KR20140101077A - Method and systems for learning music with smart device - Google Patents

Abstract

The present invention relates to a music learning method and a music learning system using a smart device. According to the present invention, the smart device that allows touch-based data input and output is used so that users including kindergarten and elementary school students can easily learn basic musical elements such as notes and clefs. The music learning method according to the present invention includes: (a) a step in which a music learning application stored in the smart device is driven; (b) a step in which a learning menu of the driven application is displayed on a display unit of the smart device; (c) a step in which learning data included in the displayed learning menu is selected by the user in a touch form or one of the learning data is selected and driven by a control unit a predetermined length of time after the display of the learning menu on the display unit; and (d) a step in which the driven learning data is terminated by the control unit in response to application termination or is terminated by the control unit after termination of all of the learning data included in the learning menu, in which the learning data that is selected and driven by the control unit in step (c) is the learning data stored by the control unit during driving and termination in the previous learning steps.

Description

TECHNICAL FIELD The present invention relates to a music learning method and a learning system using a smart device,

The present invention relates to a music learning method and a learning system using a smart device, and more particularly, to a music learning method and a learning system using a smart device capable of inputting and outputting data by touch, The present invention relates to a music learning method and a learning system using a smart device that enables easy learning of elements.

In order to learn basic knowledge of music such as commandment, musical notes, clef, and so on, in the past, learning was carried out using a paper booklet. However, according to the related art, there is a problem that when the piano keyboard is pressed with a certain finger, for example, the commandment corresponding to the keyboard corresponds to the position of the line, the actual experience is insufficient and the learning result is limited.

The domestic patent publication 2012-0124413 (public date: November 13, 2012) is a title of a touch screen simulation of a stringed musical instrument and features music playing on a mobile device for iPhone or Android while displaying a virtual musical instrument However, there is a limitation that it can not provide a learning method for elementary school students who start music.

Korean Patent Publication No. 2010-0122191 (published on November 22, 2010) relates to a method of creating music using a portable terminal having a touch screen, and in a portable terminal having a touch screen, And a method of generating music of a portable terminal that generates music is implemented. However, the above-described technique uses a touch screen to perform music composition, arrangement and accompaniment of music, and it is insufficient to induce learning of basic knowledge of music through display and sound output of a smart device.

May 13, 2012 at 01-Jan-2012. KR 2010-0122191A Nov. 22, 2010.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems of the prior art, and it is an object of the present invention to provide a music learning application which can easily acquire the basics of music, And to provide a music learning method and a learning system using a smart device capable of acquiring a basic knowledge of a keyboard and a relationship between a commandment and a keyboard displayed on a placement place through touch recognition of a keyboard displayed on a display unit through an application will be.

According to an aspect of the present invention, there is provided a music learning method including: (a) running a music learning application stored in a smart device; (b) displaying a learning menu of the driven application on the display unit of the smart device; (c) the learning data included in the displayed learning menu is selected by the user in a touch form, or the learning data is selected and driven by the control unit after a predetermined time elapses after the learning menu is displayed on the display unit; And (d) the driven learning data is terminated by the control unit according to the end of the application, or all the learning data included in the learning menu is completed and then terminated by the control unit, and in the step Is the learning data stored by the control unit when it is terminated after the driving in the previous learning process.

In addition, the present invention is characterized in that, when the learning data in the step (c) is a story of a note or a comma, (c11) drawing data and a musical note for learning the shape of a story or a comma, The rhythm striking pattern data for the comma is displayed on the display unit; (c12) displaying the puzzle data on the display unit so that the name of the note or the comma can be learned after the step (c2); (c13) displaying, after the step (c3), the problem solving data connecting the figure and the name of the learned note or comma on the display unit; And (c14) after the step (c4), displaying rhythm learning data on the display unit such that rhythm learning is performed using the learned musical notes.

The step (c13) may further comprise: (c131) displaying a picture of a note or a comma on one side of the display unit and displaying a name of a note or a comma on the other side; (c132) selecting a picture of each note or comma such that a picture or a name of a note or a comma displayed on the display unit is linked to a name; (c133) judging whether the connection is correct; (c134) if the connection is not correct as a result of the determination, the connection to the note or comma is repeated, or if the connection is correct, connecting a picture of the next note or comma to the name; And (c135) judging whether or not there is a next note or a comma to be connected, and terminating the connection if there is no note or comma to be connected as a result of the judgment.

