KR101055752B1 - Mobile communication terminal with music teaching function and music teaching method thereof - Google Patents

Abstract

The music teaching method using the mobile communication terminal according to the present invention comprises the steps of downloading the music teaching program for music teaching and data related to the music teaching from another communication terminal or an Internet website, and storing it in a memory; Generating music lesson related data for performing music lessons in a memory and transmitting the music lesson related data stored in the memory to the student's mobile communication terminal through wireless communication; Extracting the music lesson performance information of the student from the received music lesson related data and updating the progress management data for the music lesson of the student.

According to the present invention, by integrating all functions necessary for the self-learning of music teaching in one mobile communication terminal, self-learning is possible at any time and any place, and interactive education can be carried out between the teacher and the student. Can systematically manage and educate multiple students.

Music lessons, Mobile phone, Progress, Analysis, Student, Management, Music, Playing, Musical instrument

Description

Mobile communication terminal with music teaching function and music teaching method thereof {MOBILE PHONE FOR MUSIC LESSON AND METHOD FOR LESSON THEREOF}

1 is a block diagram of a mobile communication terminal equipped with a music teaching function according to an embodiment of the present invention.

2 is a block diagram of a music teaching program stored in a mobile communication terminal equipped with a music teaching function according to an embodiment of the present invention.

3 is a block diagram illustrating a configuration of the control unit shown in FIG. 1.

4 is an operation flowchart of a mobile communication terminal equipped with a music teaching function according to an embodiment of the present invention.

5 is an operation flowchart of a mobile communication terminal equipped with a music teaching function according to an embodiment of the present invention.

6 is a flowchart illustrating an operation of a mobile communication terminal equipped with a music teaching function according to an embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

100: mobile communication terminal 110: memory

120: control unit 121: mobile communication processing module

122: performance preparation module 123: performance assistant module

124: Learning Management Module 125: Student Management Module

126: menu screen processing module 130: the first RF unit

140: second RF unit 150: voice processing unit

160: speaker 170: microphone

180: key input unit 190: display unit

The present invention relates to a mobile communication terminal equipped with a music teaching function and a music teaching method thereof.

Modern people hope to be able to handle more than one musical instrument each with the goal of developing their emotions and attaining the right personality.

Music lessons are conducted not only in large numbers through private music institutes, but also in private lessons through home visits. Therefore, the teacher requires a lot of effort to systematically manage a number of students in individual lessons.

For example, it is difficult to check whether students do their homework properly, and it is difficult to systematically manage the change of achievement of various students in the medium and long term. Also, from the student's point of view, if you practice without a teacher, it's hard to get directions.

Meanwhile, as the use of mobile communication terminals such as mobile phones is becoming more common, various functional demands of mobile terminal users are gradually increasing. Among the additional functions in the mobile communication terminal, there are a music playing function and a karaoke function.

Accordingly, there is a need for a mobile communication terminal that can effectively use the additional functions of the mobile communication terminal to help the teacher's systematic management in music teaching and improve the efficiency of self-study when the student receives the music lesson.

The present invention has been made by this necessity, a mobile communication with a music teaching function that can exchange data for conducting music teaching between the music teaching teacher and the student by utilizing the data storage and transmission function of the mobile communication terminal. An object of the present invention is to provide a terminal and a method of teaching music thereof.

According to an aspect of the present invention for achieving the above object, a music teaching program and a memory for storing the first music teaching-related data generated in accordance with the execution of the music teaching program, and music lessons by driving the music teaching program stored in the memory And a control unit for transmitting the first music teaching related data stored in the memory to another communication terminal through a cellular communication network or to receive the second music teaching related data for music teaching from another communication terminal or an internet website. A first RF unit for performing communication, a speaker for reproducing music according to the execution of the music lesson, a microphone for receiving sound information generated according to the execution of the music lesson and providing the control unit, and a screen for executing the music lesson Equipped with a music teaching function comprising a display for displaying data Provides a mobile communication terminal.

Preferably, the mobile communication terminal performs near field communication to transmit the first music teaching related data stored in the memory to another communication terminal through a short range wireless communication network or to receive the third music teaching related data for music teaching from another communication terminal. It may be configured to further include a second RF unit.

