KR101087360B1 - The musical performance method which uses the electronic equipments which has a musical performance fabrication system and that electronic equipments - Google Patents

Abstract

PURPOSE: An electronic equipment and music performance method using the same are provided to easily obtain electromagnetic field outlet having a music performance operation system. CONSTITUTION: A vibration signal by the blow of a pad(20) is transferred to a control unit(30). The control unit partitions a learning game area and an electronic janggu area. A janggu sound source software is compared with a transmitted sound source value in the learning game area. The same sound source value is outputted through a screen unit(40) and an output unit(50).

Description

The musical performance method which uses the electronic equipments which has a musical performance fabrication system and that electronic equipments}

The present invention can easily learn the rhythm through the electronic game in learning Korean rhythms or rhythms using the traditional Korean instrument Janggu, the difficulty control of the rhythm, learning progress plan, learning progress through the music playing operation system It is possible to systematically learn the pros and cons of Korea, such as checking individual progress through memory, to increase the efficiency of learning, and to provide electronic instruments with a music playing control system that allows students to learn our rhythms easily and funly. The new music playing method used.

In general, Janggu is one of the representative indigenous instruments used in Korean Samulnori along with Gongguri, Jing, and North.

In addition, Samulnori has a feature that it is easy to educate because the operation is smaller than the Pungmulnori and the number of people and instruments is limited and it is easy to learn because it takes less money and does not occupy a large space.

In addition, Samulnori is a traditional yet newly created piece of music that features easy-to-use activities such as concerts with orchestras and performances with piano and jazz bands.

In accordance with the characteristics of Samulnori as mentioned above, the government has put much emphasis on Korean traditional music education as one of the specialized education of general schools, and performances, exhibitions, etc. of low-income people who are restricted from cultural activities through cultural voucher projects in addition to school education. We are trying to raise interest in traditional arts such as Korean traditional music by supporting the cost of cultural arts.

However, as confirmed in the above table, it can be seen that traditional art has less viewing than other classifications, and this reason may be the biggest reason for the lack of popularity of traditional art.

The lack of popularity of Korean traditional music education is regarded as a lesson that students are bored with Korean traditional music education due to the lack of systematic education, and they are reluctant to learn because it is not fun and difficult. Lack of research by Korean performers, lack of popularity of Korean traditional music, etc. are the reasons for this.

In addition, in order to solve the above-mentioned problems, the culture and arts education specialists are systematically nurtured by Article 6 of the Law No. 8852 of the Culture and Arts Education Support Act, which was enforced in February 2008 as the current arts and culture education. And training policies are being implemented, but due to the problem that the professional teachers trained by the above system cannot be managed through the national system unlike teachers, efforts are being made by professional lecturers to use their own systematic teaching methods. Due to the tradition-oriented curriculum, each educational program is not uniform, and according to the instructor's original educational method, there is a problem that the quality of the overall educational program cannot be improved due to the systematic problem.

In addition, the individual learning management of the students who are learning is difficult, there is a problem that the learning management for each student individual learning is difficult.

The present invention has been made in consideration of the above circumstances, and an object of the present invention is to use an electronic game by focusing on a type of electronic game that can be easily accessed by students in the classroom, which is an easy-to-learn Korean musical instrument in a small group form. It is to provide an electronic device with a music performance control system that can improve the learning ability by making it easy to learn the intrinsic rhythm of our country to have fun, competitive and challenging consciousness.

In addition, another object of the present invention is to unify the educator's Korean traditional music class program by conducting lessons according to the progress of the program by the professional instructor by conducting the Korean traditional music class using the equipment for which the music performance manipulation system is programmed as described above. By systematically learning Korean traditional music education and easily learning data for each student, it is possible to proceed with the class using the difficulty level suitable for each student to prevent students from giving up learning and have fun. An electronic device having a performance control system and a method for playing music using the electronic device are provided.

 In addition, another object of the present invention is to provide a music playing method using the electronic equipment having a feature that can be performed more systematically Korean music lessons by enabling the electronic equipment having a music playing operation system to communicate with the server of the educator It is characterized by.

In addition, another object of the present invention is to provide an electronic device that can be played smoothly even in large Korean music performance by enabling the electronic device to be amplified by changing the sound of the instrument as an electronic signal, such as an electromagnetic guitar.