On the other hand, if the learning data in the step (c) is a clef, (c21) preference data including story data for commandment learning with a high clef or low clef, high clef or low clef, Displaying picture data of a word representing the commandment on a display unit; (c22) After the step (c21), the preference data and the key data are displayed on the display unit, and each time a key corresponding to a specific commandment is inputted through the key data, picture data representing the specific command ; (c23) After the step (c22), after the step (c22), the image data of the story data for the commandment learning of the high clef or the low clef, the palette data including the high clef or the low clef, and the picture data of the word representing the command One or more of the picture data is displayed as a hidden box, and the picture data corresponding to the hidden box is displayed at a separate location together with other picture data; (c24) After the step (c23), command line data including a high clef or a low clef and command name data showing a name of the command name are displayed for each command name position of the destination data, and one or more of the command name data Displaying a hidden box, and displaying the commandment data corresponding to the hidden box in a separate location together with other commandment data; (c25) lineage data including a high clef or a low clef is displayed, and commandment data is displayed at a separate location; And (C26) lineage data including a high clef or a low clef is displayed, score data constituting a shake or a song is displayed on the preference data, and key data indicative of a key is displayed .

The step (c23) may further include the steps of (c231) displaying story data, laying-around data, and picture data on a display unit; (c232) selecting picture data corresponding to a hidden box from a separate position; (c233) the selected picture data is dragged and dropped to the hidden box; (c234) determining whether the dragged and dropped picture data to the hidden box matches the hidden box; (c235) If the picture data do not match, the picture data selection, drag & drop process is repeated without the hidden box opening, or if the picture data matches, the picture data selection, drag & drop and match A step of repeating the judgment process; And (c236) if the next hidden box does not exist, the process may be terminated.

The step (c26) may further include the steps of: (c261) selecting a shake or a song displayed on the preference data; (c262) the musical score data of the selected shaking or song is displayed as a command name in the preference data and the key data is displayed together; (c263) selecting a key corresponding to the commandment in accordance with the order of the commandments displayed in the destination data; (c264) judging whether a key corresponding to the commandment is selected correctly; (c265) if the key is not selected correctly, the key selection and determination are repeated, or if the key is correctly selected, the corresponding note displayed on the preference data is displayed protruding upward by the time representing the length of the note; And (c266) if there is a next commandment indicated in the destination data, repeating the steps (c263) to (c265), and if there is no next commandment, the process may be terminated.

Meanwhile, the music learning system using the smart device of the present invention stores an application necessary for music learning, stores user input data input from a user during a learning process, and stores corresponding learning data at the end of a learning process A storage unit; A display unit for displaying a learning menu or learning data by application driving or sensing a touch input by a user during a learning process and displaying the sensed input on the screen, an output unit for outputting or learning the sound contained in the learning data displayed on the display unit, An input / output unit comprising a sound generating unit for outputting sound that can be generated when data is input by a user during a process; And display the learning data selected by the user or the control unit among the learning menus displayed on the display unit according to application driving, store the data input by the user during the learning process in the storage unit, And a control unit for checking the error of the data inputted by the user by comparing the correct answer data inputted by the user with the user input data inputted by the user and controlling the signal flow between each component including the storage unit and the input / output unit .

According to the present invention, it is possible to easily acquire knowledge that is the basis of music such as a musical note, a commandment name, and a clef by simply driving a music learning application installed in a smart device. Therefore, have.

Further, according to the present invention, there is an advantage that students can easily learn the length of a note or a comma through a learning process using story telling.

Further, according to the present invention, there is an advantage that the commandment acquisition effect can be improved by using an item that can be easily accessed in everyday life in a learning process of commandment.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 schematically illustrates the configuration of a smart device according to an embodiment of the present invention; FIG.
2 is a flow chart illustrating a process of driving a smart device according to an embodiment of the present invention;
3 is a diagram showing a learning menu displayed on a display unit when an application is driven according to an embodiment of the present invention;
4 to 7 are diagrams showing a state in which learning data of 'note, comma story' among the learning menu according to the embodiment of the present invention is driven.
FIG. 8 is a flow chart specifically showing a process of solving an exercise problem of FIG. 6 in the embodiment of the present invention. FIG.
9 to 14 are views showing a state in which learning data of a 'clef' among learning menus according to an embodiment of the present invention is driven.
FIG. 15 is a flow chart specifically illustrating a hidden command image drawing process of FIG. 11 according to an embodiment of the present invention. FIG.
FIG. 16 is a flow chart specifically showing a commandment and a key figure learning process in the fluctuation of FIG. 14 of the embodiment of the present invention. FIG.

