one screen.

In the case of a video setting, when a video is selected in the menu window, one or more video files are displayed in the menu window from the storage module 30 and one of them is selected. After selecting the video file, you can set the zone. The zone setting is to set a partial section desired by the user among the selected video files. If there is no setting, the zone is output from the beginning to the end of the video file. When outputted to the end point of the video of the set zone, it returns to the start point of the zone again. After setting the zone, select one of the operation period setting mode and the operation frequency setting mode.If the operation period setting mode is selected, update time, output unit (segment), repeat count, and operation frequency setting mode are selected. Sets the number of times when the video data is output (the number of event occurrences), the number of output units (segments), and the number of repetitions.

If you set the update time 24, the number of output units (segments) 2 and the number of repetitions 3 by selecting the operation period setting mode, it means that two segment videos are updated three times every 24 hours.

When the number of operation event occurrences 7, the number of output units (segments) 2, the number of repetitions 3, is set by selecting the operation frequency setting mode, the event that the two segment video data is output three times is output seven times and then the data of the next part is set. This means that the output is updated.

In the case of video output, voice (conversation) is output in synchronization, and in case of data supported by a script (subtitle), subtitles are output together. In the subtitle hiding mode, you can check the script for the video by opening the script window. In the case of subtitle output, a script corresponding to Time-Lapse information of a video screen is output as a subtitle. The Time-Lapse information functions as script identification information so that the script of the corresponding time elapsed part is output. The movie is interrupted by the operation of the script function key and the video output is resumed by the operation of the function key while the script is being output.

The output unit of the video can be divided into sentence or segment units. The segment can be stored in advance by dividing the output unit of the video by a certain amount of conversation or voice so that the control module 90 can recognize it, or play the video file. Segments can be created and saved using a set of keys (# or? Or a specific numeric key) assigned to divide segments.

If you want to immobilize the initial screen with a specific image among the videos, you can search the storage module 30 and select the corresponding image or set the start and end and set it as 'fixed output', in which case the update function is stopped and 'unfreeze' Can return to the previous update mode.

On the other hand, when it is not the learning time or the set learning is completed, there is a text data output mode, image data output mode, cross-output mode.

The text data output mode is to output the data learned immediately before or the text data set by the user to a part of the screen of the display module at all times. The text data output mode is output in one of the set character types (moving character fixed character blinking character complete type character). do.

The image data output mode is a mode in which the image (.JPG) data stored in the storage module (or the portable memory unit) is output according to the set image output mode when the learning time is not the learning time or when the set learning is completed.

The number of images displayed on the front display screen may be simultaneously outputted as two or four images by a function such as two divisions and four divisions of the screen.

For example, if the number of video data to be updated is set to 2 and the split screen, and the update time is set to 24 hours, two video data are simultaneously output (screen splitting) for 24 hours. Also, if you select full screen instead of split screen, two images are alternately displayed in full screen. The replacement interval time setting (1 minute 10 minutes 1 hour, etc.) can be used to set the interval time to be replaced for 24 hours.

If the display image mode is set to 2 images + full screen + 1 minute interval time + 24 hours update time, the two images are cross-displayed at full screen for 1 hour every 24 hours.

After 24 hours, the next two images are displayed with their initial settings. In this case, when one of 24, 48, and 72 hours is set as the update time, the bed time is also included in the update time.

As another example, when the display image mode is set to 2 images + split screen + interval 0 + update time 10 minutes, 2 images are displayed at the same time (in 2 split screens) for 10 minutes consecutively, and after 10 minutes, the next 2 images are displayed. Displayed for 10 minutes.

The crossover mode is a setting such that the clock screen, calendar screen, video screen, text screen, etc. are output in sequence at a certain time difference. In case of cross output mode setting, select one of each clock mode and calendar mode in the menu window, and set the output duration, and set the duration of text output if it is not the normal output mode. The image is output in the setting mode.

If the video mode is set to 2 video + split screen + interval 0 + update time 10 minutes, the clock 10 seconds calendar 10 seconds Text 10 seconds text, two video split screen 10 minutes clock 10 seconds calendar 10 seconds Text is printed in 10 seconds.