The present invention has been made in order to achieve the object as described above, in the conventional equipment is provided with a pair of pads on both sides of the body, the sensor in close contact with the inside of the pad to change the vibration into an electrical signal, Receives the signal generated from this sensor and divides and controls the learning game area and the electronic device area, and is connected to the screen control unit, the power control unit for supplying power to the control unit, TV, projector, LCD monitor and the cable The present invention provides an electronic device having a music playing control system including a USB terminal connected to the terminal, a 5.5V terminal connected to an amplifier during a large performance, and a 3.5V terminal connected to an earphone or a headphone.

In addition, the learning game area is a screen for displaying the game software and the difficulty of the player to play, and the player to select the music, and the plurality of indicator pins to be displayed to match the music left and right on the screen If it is located in this judgment line, it strikes the pad to remove the indicator pin, and the vibration signal generated by the hitting of the pad is electrically transformed by the sensor and transmitted to the controller. The same sound source is compared by comparing the stored sound source software with the transmitted sound source value. The value is extracted and output through the screen unit and the output unit.

In addition, the electronic instrument region is a vibration signal generated by the strike of the pad is electrically transformed by the sensor and transmitted to the control unit, and compared with the stored instrument sound source software and the transmitted sound source value to extract the same sound source value screen and Characterized in that output through the output.

On the other hand, the preparatory step of preparing the electronic device having the above-described configuration, the area setting step of setting one area selected from the game learning area or the Janggu sound source area through the screen unit, and is generated by the player's performance in the set area It is characterized in that it provides a music playing method using an electronic device, including an output step of outputting a sound source and an image through an output unit and a screen unit.

In addition, the learning game area is an execution step in which the player selects the game learning area through the screen unit, a setting step in which the player sets the playing song and the difficulty level, and a selected rhythm action is performed at the same time that the selected playing song is output. To extract the same sound source value by comparing the execution sound source, the sound source value input step by which the player strikes the pad to remove the indicator pin, and the input sound source value to the controller to compare the stored long-term sound source software with the transmitted sound source value. Characterized in that it comprises a step and an output step of outputting the sound and display through the screen and the output unit.

In addition, the electronic instrument region is an execution step in which the player selects the long-term sound source region through the screen unit, a setting step in which the player selects the sound and output mode of the instrument through the screen unit, and a sound source value obtained by the player hitting the pad. And an extraction step of extracting the same sound source value by comparing the stored long-term sound source software transmitted to the control unit and the transmitted sound source value, and outputting the sound source value extracted through the display unit and the output unit to sound and display. There is a characteristic.

As described above, the electronic equipment having the music playing control system according to the present invention can easily acquire the original Korean music by making the music playing control system in the traditional guggu, which is not only effective in improving learning efficiency. In addition, it is possible to obtain high learning rate by inducing students to learn easily and comfortably without difficulty by learning by making students feel competitive and challenging in the process of learning through games.

In addition, the electronic equipment having a music playing control system according to the present invention is a computer program of a plurality of student equipment and the teacher by the built-in program is electronically connected to each other, so that the individual learning progress of each individual data such as learning progress check Effective and systematic education is possible.

In addition, these two-way educational electronic equipment makes use of the characteristics of musical instruments to provide students with a task-centered experience service, which is a high quality education, so that Korean traditional music education is not difficult and fun. It has the effect of providing opportunities for various Korean traditional music education, such as providing opportunities and early detection of potential.

In addition, the electronic equipment having a musical performance control system according to the present invention stores the sound source and outputs the sound to a desired size like a general electromagnetic guitar, so that the sound of the equipment can be smoothly controlled in a large performance. In concert with the instrument, smooth concerto is possible.

In addition, the shape and shape of the indicator pin expressed on the screen portion has the effect of taking the form of Jungganbo, the first flow score in Korea, so that students can easily learn the form of Jungganbo during learning or games.