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

The smart device 100 according to the present invention includes a control unit 110, an input / output unit 120, and a storage unit 130, And the input / output unit includes a display unit 121 and a sound generating unit 122. The smart device to which the present invention is applied may include a smart pad, an iPad, and the like, which are equipped with a touch screen or a touch pad and can perform touch input, and may include devices capable of wireless communication such as a smart phone and an iPhone.

When the application for music learning is activated, the display unit 121 included in the input / output unit displays a learning menu 140 included in the application on the screen as shown in FIG. 3, When any of the included learning data 150 is selected by the user or the control unit, the corresponding learning data is displayed on the screen. The present invention is based on input using a touch pad, and data is inputted through a touch of a screen of a display unit. However, if necessary, data may be input using a keyboard included in the smart device. Input via an external input device can be made possible through an interface unit (not shown) provided inside the smart device.

In the case of the present invention, various types of information can be displayed on the display unit for each learning data. For example, the learning data of the 'note, comma story' includes story data 10, drawing pattern data 20, (30), puzzle data (40), and the like can be displayed on the display unit. For example, picture data 60, hidden box 61, score data 80, and the like can be displayed on the display unit, and besides, besides the preference data 50, (70) can be variously displayed in the music learning process.

The sound generating unit 122 included in the input / output unit outputs sounds included in the learning data displayed on the display unit when the application is driven, or sounds that can be generated in the course of data input by the user during the learning process Output. For example, in a state in which the story data 10 is displayed on the screen, the story data can be outputted as sound in the sound generator through the control of the controller. In addition, when a specific picture is selected from the picture data 60 and dragged and dropped to the hidden box 61, when the corresponding picture does not match or does not match the picture hidden in the hidden box, And output. Also, during the connection of the note picture to the note name, a certain sound may be output while the connection line is drawn.

As described above, the display unit and the sound generating unit of the present invention include both images and sound generated in the input / output process, so that they are included in the input / output unit.

The storage unit 130 of the present invention stores an application running on a smart device, stores information such as correct answer data and fluctuation required for a learning process, stores user input data input from a user during a music learning process, When the process ends, the corresponding learning data at the end is stored. If the application is subsequently driven again, the learning data at the end can be selected and displayed by the control of the control unit. The application to be applied to the present invention can be downloaded from the corresponding site through the smart device, and the downloaded application is stored in the storage unit of the smart device.

The application of the present invention may include various learning data, and may include exercises and the like in order to feed back the learning results of the user or to review the learning contents during the learning process. Correct answer data of the exercise question may be stored in advance in the storage unit 130 so as to be compared with the data inputted by the user.

The storage unit according to the present invention stores the data when there is data input by the user and stores the location of the learning data at the time of termination at the end of the learning process so that when the application is restarted, So that it can be selected and displayed. However, when the learning data different from the ending point is selected by the user, the learning data selected by the user can be displayed and learned.

The control unit 110 of the present invention displays the learning data selected by the user or the control unit among the learning menus displayed on the display unit 121 according to application driving on the display unit, And stores the resultant data in the storage unit. It compares the correct answer data to be inputted to the learning data with the user input data inputted by the user, checks the error of the data inputted by the user, and controls the storage unit 130 and the input / And controls the flow of signals between each component, including the smart device. The smart device 100 according to the present invention may further include various components such as a component having a basic communication function, a component having a message transmission / reception function, a component capable of listening to a broadcast, and / or a component capable of inputting / have. The control unit includes a function of controlling the signal flow among the components included in the smart device.

The controller of the present invention detects a signal for driving a music learning application stored in the smart device and controls the learning menu 140 to be displayed on the display unit. When the specific learning data is selected by the user from the displayed learning menu, the selected learning data is displayed on the display unit in response to the selected signal. If there is no user's selection for a certain period of time after the learning menu is displayed, the control unit receives the learning data of the position terminated in the previous driving operation from the storage unit and drives the corresponding learning data. The selection time of the user is not particularly limited and may be input through customization of environment setting of the application. For example, if the user does not select for 10 seconds, can do.

The control unit of the present invention stores the location of the learning data at the time when the application is terminated in the storage unit, and terminates the application by receiving the end signal of the application. When the user drives the application and learns up to the last learning data, the application can be terminated after displaying that all the learning data has been learned on the screen.

2 is a flowchart illustrating a process of driving a smart device according to an embodiment of the present invention. The music learning method of the present invention starts by driving an application downloaded to a smart device (S100). Various applications may be provided in the smart device, and music learning is started by selecting and operating an application for music learning applied to the present invention among the applications. The control unit 110 activates the application in response to a driving signal of the application.