Preferably, the control unit comprises: a performance preparation module for performing a performance preparation procedure required for music lessons, a performance assistance module for assisting performances according to the execution of music lessons, a learning management module for managing learning progress for music lessons, It may be configured to include a student management module for managing a student receiving music lessons, and a menu screen processing module for providing a menu screen for conducting music lessons.

Preferably, the performance preparation module may be configured to perform at least one or more performance preparation operations of music score download, sample sound source download, music score viewer, music appreciation, and musical instrument tuning.

Preferably, the performance assistant module may be configured to perform at least one or more performance assistant operations of metronome execution, performance analysis, and performance history storage.

Preferably, the learning management module may be configured to perform at least one learning progress management operation of learning goal input, progress check, homework management, and teacher feedback.

Preferably, the student management module may be configured to perform at least one or more student management operations of student information management and scheduling, student progress rate and achievement check, student homework management, and student learning history storage.

According to another aspect of the invention, the step of downloading the music teaching program and music teaching related data for music teaching from another communication terminal or Internet website and storing in the memory, and driving the music teaching program stored in the memory to the student Generating and storing music teaching related data for performing the teaching in a memory; transmitting the music teaching related data stored in the memory to the student's mobile communication terminal through wireless communication; It provides a music teaching method using a mobile communication terminal comprising the step of extracting the student's music teaching performance information from the music teaching related data to update the progress management data for the student's music teaching.

According to another aspect of the invention, the step of downloading the music teaching program and music teaching related data for music teaching from another communication terminal or Internet website and storing in the memory, and driving the music teaching program stored in the memory of the teacher Downloading and storing music teaching related data transmitted from the mobile communication terminal to a memory; displaying screen information for music teaching by playing music teaching related data; and recording and analyzing a student's music performance signal. Storing the music teaching performance data in the memory as a memory program according to the processing program; and transmitting the music teaching performance data stored in the memory to the teacher's mobile communication terminal through wireless communication. To provide.
According to another aspect of the invention, the step of storing the analog sound information input through the microphone in the memory; Converting the analog sound information into digital; Analyzing the digitally converted sound information based on embedded digital scores; And based on the analyzed result provides a music teaching method using a mobile communication terminal comprising the step of displaying a portion with additional music on the screen.
According to still another aspect of the present invention, there is provided a digital musical apparatus, comprising: a memory for storing acoustic information of analogue input through a microphone and a microphone; A voice processing unit for converting the analog sound information into digital; And a performance assistant module for analyzing the digitally converted sound information based on the digital score, and displaying, on the screen, a portion requiring further practice together with the score on the screen.

Hereinafter, a mobile communication terminal equipped with a music teaching function and a music teaching method thereof according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a mobile communication terminal equipped with a music teaching function according to an embodiment of the present invention.

Referring to FIG. 1, the mobile communication terminal 100 that performs music lessons according to an embodiment of the present invention may use a music lesson program for performing music lessons and data generated according to execution of music lessons (hereinafter, referred to as a first method). A memory 110 for storing music teaching related data, a controller 120 for driving a music teaching program stored in the memory 110 to execute music teaching, and data necessary for performing music teaching (hereinafter, 2) the first RF unit 130 performing wireless communication to download music teaching related data) from the Internet website, and the first music teaching related data stored in the memory 110 through another local area network. Short-range wireless communication for transmitting to a communication terminal or receiving data for music teaching (hereinafter referred to as third music teaching related data) from another mobile communication terminal Voice read by the second RF unit 140, the voice processing unit 150, the speaker 160, the microphone 170, the key input unit 180 composed of buttons, and the control unit 120 to perform the scene And a display unit 190 for providing mail-related information through a screen window.

The memory 110 stores a music teaching program for performing music teaching and data generated according to execution of the music teaching (hereinafter, referred to as first music teaching related data).

Here, the first music lesson related data includes music lesson related data directly produced by the teacher to provide to the student, various music lesson data downloaded through the Internet, and music lesson related data downloaded from the PC.