1 is an external perspective view of an electronic apparatus according to the present invention
2 is a stereoscopic view of a control part of the electronic device according to the present invention;
Figure 3 is a block diagram showing the flow of the system of electronic equipment according to the present invention
4 is a block diagram illustrating a game learning area of the system of the electronic apparatus according to the present invention.
5 is a flowchart showing a display state according to execution of a game learning area in the system of the electronic apparatus according to the present invention.
6 is a block diagram illustrating the long-term sound source region of the system of the electronic equipment according to the present invention.
7 is a flowchart showing a display state according to the execution of the long-term sound source region in the system of the electronic equipment according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein.

1 is an external perspective view of an electronic apparatus according to the present invention, and FIG. 2 is a three-dimensional view of a control part of the electronic apparatus according to the present invention.

As shown, an electronic apparatus (hereinafter referred to as "electronic apparatus") 100 having a music playing control system according to the present invention is assembled with a pair of pads 20 on both sides of the body 10 through which the interior is communicated. The screen unit 40 and the output unit 50 electrically connected to the control unit 30 installed therein are configured to be exposed to the outside.

The body 10 may be formed in various ways, such as synthetic resin or wood and penetrates the inside.

The pad 20 is formed of synthetic resin or leather, and is assembled at both ends of the body 10 so as to be shaken by the impact of the player, and a sensor (not shown) is attached to the inner surface to detect the shaking caused by the pad. It is formed to be.
The control unit 30 is installed inside the body 10 and is connected to the screen unit 40 and the output unit 50 by a cable (not shown) to receive external power, and to the inner surface of the pad 20. Is connected to a sensor (not shown) formed in the vibration formed by the player to form an electronic form to be transmitted to the control unit 30.

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In addition, the output unit 50 is connected to the power supply, the power supply, power supply, TV, projector, LCD monitor, and the like, using a USB terminal, 5.5V terminal and earphone or headphone connected to the amplifier during large performances It consists of a 3.5V terminal.

In addition, the controller 30 divides the electronic device into the learning game area 31 and the electronic device area 32 by the stored software, and stores data for performing each area. User data such as passwords, personal information, etc. are stored, user data storing game play information for each user such as game scores, wins, and defeats, and sound source data storing digital sound recordings by song name and indicator pin output information by sound source. It consists of.

That is, the control unit 30 is generated according to the performance of the player in the sensor (not shown) connected to each pad 20 in the state connected to the external power by the power input unit formed in the input and output terminal as shown in FIG. The vibration value is transformed into electrical signals having different values according to the player's striking strength, hitting point position, sensitivity, and the like, and is transmitted to the control unit 30. The input value is displayed on the display unit 40 and at the same time, the output unit 50 Through the speaker, the amplifier, the earphone is output.

At this time, the vibration value is output according to the state of the control unit according to the user's selection of the learning game region 31 or the electronic equipment region (32).

First, referring to the progress of the learning game area using the electronic device, as shown in FIGS. 4 to 5, FIG. 4 is a block diagram illustrating the learning game area of the system of the electronic device according to the present invention. Flow chart showing the display state according to the execution of the learning game area of the system of the electronic device according to the present invention.

As shown, the player sets the system of the electronic apparatus as the game learning area by using the screen unit.

At this time, the display unit 40 is displayed so that the player can set the name and the difficulty of the song to be played, and the player sets the song name and the difficulty to be played using the selection button 41 formed at the bottom of the screen.

On the other hand, when the song name and difficulty is selected by the player as described above, the controller 30 outputs the selected music through the output unit 50 and displays it on the screen unit 40. (A3)

In the display unit 40, a plurality of indicator pins 42 move left and right along a plurality of indicator pin lines 43, and the indicator pins 42 are continuously generated in accordance with the rhythm of the music. ) Is positioned on the determination line 44, the corresponding indicator pin 42 is removed by hitting the pad 20 corresponding to the indicator pin 42. (A4 to A6)

In addition, the sound source value generated by the hitting of the pad 20 is transmitted to the long-term sound source software to extract and output the sound source of the corresponding sound source value data, and at the same time removes the indicator pin of the display unit 40. (A7 ~ A8)

On the other hand, the shape and shape of the indicator pin 42 represented on the screen unit 40 takes the form of Jungganbo, which is the first flow music score in Korea, so that students can easily learn the form of Jungganbo during learning or games.

FIG. 6 is a block diagram illustrating an electronic device area of the system of the electronic device according to the present invention, and FIG. 7 is a flowchart illustrating a display state according to the execution of the electronic device area of the system of the electronic device according to the present invention. .