When the application is driven, a learning menu of the driven application is displayed on the display unit 121 of the smart device under the control of the control unit (S200). FIG. 3 shows a learning menu 140 displayed on the display unit in a state in which an application is driven according to an embodiment of the present invention. In the learning menu, learning data 150 for music learning may be listed in a table of contents format. The learning data name can be displayed for each learning data, and the lower data name can be displayed in detail below.

The learning menu according to the present invention is a detailed description of the contents serving as a basis of music learning, and it is preferable to learn according to the order provided in the learning menu. Therefore, the present invention enumerates the first half of the learning menu in order of learning data such as piano type-left hand, right-hand-key-note, comma tale, etc. In the latter half, learning data such as table- At the beginning, the foundation of the music is laid, and then gradually higher level learning is made possible as it moves to the latter part.

After the learning menu shown in Fig. 3 is displayed, the learning data 150 is displayed on the display unit 121 individually (S300). The learning data can be made in touch form by the user's selection in the learning menu. That is, after the application is activated, the user can directly designate the learning data to be learned out of the learning menus displayed on the screen in the touch format, and learn the corresponding learning data.

The learning data can also be selected by control of the control unit. That is, if the learning menu is displayed on the display unit and there is no selection by the user so that a predetermined time elapses, the control unit may move the learning data in a state where the position at the time of termination of the application is stored in the previous learning process .

When the application is terminated, the learning process can be ended by the control unit in a state where the driven learning data is stored. An end button for ending the application can be provided on the screen of the learning data displayed by the display unit, the application can be terminated by clicking the end button, or a back button (Including all of the button types separately included) is recognized as a termination signal, and the end of the learning data can be terminated. Also, the termination process may be terminated by the control unit after all the learning data included in the learning menu is completed.

4 to 7 are views showing a state in which learning data of 'note, comma story' among the learning menu according to the embodiment of the present invention is driven. FIG. 4 is a screen that appears when the 'note and comma story' in the learning menu is selected as the learning data in step S300. On the screen, the name of the learning data of 'note and comma story' It is understood that the detailed contents of the learning data 150 are displayed together with the learning data 150. Also, a title part 151 in which the names of the entire learning data are listed can be displayed, and a learning information part 152 in which information on the learning data is displayed can be displayed together.

When the 'story of notes, comma story' learning data is selected, the story data 10 for a note or a comma for learning, the drawing pattern data 20 for learning the shape of a note or a comma, and the rhythm stroke The pattern data 30 is displayed on the display unit 121. [ FIG. 4 is a diagram showing an example of a 'note mark' in a note or a comma. In the state where the story data 10 is displayed on the screen, the contents of the story data are output . That is, after receiving the selection signal of the 'story of notes and comma' learning data, the control unit controls the display unit so that the screen of FIG. 4 can be displayed, and at the same time, Thereby controlling the generation unit.

After the storytelling is completed, the user can touch input along the shape of a note or a comma presented in the picture drawing pattern data 20. Referring to FIG. 4, it can be seen that the drawing pattern data is shown in a dotted line in the form of a full note. The user can draw a pattern along the dotted line along the shape of the full note with the use of a hand or a touch pen as an input means. If the touch input by the user does not occur even after a lapse of a predetermined time, the control unit may input the shape of the whole note along the dotted line. However, the pattern drawing by the control unit can be set or canceled through user setting such as environment setting.

After the pattern drawing is completed, the rhythm stroke can proceed. Referring to FIG. 4, it can be seen that rhythm stroke pattern data 30 is displayed at the bottom of the screen. The rhythmic stroke pattern data is preferably provided so as to match the contents of the story data 10. [ Taking the story data of the full notes as an example, apples are presented in the rhythm stroke pattern data by utilizing the story data described in the contents related to apples, and apples are made to remain in the form of only the bones while the rhythm is being played, (Learner) learning efficiency can be improved.

According to the present invention, the pushing portion 31 is touched so that rhythm stroke can proceed. The pushing portion can be shaped into a corresponding note or comma to be learned, and in FIG. 4, the shape of the whole note is displayed as a pushing portion. When the touch pad is touched, the color of the "∨" shape changes sharply during the length of the note, the apple inside the "∨" remains only the bones, and in the lower part, the letters corresponding to the beat appear one by one do. Also, an apple eating sound, for example, a "square" sound, can be outputted through the sound generating section according to the length of the note. In the case of a full note, for example, four "square" sounds are generated per beat, and the letters "ta auan" appear in order during the rhythm stroke, and the "∨" do.