In addition, although not shown in the drawing, a network interface may be installed in the mobile communication terminal 100 to install and use an external memory to store various data for use in music lessons. These external memories include MiniSD, CF, and Memory Stick.

The controller 120 controls the overall operation of the mobile communication terminal and drives music teaching programs stored in the memory 110 to proceed with music teaching.

The first RF unit 130 is controlled by the controller 120, and converts a signal output from the controller 120 into a wireless signal to perform cellular communication. In addition, the first RF unit 130 converts the radio signal received through the antenna into a desired signal and outputs it.

In addition, the first RF unit 130 accesses the wireless Internet network through cellular communication and downloads various contents for performing music lessons from a website providing a music lesson service to the controller 120.

In addition, the first RF unit 130 provides the first music lesson related data stored in the memory 110 to a website providing a music lesson service through the wireless Internet as various contents or a data storage area provided in the website. Can be stored in

Here, the data storage area provided on the website may correspond to a homework room or a music library.

The second RF unit 140 may perform Bluetooth or infrared communication (IrDA) on the first music teaching related data stored in the memory 110 through short range communication such as Bluetooth or infrared communication (IrDA). Can transmit to other communication terminals.

In addition, the second RF unit 140 receives the third music teaching related data for music teaching from another communication terminal capable of performing Bluetooth or infrared communication (IrDA) and stores it in the memory 110.

The voice processing unit 150 modulates the acoustic information input from the microphone 170, that is, the voice signal and the musical instrument playing sound, converts the voice information into voice data, and transmits the converted voice data to the memory 110, from the first RF unit 130. The input music lesson related data and the music lesson related data stored in the memory 110 are demodulated into a voice signal and output as music through the speaker 160.

The speaker 160 preferably includes a speaker having a diameter of 20 mm or more or a dual speaker. By reinforcing the function of the speaker 160, it is possible to perform basic functions necessary for practice such as tuning and metronome.

The mounting position of the speaker 160 is preferably provided on the upper surface of the folder adjacent to the hinge side so that the speaker 160 faces the player when the folder of the mobile communication terminal 100 is closed. In the case of the dual speaker, it is preferable to install the dual speaker at the lower side of the folder so that the sound is directed toward the player when the folder is opened.

The key input unit 180 includes a plurality of numeric keys, a menu key, and a function key for performing various functions, and outputs key data to the controller 120 by an external operation.

Accordingly, the controller 120 reads the corresponding menu from the memory 110 and displays the menu on the display 190 according to a user's menu display request by the key input unit 180. That is, the key input unit 180 is a conventional user information input means, and includes a plurality of keys suitable for a mobile communication terminal to be applied, such as a plurality of numeric keys and function keys. Therefore, by outputting the corresponding unique key data to the control unit 120, through the key input operation of the key input unit 180 is entered into the menu display mode and selection of the menu is made. Then, the controller 120 reads the menu according to the corresponding key input from the memory 110 and displays the menu on the display 190.

The display unit 190 is a display device such as a liquid crystal display (LCD). The display unit 190 displays the state of the mobile communication terminal or the progress of the program under the control of the controller 120. That is, the overall state of the mobile communication terminal and input user information are displayed.

In addition, as the music teaching program stored in the memory 110 is driven, the display unit 190 displays various menu screens and program execution screens corresponding to the progress of the music teaching through the screen window. In order to display the digital score on the screen, the display unit 190 is preferably equipped with at least 2 inches LCD.

2 is a block diagram of a music teaching program stored in a memory of a mobile communication terminal equipped with a music teaching function according to an embodiment of the present invention.

Referring to FIG. 2, the music teaching program 10 includes various sub programs for performing music teaching. The sub program is composed of a performance preparation process function program 11, a performance assistance function program 12, a learning management planner program 13, and a student management planner program 14.

The play preparation process program 11 first has a function of downloading the sheet music to be played by a player from a PC or a website to his handset. If your PC supports the Bluetooth function, you can download it wirelessly. If it doesn't, you can download the data by connecting your PC and handset by wire using a USB data cable.