In sleep mode time (time between sleep time and wake up time), the screen image disappears and only the time appears.

The setting of the light sensor for the sleep time learning may be set to the light sensor operating time from about 1 hour earlier than the user normally goes to bed. For example, if you usually go to bed around 10 pm, set the light sensor to 9 pm. When the operation of the optical sensor is set in this way, the motion sensor may stop the operation.

Then, after 9 pm when the user turns off for sleep, the optical sensor detects the light change and the controller determines the output of the training contents. After that, it is suspended until it wakes up and switches to night mode for power saving and dimming.

3 is a flowchart illustrating a learning method using the automatic learning material output apparatus according to the present invention.

In the learning method using the automatic learning data output device according to the present invention, the control module determines whether the time is set according to the time information from the time information management module and the wake-up time (or start time) information set in the storage module in which the operation program is stored. Determine (S300).

The determination result (S300), if the set time is the update time to update the learning content (S310).

However, if the determination result (S300), the set time is the learning time or the wake-up time, the menu information for the set learning content is searched (S320).

And outputs the set announcement before the automatic output of the learning material (S330). For example, you can print announcements such as "It is weather time. If you have music output, set it to + Music or Music +.

Next, the configuration of the learning content is determined (S340). At this time, it is determined whether the learning content includes voice (or music), voice and sentence, voice and image, voice, image, and sentence.

If the determination result (S340), the learning content is composed only of voice (or music) outputs only the voice (or music) data (S350).

However, if the determination result (S340), the learning content consists of voice and sentences outputs the voice and text data (S360). At this time, the voice data is output through the voice output module, the sentence data is output as a character through the display module.

On the other hand, when the determination result (S340), the learning content is composed only of audio and video outputs the audio and video data (S370). Even in this case, the audio data is output through the audio output module, and the image data is output through the display module.

However, when the determination result (S340), the learning content is composed of voice, video and text outputs the audio data, video data and sentence material (S380). In this case, the audio data is output through the audio output module, the image data is output through the display module, and the sentence data is output through the display module as text. In this case, the display module automatically divides the screen into two screen division areas. Images and texts can be displayed on the screen or text can be displayed on the top or bottom of the screen. In addition, whether to output the sentence data can be output according to the user's choice. It is a way to check the sentence while listening to or viewing the audio or audio + video data.

At this time, the control module determines whether the learning contents are output in accordance with the set output mode (S390), and repeats until the learning contents are output.

After the output is completed, it is determined whether the motion detection setting is made (S400).

As a result of determination (S400), it is determined whether motion is detected when motion detection is set (S410).

As a result of the determination (S410), if the movement is detected, it is determined whether the learning time is within (S440), and when the learning time is within the learning time, the learning contents are automatically output.

However, in the determination result (S410), if the motion is not detected, it is determined whether the light-off detection is set (S420).

If it is determined that the extinction detection is set (S420), it is determined whether the extinction detection time is within the extinction detection time (S430).

If it is determined in operation S430 that the light is within the detection time, it is determined whether the light is detected (S440).

If the determination result (S440) is turned off is determined whether the learning time is within (S450), if it is within the learning time, the learning content is automatically output.

In other words, by determining whether the setting time of the light sensor has arrived, the light sensor is in a standby state, and determining whether the light sensor is operating by detecting a light change (lighting off). to be.

If you set the night mode for power saving or dimming, the camera switches to night mode after the light sensor operation and data output.

A data update output method based on the day of the week is also possible. Update settings for each day of the week from Monday to Sunday, update settings for weekends, except weekends, or specific days such as Friday or Sunday, or only specific days of the week. It may be possible to set up a Friday update output for Muslims of religious-related data or a Sunday update output for Christians. That is, the setting method may be set such that data is updated and output only on the corresponding day or except the corresponding day.

In addition, the new image may be applied to a watch-type displayer which is changed into a background image among the stored images every minute or every 30 seconds.