After the learning by the story data, the drawing pattern data, and the rhythmic stroke pattern data is completed, the puzzle data 40 is displayed on the display unit. The control unit 110 recognizes that the learning process of FIG. 4 has been completed and changes the screen displayed on the display unit to FIG. FIG. 5 shows puzzle data as an example of an eighth note. The puzzle data is obtained by fitting various puzzle pieces such as 4 pieces and 9 pieces through a touch input or control of a control unit, Let's learn about commas. The control by the control unit is performed when the input data of the user is not sensed by the control unit for a predetermined period of time. Hereinafter, it is assumed that the data input by the control unit can be performed when the touch input by the user passes a predetermined time.

Once the puzzle has been completed, the exercises will be solved. The control unit recognizes that the puzzle matching is completed and can display an exercise problem in which the user can determine whether to learn a note or a comma in the screen illustrated in Fig. In the present invention, a picture of a note or a comma is arranged on one side and a name of the note or the comma is arranged on the other side, and then it is practiced to match whether the picture and the name match each other.

FIG. 8 is a flowchart showing a process of solving the exercise of FIG. 6 in the embodiment of the present invention. 6 is completed, a picture of a note or a comma is displayed on one side of the display unit 121, and on the other side, the name of the note or the comma is displayed on the display unit under the control of the control unit S410).

After that, a picture of each note or comma is selected and connected to the name so that the picture or the name of the note or comma displayed on the display unit is concatenated, and the control unit determines whether the connection is correct (S420 to S430). If it is determined that the connection is correct, the connection of the note or comma is repeated. If it is determined that the connection is correct, the process of connecting the picture of the next note or comma to the name is repeated (S440) .

If there is no note or comma to be connected as a result of the determination, the connection is terminated (S450). In addition, if it is judged that there is no user input even after a predetermined time elapses, the control unit connects the pictures and names of the notes or the commas one by one. In this case, it is not necessary to judge whether or not the connection is correct, Can be performed sequentially.

Once the exercises have been solved, rhythm studies can be followed. FIG. 7 shows an example in which the rhythm study can be learned, in which the 4/4 rhythm is shown as an example. When a rhythm study screen as shown in FIG. 7 is displayed, a rhythm stroke sound can be output through the sound generation unit under the control of the control unit, and the user can learn the rhythm while listening to the outputted sound. At the time of learning, the same rhythm as the generated note can be displayed on the screen as letters, and a symbol of the form of "V" can be presented together, and the letters and symbols can be sequentially displayed according to the generation of the notes. The rhythm generated through the sound generating unit can be expressed differently depending on the speed, and can be output by being subdivided into, for example, slow, normal or fast.

FIGS. 9 to 14 are diagrams showing how the learning data of the 'clef' among the learning menus according to the embodiment of the present invention is driven. FIG. 9 is a screen that appears when the 'clef' in the learning menu is selected as the learning data in step S300. On the screen, a title of 'learn a high clef as a story graphic', which is one of the 'clef' Is displayed on the left side with the learning data 150. [ Also, the title part 151 and the learning information part 152 are displayed together in the same manner as in learning of other learning data.

When "clef clef" learning data is selected, story data (10) for commandment learning of a clef is firstly picked place data (50) including a high clef or a low clef and a word representing the commandment for each command position of the picked place data The picture data 60 of the display unit 60 is displayed on the display unit. FIGS. 9 to 14 illustrate how to learn commandment in a high clef. When the story data 10 is displayed on the screen, the contents of the story data are transmitted to the user through the sound generator 122 Can be output. That is, the control unit controls the display unit to display the screen of FIG. 9 after receiving the selection signal of the 'clef' learning data, and controls the sound generator so that the story presented in the story data is output as sound.

Referring to FIG. 9, it can be seen that the destination data 50 is displayed below the story data. The picture data 60 for the words representing the commandment is displayed on the location data for each commandment position. The figure representing the commandment is made to correspond to the figure representing the word presented by the story data, so that the commandment can be easily learned through the picture data of the story and the word of the story outputted through the sound. Referring to FIG. 9, it can be seen that the words of the story data are selected to be matched with the first letters of the words indicating the commandment, and the pictures displayed at the commandment place on the line data correspond to the words of the story data .