The downloaded sheet music is pre-processed and converted into digital sheet music for use in a mobile communication terminal. In addition to the scores, you can also download a sample of the music you want to hear. The downloaded material can be used not only for its own practice, but can also be transmitted to the other mobile communication terminal equipped with the same program through the second RF unit 140 or vice versa.

The viewer for viewing the downloaded digital score is built in the mobile communication terminal so that the display unit 190 can be viewed through the LCD screen, and the downloaded music can also be enjoyed through the speaker 180.

It also features a built-in instrument tuning function before playing, overcoming the limitations of tuning by the senses.

The performance assistant program (12) has a built-in digital metronome function, which can greatly help the rhythm of the beat when playing.

In addition, if the user selects and plays the digital score of the song to be played on the mobile communication terminal at the beginning of the performance, there is a function that analyzes how the performance is matched with the actual score. In addition to the analysis, the practice history can be stored in the learning management planner of the mobile terminal to improve the systematic ability, and wirelessly transmit the performance history to the teacher, it can be helpful for training in the next lesson.

The learning management planner program 13 is programmed to contain student goals and progress rates, homework history, teacher feedback information, and the like.

Student management planner program 14 is installed only in the teacher's mobile communication terminal to check the information and scheduling of various students, progress rate by student, achievement, and to manage the homework, learning history, etc. DB (database), It is programmed to perform student management.

3 is a block diagram illustrating a configuration of the controller shown in FIG. 1.

Referring to FIG. 3, the control unit 120 includes a mobile communication processing module 121 that performs signal processing for performing a mobile communication service, a performance preparation module 122 performing a performance preparation procedure required for music lessons, A performance assistant module 123 for assisting performance according to the execution of music lessons, a learning management module 124 for managing learning progress for music lessons, and a student management module 125 for managing students receiving music lessons And a menu screen processing module 126 that provides a menu screen for conducting music lessons.

The mobile communication processing module 121 is a module for performing a mobile communication service using a radio resource in a mobile communication terminal, and is configured and operated using a known mobile communication technology, and thus detailed description thereof will be omitted.

The performance preparation module 122 drives a music lesson program stored in the memory 110 to perform a performance preparation operation such as music score download, sample music download, music score viewer, music appreciation, and musical instrument tuning.

The performance assistant module 123 drives a music lesson program stored in the memory 110 to perform a performance assistant operation such as metronome execution, performance analysis, and performance history storage.

The learning management module 124 drives a music teaching program stored in the memory 110 to perform a learning progress management operation such as learning goal input, progress check, homework management, and teacher feedback.

The student management module 125 drives the music teaching program stored in the memory 110 to perform student management operations such as information management and scheduling for each student, progress rate and achievement check for each student, homework management for each student, and storage of student learning history for each student. .

When using the mobile communication terminal according to an embodiment of the present invention configured as described above, when the student puts the data to be played in the memory 110 and performs the performance, the performance data is compared with the data in the memory and the result is determined by determining different parts. Show students which part you need to supplement.

The teacher stores sheet music materials such as textbooks and homework necessary for teaching various students in the memory 110 of the mobile communication terminal 100, and stores the stored data in the student's mobile communication terminal in a short range communication such as Bluetooth or infrared communication. Can be sent through. In addition, it is possible to systematically manage students by installing a student management program for managing a plurality of students in their mobile communication terminal.

 Students can practice playing musical instruments or singing according to music lessons using the data received from the teacher's mobile communication terminal, and can find out which part of the training is insufficient through the analysis program built in the mobile communication terminal.

In addition, the practice history is automatically stored in its mobile communication terminal, the material is transmitted to the teacher's mobile communication terminal in the next teaching time, and the database is managed in the teacher's mobile communication terminal.

Accordingly, students can play musical instruments or sing songs according to music lessons according to the guidance of their mobile communication terminals anytime and anywhere, and teachers can easily manage students anytime and anywhere.

4 is an operation flowchart of a mobile communication terminal equipped with a music teaching function according to an embodiment of the present invention, which is an operation flowchart of a mobile communication terminal for a music teaching teacher.