Referring to FIGS. 6 to 7, the process of the electronic tool software when the electronic tool is executed according to the user's selection will be described in detail as follows.

As shown in the figure, the player sets the area to the electronic device area by using the display section before playing the device.

In this case, the screen unit 40 may display a sound volume, an output state, and the like, and may be set in a desired form through the selection button 41 under the screen unit.

That is, in the case of a large performance, it is possible to provide a sound and volume suitable for a large performance by increasing the volume of the sound and connecting the output with the amplifier. You can set it to a state that matches your playing environment.

In detail, when the player strikes the pad 20 of the apparatus with different strengths, the strength and sensitivity of the hits are transformed into electrical signal values by the sensor installed in the pad 20 and transmitted to the controller 30. (B2) The transmitted signal value is compared with the stored long-term sound source software to find the same set value. (B3)

In addition, the extracted set value is displayed on the screen unit 40 and output at the same time through the output unit 50 (B4).

In addition, the janggu sound source can have the janggu unique sound by setting the average sound value of the professional player repeated the same janggu sound several times repeatedly to the sound most similar to the original janggu sound.

On the other hand, the data created in the learning game area and the electronic equipment area as described above may be stored in the control unit or stored in an external storage medium through the USB terminal, and in the learning, the computer of the teacher's computer and each student's equipment communicate with each other By making it possible for the teacher to learn each student's learning, individual progress, etc. can be easily grasped, and data can be made into a more rational education program.

Although the present invention has been described with reference to one embodiment shown in the accompanying drawings, it will be understood that various modifications and other embodiments are possible to those skilled in the art.

100 ... electronics 10 ... body
20 ... Pad 30 ... Controls
31 ... Learning game area 32 ... Electronic equipment area
40 ... Display 41 ... Select Button
42 ... indicator pin 43 ... indicator pin line
44 ... Decision line 50 ... Output

Claims (6)

In a general apparatus in which a pair of pads 20 are provided on both sides of the body 10,
A sensor (not shown) in close contact with the pad 20 to change vibration into an electrical signal;
The screen unit is displayed to receive the signal generated by the sensor (not shown), the game software stored in the name and difficulty of the player to play, and the player can select the music, and the display unit is displayed to move to the left and right to the music When several indicator pins are located on the judgment line, the pads are hit to remove the indicator pins, and the vibration signal generated by the pad strikes is electrically transformed by the sensor and transmitted to the controller. In comparison, the vibration signal generated by the vibration of the learning game area 31 and the pad which are extracted through the screen unit and the output unit by extracting the same sound source value is electrically transformed by the sensor and transmitted to the controller, and transmitted to the stored sound source software. Compares the signal values, extracts the same set values, and outputs them through the screen and output It is divided into the electronic equipment control region 32 and the control unit 30 is connected to the screen section 40;
USB terminal connected to the power supply unit for supplying power to the control unit 30 and the TV, projector, LCD monitor, etc., 5.5V terminal connected to the amplifier during large performances and 3.5V terminal connected to the earphone or headphone An electronic device having a music playing operation system, characterized in that comprises an output unit (50) consisting of.
delete delete A preparation step of preparing an electronic device made of the configuration of claim 1;
An execution step in which the player selects a game learning area through the display unit, a setting step in which the player sets a performance song and difficulty level, an execution step in which a rhythm action is executed by the indicator pin at the same time that the selected performance song is output, and the indicator pin is removed. For the sound source value input step in which the player strikes the pad, the input sound source value is transmitted to the controller, and the extracted sound source software and the extracted sound source value are compared to the extracted sound source value through the display unit and the output unit. An execution step in which the player selects the gugong sound source area through a learning game area or a screen part including an output step of outputting sound and a display; a setting step in which the player selects the sound and output mode of the gut through the screen part; Sends the sound source value obtained by hitting to the controller An area setting step of setting an area selected from an electronic tool area including an extraction step of comparing the sound source values to extract the same sound source value and an output step of outputting the sound source value extracted through the display unit and the output unit to sound and display ;
And an output step of outputting the sound source and the image generated by the player's performance in the set area through the output unit and the screen unit. delete delete

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