According to the present invention, a picture corresponding to a commandment corresponding to a time point at which story data is outputted through the sound generating unit can be displayed. Referring to FIG. 9, when story data is outputted through the sound generator, the controller 110 can control so that the corresponding picture data is displayed on the line data every time a word corresponding to each commandment in the story data is outputted This can further improve the learning effect of the commandment location. The process of outputting the story data to the sound generating unit may be performed once, but may be controlled to be repeated twice or more through user setting through environment setting.

Once the process of learning the clef is finished, you can learn how to draw the keys and commandments. Referring to FIG. 10, when the personal data 50 and the key data 70 are displayed on the display unit 121, and a key corresponding to a specific command is input by touching the keyboard twice or more, The picture data representative of the specific command is displayed on the preference data. 10 is a diagram showing an example of a specific command. When a user touches a key 71 corresponding to the 'key' among the key data 70 displayed on the display unit, It shows that the pictures are displayed differently by repeating 5 times. In other words, when a key corresponding to the commandment of 'do' is touched and pressed by the user's selection or control of the control unit, pictures of the goblins, acorns, bellows, pottery, and donuts are displayed on the place map data So that the user can recognize that the place where the picture appears is the place of the commandment 'Do'.

Once you have learned the keys and the commandments of the commandments, you can learn the process of finding the hidden commandments with pictures. 11, story data 10 for commandment learning of a treble clef, preference data 50 including a high treble clef, and picture data 60 of words representing the commandment are displayed at the command position of the preference data One or more of the picture data is displayed as a hidden box 61, and the picture data corresponding to the hidden box is displayed in a separate position together with other picture data.

The user can select the corresponding picture from the separately located picture data and place it in the hidden box by drag & drop. If the selected picture matches the picture hidden by the hidden box, the hidden box is released and the picture is hidden It can be located in the box. However, if the picture does not match the picture hidden by the hidden box, the hidden box is not released and the dragged and dropped picture can be moved back to its original position. If the hidden picture is hidden by the hidden box and the picture selected by the user matches the dragged and dropped picture, the sound generator can for example output a sound of "well done" Quot; please try ". If the picture hidden by the hidden box does not match the picture selected by the user and dragged and dropped, the control unit controls the display unit in such a way that the dragged and dropped picture pops up like a bomb on the hidden box instead of moving to the original position It can help you learn commandments easily.

When the dragged and dropped pictures are all matched by the user, the story data can be outputted as sound through the sound generating unit 122, and each time a word representing a commandment is outputted, The picture can be temporarily projected upward.

The control unit 110 of the present invention determines whether the picture selected by the user matches the picture hidden by the hidden box 61, releases the hidden box according to the determination result, or controls the display unit to maintain the hidden box When all hidden boxes are determined to be released, the story data is output through the sound generator. According to the present invention, when the screen of FIG. 11 is displayed, the story data is output one to two times first through the sound generating unit in a state where a hidden box is formed for the learning convenience of the user, , Which is enabled by controlling the manner in which the application is driven through configuration and / or customization.

FIG. 15 is a flow chart illustrating a hidden command image searching process of FIG. 11 according to an embodiment of the present invention. 11 is displayed on the display unit by the control unit, the story data 10, the destination data 50, and the picture data 60 are displayed on the display unit 121 (S510). On the picked place data, a figure representing a commandment is placed at the position of the commandment, and in some positions, the commandment box is displayed without the commandment.

The picture data 60 that can be placed in the hidden box is located at a separate position of the screen, that is, at the lower part of the screen in FIG. 11, and a picture corresponding to the hidden box is selected by the user in step S520. The selected picture data is dragged and dropped to the hidden box, and the control unit determines whether the dragged and dropped picture data coincides with the picture data hidden by the hidden box (S530 to S540).

If it is determined that the picture data do not match, the picture data selection, drag & drop process is repeated without opening the hidden box, or if the picture data matches, the picture data selection, drag & drop, If it is determined that there is no next hidden box by the control unit, the process is terminated (S550).

After learning the process of finding the hidden commandments by painting, you can learn the process of finding the hidden commandments in the clef. FIG. 12 shows the finding of a hidden commandment in a high clef, where command data (50) including a treble clef and command name data (81) in which the corresponding command is displayed for each command location of the preference data are displayed by command name, One or more of the data is displayed as a hidden box 61, and the commandment data corresponding to the hidden box is displayed in a separate position from the other commandment data.

The user can select the corresponding command name from the separately placed command name data and place the command name in the hidden box in a drag and drop form. If the selected command name coincides with the command name hidden by the hidden box, the hidden box is released, Can appear in the hidden hidden box. If the chosen commandment does not match the commandment hidden by the hidden box, the hidden box can be moved back to its original position without being released.