First, in the mobile communication terminal 100 for the music teaching teacher, the menu screen processing module 126 of the controller 120 provides the display unit 190 with a menu screen for driving the music teaching program.

Accordingly, when the music teaching teacher selects the execution menu of the music teaching program, the music teaching program stored in the memory 110 is driven, and the control unit 120 includes the performance preparation module 122, the performance assistant module 123, and the learning management module. 124, the student management module 125 is activated.

In accordance with a signal input from the user, the performance preparation module 122 downloads various music lessons related data for music lessons from another communication terminal or an Internet website through the first RF unit 130 and stores them in the memory 110. (S1).

In addition, the performance preparation module 122 drives the music teaching program stored in the memory 110 to generate the music teaching related data to be transmitted to the student's mobile communication terminal to perform the music lessons to the student and stored in the memory 110 (S2).

Then, when the teacher who performed the music lesson to the student through the visit to give the student homework, according to the input signal of the music lesson teacher, the learning management module 124 removes the music lesson related data stored in the memory 110. 2 is transmitted to the student's mobile communication terminal through the RF (S3).

Thereafter, when the music teaching related data is received from the student's mobile communication terminal through the second RF unit 140, the learning management module 124 stores the received music teaching related data in the memory 110 and the music teaching related data. Music lesson performance information of the student is extracted from (S4).

When the music lesson performance information of the student is extracted by the learning management module 124, the student management module 125 updates the progress management data for the music lesson of the corresponding student (S5).

5 is a flowchart illustrating an operation of a mobile communication terminal equipped with a music teaching function according to an embodiment of the present invention.

First, in the mobile communication terminal 100 for a music teaching student, the menu screen processing module 126 of the controller 120 provides a menu screen for driving a music teaching program to the display 190.

Accordingly, when the music teaching student selects the execution menu of the music teaching program, the music teaching program stored in the memory 110 is driven, and the control unit 120 includes the performance preparation module 122, the performance assistant module 123, and the learning management module. 124 is activated.

In accordance with a signal input from the music teaching student, the performance preparation module 122 downloads various music teaching related data for music teaching from another communication terminal or an Internet website through the first RF unit 130 and stores it in the memory 110. Save (S11).

In addition, the performance preparation module 122 drives a music teaching program stored in the memory 110 to play music teaching related data for performing music teaching to a student, thereby displaying screen information for music teaching, for example, digital score information. The display on the screen 190 (S12). Accordingly, the student performs the performance while watching the digital score displayed on the screen of the display unit 190.

The performance assistant module 123 records the sound signal played by the student and stores the sound signal in the memory 110 together with the performance history (S13).

Thereafter, the performance assistant module 123 analyzes a student's performance by comparing the sound signal stored in the memory 110 with the performance of the digital score stored in the memory 110 according to an analysis processing program to perform music lessons. The data is stored in the memory 110 (S14).

Thereafter, the learning management module 124 transmits music lesson performance data stored in the memory 110 to the teacher's mobile communication terminal through the second RF unit 140 (S15).

FIG. 6 is a flowchart illustrating an operation of a mobile communication terminal having a music teaching function according to an embodiment of the present invention.

When the music lesson student plays the music, the performance assistant module 123 stores sound information input through the microphone 170 in the memory 110 to perform recording (S21).

If the sound information is stored in the memory 110, the voice processing unit 150 converts the analog sound information to digital (S22).

The performance assistant module 123 digitizes the sound information stored in the memory 110 and analyzes the pitch, beat, strength, and the like in the digital music score embedded therein (S23).

The performance assistant module 123 displays a part requiring additional practice along with the score on the LCD screen based on the analyzed result so that the player can check it (S24).

In this case, the menu screen processing module 126 displays a screen asking whether to save the analysis result on the display 190.

The performance assistant module 123 receives the user's selection signal and determines whether to store the analysis result in the memory (S25). If it is determined that the analysis result should be stored, the analysis result is stored in the memory (S26).

Thereafter, the menu screen processing module 126 displays a screen on the display unit 190 that asks whether to proceed with further practice.