In the output method of the video, text, music, and audio data, an output time setting, an output section setting, an update time setting, an update method setting, and an update data amount indicating that the next part of the data is output after a predetermined time (number of musics) , The number of sentences, the number of words, the number of pages, the number of segments or the time, etc.), the number of repeated data outputs, the setting of the output interval time between data when multiple data are output, and one or more images at the same time for still images Or a function such as setting a cross-output image output method, setting one or more different types of data independently or simultaneously, and setting a data update output method based on a day of the week, such as a memory and a liquid crystal display device. ), Memory display device (TV portable device) equipped with real-time display device The.

Although the present invention has been described by way of example as described above, the present invention is not necessarily limited to these examples, and various modifications can be made without departing from the spirit of the present invention. Therefore, the examples disclosed in the present invention are not intended to limit the technical idea of the present invention but to explain the present invention, and the scope of the technical idea of the present invention is not limited by these examples. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

1 is a block diagram for explaining the automatic learning material output apparatus according to the present invention,

2 is a flowchart illustrating a method of setting a learning menu of an automatic learning material output apparatus according to the present invention;

Claims

(1) an information input module for receiving information from a user;

(2) a data receiving module for receiving data;

(3) a storage module for storing data;

(4) a voice output module for outputting voice;

(5) a display module for displaying on the screen;

(8) Control the overall operation of the automatic learning data output apparatus based on the driving program stored in the storage module and the user input information received from the information input module, and control the time information management module to update and output the data. Manages time, controls the update of video, text, music and audio data through the update management module, and outputs data before the update or updated data (data of the next part) according to whether the update time has elapsed Automatic learning material output apparatus comprising a control module.

The method of claim 1, wherein the control module,

Output time setting, output section setting, update time setting that means that the next part of data is output after a certain time, update method setting, update data amount (music, sentence, word, page, segment, or time, etc.) ), The number of data repetition outputs, the setting of the output interval time between data when multiple data are output, the setting of the video output method in which one or more images are simultaneously or cross-outputted in the case of still images, one or more other types Controls the output of independent or simultaneous output of data, setting output of data update output method setting based on the day of the week,

If the data is a video, the video and audio are synchronized and output.If the data is not a video, only two out of three materials, or all three materials, can be displayed independently of still images, text, voice, and music according to user settings. And outputting the text file and the voice file having the same name, and outputting the synchronized learning data and voice.

The method of claim 1

Automatic learning data output device, characterized in that further comprising a sensor module consisting of at least one of the motion sensor having a sensor interval setting function and the optical sensor for detecting light changes.

The method of claim 1

About still images, text and audio data

The operation count setting mode or the operation period setting mode, in each case, the update learning amount, the learning interval, the output method, the review mode, the rehearsal mode can be selected and set.

About the video,

Select one of operation period setting mode and operation frequency setting mode.In case of selecting operation period setting mode, update time, output unit (segment) number, repetition frequency, and data is output when operation frequency setting mode is selected. Set the number of cases (number of event occurrences), number of output units (segments), number of repetitions,

In output mode when not learning time,

In the case of the character data output mode and the image data output mode, the type of characters in the former case, the number of output images, the number of split screens, the interval time, and the update time in the latter case are set. Set the data to cross out every certain time,

About music data,

After selecting a music file in the output time setting mode, set the section or start number, set one or more output times in the output time menu, select one of update mode, continuous output mode, as the output mode setting,

When selecting update mode, select update time, update music number, output frequency, select continuous music, output music number or one or more music number or interval of start number and end number.

If fixed mode is selected, set specific music number output time output count (or continuous), and return to previous mode by unlocking.

The output music may be output as background music along with the text image data. If the output setting time of the music matches the output setting time of the learning data, the music may be output first and the learning data later (Music +). Automatic learning data output device that includes the ability to output in reverse order (+ Music).

The method of claim 1

Automatic learning material output device including night mode setting function for power saving or dimming.

The method of claim 1

Automatic output device is a learning material automatic output device, characterized in that the TV, clock form and portable display device form.