Referring to FIG. 12, a commandment on both sides of a hidden box is described, and data for confirming which commandment can be entered in a hidden box is presented. The hidden command box displayed in the hidden position is selected and positioned in the hidden box so that the hidden box is released when the coincidence is matched and the commanded name dragged and dropped can be moved to the original position when the coincidence is not matched.

The control unit 110 of the present invention determines whether the command name selected by the user matches the command name hidden by the hidden box 61 and releases the hidden box according to the determination result or controls the display unit to maintain the hidden box do.

After learning the process of finding the hidden commandments in the clef, you can learn how to find the commandments in the clef. Referring to FIG. 13, it can be seen that the preference data 50 including the treble clef is displayed, and the commandment data is displayed at a different location. When you locate the commandment on the commandment and on the chosen place, you can drag and drop it according to the user's choice so that the commandment is listed in a separate location and placed in the corresponding place of the command data for each command. have. The learning process of FIG. 13 is similar to the learning process of FIGS. 11 and 12, and a detailed description thereof will be omitted here.

After learning the process of finding a commandment in the clef, you can learn how to learn commandments and keys in song or song. Fig. 14 shows how to learn the commandment and the key digit learning in the shaking motion, in which the lineage data 50 including the high clef is displayed, the score data 80 constituting the shaking on the palette data is displayed, The key data 70 indicating the key data 70 is displayed. Each key of commandment data and key data displayed on the score data can be expressed in a different color for each commandment. The musical score data of the present invention can be controlled so that the musical score flows from the left to the right when the musical accompaniment (including the song) progresses. In the case of the keyboard data, As shown in FIG.

FIG. 16 is a diagram specifically showing a commandment and a key figure learning process in the fluctuation of FIG. 14 in the embodiment of the present invention. The present invention first proceeds to a step of selecting a shaking or a song displayed on the lay-by data (S610). Various types of shakes or songs may be stored in the application of the present invention, and other shakes or songs may be periodically newly downloaded through the update. When a shake or a song is selected, the musical score data of the shake or song is displayed on the display unit in command word data and the key data is displayed together on the display unit (S620). Then, a key corresponding to the commandment is selected in accordance with the order of the commandment indicated in the destination data, and the control unit determines whether the key corresponding to the commandment is selected correctly (S630 to S640).

If the key is not selected correctly, the key selection and judgment process is repeated. If the key is correctly selected, the corresponding note displayed in the preference data is displayed as being protruded upward by a time corresponding to the length of the note (S650) If there is a next commandment indicated in the data, the process of steps S630 to S650 is repeated, but if there is no next commandment, the process is terminated (S660).

Although the present invention has been described by way of examples of 'note, comma story' and 'clef' in the learning data, it is possible to use the application stored in the smart device having the configuration of the control unit 110, the input / output unit 120, and the storage unit 130 , The learning can proceed in a similar manner to other learning data. According to the present invention, it is possible to easily acquire knowledge that is the basis of music such as a musical note, a commandment name, and a clef by simply driving a music learning application installed in a smart device. Therefore, Through the learning process using storytelling, students can easily acquire the length of a musical note or a comma. By using an item that can be easily accessed in everyday life, it is possible to improve the commandment learning effect There is an advantage that can be.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

10: story data 20: drawing pattern data
30: rhythm pattern data 31:
40: Puzzle Data
50: Place data
60: Picture data 61: Hidden box
70: Key data 71: Keyboard
80: Sheet music data
81: Commandment data
100: Smart devices
110:
120: input / output unit
121: display unit 122: sound generating unit
130:
140: Learning menu
150: Learning data
151: Title part 152: Learning information part

Claims (8)