The performance assistant module 123 receives the user's selection signal and determines whether to proceed with additional exercises (S27). In the case where the determination result is additional practice, the performance assistant module 123 performs a procedure for storing the sound information played by the student in the memory 110, and when the determination result is not performed, the menu screen processing module ( 126 displays on the display 190 a screen asking whether to send the data of the analysis result to the teacher.

The learning management module 124 receives the selection signal of the user and determines whether to send the data of the analysis result to the teacher (S28). As a result of the determination, when it is necessary to transmit the data is transmitted to the teacher's mobile communication terminal through the second RF unit 140 (S29).

As described above, an example in which a teacher and a student perform music lessons using a mobile communication terminal equipped with a music lesson function according to an embodiment of the present invention will be described.

Student A has made an appointment with her teacher to take her first violin lesson next Monday. The student purchases a music teaching program through the Internet or a store and installs it on his mobile terminal. After installation The sheet music to be used as a textbook and the sound source corresponding to the sheet music are downloaded from the digital sheet providing website to the mobile terminal. The downloaded sheet music is viewed on the LCD, and the music is prepared while listening to music.

 On the other hand, the teacher saves the basic information in the student management planner for the seventh teaching student, and saves the teaching plan, the goals, and the homework materials.

At the time of the lesson, the teacher transmits the downloaded material, etc., to the learning management planner embedded in the student's mobile communication terminal using the wireless communication (Bluetooth) of the mobile communication terminal. After the data transfer is completed, tune the instrument before beginning practice.

Finish tuning the instrument using your phone's digital tuning. To learn the student's rhythm early on, the digital metronome built into the mobile terminal completes the correct tuning. After the lesson, the last five minutes will play the song we learned today with the help of a performance analysis program. The performance history is automatically stored in the student's mobile communication terminal, and the same data is also transmitted to the teacher's mobile communication terminal through short-range wireless communication.

After the lesson, the student will complete the assignment given by the teacher by the next day. In addition, while doing homework as an assistant in the performance analysis program, the best homework is stored in his mobile terminal, and after the homework is completed, the teacher sends the data through the cellular wireless communication network.

The teacher, who receives the data, reviews the student's homework, checks the supplements, and sends a text to the student's mobile terminal. The text is stored in the teacher feedback folder of the learning management planner provided in the student's mobile communication terminal, and the checked student can perform retraining based on feedback sent by the teacher until the next lesson.

On the other hand, the teacher checks the progress rate, achievement, homework plan, etc. of the seven students stored in his mobile terminal while traveling by subway, and schedules the next week's lesson plan.

According to the present invention, by integrating all the functions necessary for the self-learning of music teaching in one mobile communication terminal, self-learning is possible anytime and anywhere.

According to the present invention, a short-range wireless communication function such as Bluetooth or infrared communication is installed to facilitate data exchange between two people. Accordingly, the teacher can transfer the data necessary for the student's learning or homework through the wireless communication between the mobile communication terminal, the student transfers the learning history stored in his mobile communication terminal to the teacher's mobile communication terminal through wireless communication Can give

According to the present invention, by incorporating a student management program into a mobile communication terminal, a teacher can efficiently manage a student such as student achievement or homework check for a plurality of students.

According to the present invention, the student and the student parent can confirm whether the teaching is effectively conducted by checking the educational history and the achievement of the learning management program embedded in the student's mobile communication terminal.

In this way, if a music lesson is performed using a mobile communication terminal equipped with a music lesson function, a highly interactive education can be conducted between the teacher and the student, and the teacher can systematically manage and teach several students. do.

Claims (9)

Storing analog sound information input through the microphone in a memory; Converting the analog sound information into digital; Analyzing the digitally converted sound information based on embedded digital scores; And Music teaching method using a mobile communication terminal comprising the step of displaying with the music notation on the screen a portion that needs additional practice based on the analyzed result. A memory for storing digital sheet music and analog sound information input through a microphone; A voice processing unit for converting the analog sound information into digital; And And a performance assistant module for analyzing the digitally converted sound information based on the digital score, and displaying, on the screen, a portion requiring further practice together with the score on the screen. delete delete delete delete delete delete delete

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