A method for learning music using a smart device,
(a) running a music learning application stored in a smart device;
(b) displaying a learning menu of the driven application on the display unit of the smart device;
(c) the learning data included in the displayed learning menu is selected by the user in a touch form, the learning menu is displayed on the display unit, and one of the learning data after a predetermined time elapses is selected and driven by the control unit; And
(d) the driven learning data is terminated by the control unit in accordance with termination of the application, or all learning data included in the learning menu is finalized and then terminated by the control unit;
Wherein the smart device is a mobile terminal.
The method according to claim 1,
The learning data selected and driven by the control unit in the step (c)
And the learning data stored by the control unit when ending after the driving in the previous learning process.
The method according to claim 1,
If the learning data in step (c) is a story of a note or a comma,
(c11) displaying, on the display unit, the drawing pattern data for learning the shape of the note or comma, the rhythmic stroke pattern data for the note or the comma;
(c12) displaying the puzzle data on the display unit so that the name of the note or the comma can be learned after the step (c2);
(c13) displaying, after the step (c3), the problem solving data connecting the figure and the name of the learned note or comma on the display unit; And
(c14) after step (c4), displaying data for rhythm learning on the display unit such that rhythm learning is performed using the learned musical notes;
Wherein the smart device is a mobile terminal.
The method of claim 3,
The step (c13)
(c131) displaying a picture of a note or a comma on one side of the display unit, and displaying the name of the note or the comma on the other side;
(c132) selecting a picture of each note or comma such that a picture or a name of a note or a comma displayed on the display unit is linked to a name;
(c133) judging whether the connection is correct;
(c134) if the connection is not correct as a result of the determination, the connection to the note or comma is repeated, or if the connection is correct, connecting a picture of the next note or comma to the name; And
(c135) determining whether or not there is a next note or a comma to be connected, and terminating the connection if there is no note or comma to be connected as a result of the determination;
Wherein the smart device is a mobile terminal.
The method according to claim 1,
If the learning data in step (c) is a clef,
(c21) displaying palette data including storyline data for learning commandment of a clef, high treble clef or low treble clef, and picture data of a word representative of the commandment for each commandment position of the palette data on the display unit;
(c22) After the step (c21), the preference data and the key data are displayed on the display unit, and each time a key corresponding to a specific command is input through the key data, picture data representing the specific command ;
(c23) After the step (c22), after the step (c22), the image data of the story data for the commandment learning of the high clef or the low clef, the palette data including the high clef or the low clef, and the picture data of the word representing the command One or more of the picture data is displayed as a hidden box, and the picture data corresponding to the hidden box is displayed at a separate location together with other picture data;
(c24) After the step (c23), command line data including a high clef or a low clef and command name data indicating a command name corresponding to each command name of the command line data are displayed, and one or more of the command name data is displayed in a hidden box And displaying the command name data corresponding to the hidden box in a separate location together with other command name data;
(c25) lineage data including a high clef or a low clef is displayed, and commandment data is displayed at a separate location; And
(C26) displaying preference data including a high clef or a low clef, displaying music data constituting a song or song on the preference data, and displaying key data indicative of the keyboard;
Wherein the smart device is a mobile terminal.
6. The method of claim 5,
The step (c23)
(c231) displaying story data, laying-around data and picture data on a display unit;
(c232) selecting picture data corresponding to a hidden box from a separate position;
(c233) the selected picture data is dragged and dropped to the hidden box;
(c234) determining whether the dragged and dropped picture data to the hidden box matches the hidden box;
(c235) If the picture data do not match, the picture data selection, drag & drop process is repeated without the hidden box opening, or if the picture data matches, the picture data selection, drag & drop and match A step of repeating the judgment process; And
(c236) ending the process if there is no next hidden box;
Wherein the smart device is a mobile terminal.
6. The method of claim 5,
The step (c26)
(c261) selecting a shake or song to be displayed on the destination data;
(c262) the musical score data of the selected shaking or song is displayed as a command name in the preference data and the key data is displayed together;
(c263) selecting a key corresponding to the commandment in accordance with the order of the commandments displayed in the destination data;
(c264) judging whether a key corresponding to the commandment is selected correctly;
(c265) if the key is not selected correctly, the key selection and judgment process is repeated, or if the key is correctly selected, the corresponding note displayed on the preference data is protruded upward by a time representing the length of the note; And
(c266) repeating the steps (c263) to (c265) when there is a next commandment indicated in the destination data, and terminating the process when there is no next commandment;
Wherein the smart device is a mobile terminal.
In a music learning system using a smart device,
A display unit for displaying a learning menu or learning data by application driving or sensing input data by a user during a learning process and displaying the input data on a screen; a display unit for outputting or learning sounds contained in learning data displayed on the display unit when the application is driven; An input / output unit including a sound generating unit for outputting sound that can be generated when data is input by a user during a process;
Stores application information necessary for music learning, stores information such as correct answer data required for the learning process and fluctuation, stores user input data inputted from the user during the learning process, and stores the corresponding learning data at the end of the learning process A storage unit for storing the data; And
The learning data selected by the user or the control unit among the learning menus displayed on the display unit according to application driving is displayed on the display unit, the data input by the user during the learning process is stored in the storage unit, A controller for comparing the correct answer data with user input data input by a user to check for errors in data input by a user and controlling signal flow between each of the components including the storage unit and the input / output unit;
And a music learning system using the smart device.

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