KR20070064214A - Tuning method of music by utilizing mobile terminal - Google Patents

Abstract

A method for tuning music using a mobile communication terminal is provided to allow a user to play a musical instrument in match with the rhythm output from the mobile phone and with an exact speed of music without a metronome used only for playing music. A mobile communication terminal uses a transmitter and a receiver as a micro-phone and a speaker to make communication. The mobile terminal outputs various screen information used for conversation on a screen of the mobile terminal. A plurality of sound exactly tuned are stored in a data storage unit of a mobile terminal. A menu is output on a screen image of the mobile terminal such that at least one sound stored in the storage unit is able to be selected through button operation of the mobile terminal. A specific sound is selected from the menu. An audio corresponding to the specific sound is selected from a speaker.

Description

Tuning Method of Music by Using Mobile Terminal

1 is a flowchart illustrating a music tuning method using a mobile communication terminal according to the present invention.

2 is a flow chart for explaining the tuning step according to FIG.

The present invention relates to a tuning method of music using a mobile communication terminal device, and more particularly, a mobile communication terminal to function as a tuner for tuning an instrument or a movement to function as a metronome (Metronome) for notifying the speed of music. A music tuning method using a communication terminal device.

In general, most instruments should be tuned again after a certain time by playing or practicing, even if they have already been tuned to produce the correct notes.

In addition, the simplest way to tune the instrument accurately is to tune the instrument while listening to the sound, ie listening to the sound from the instrument, while the tuner is acquiring the correct note.

However, hearing coordination by acquiring the correct sound of the tuner is a skill that can be quite skillful and is very difficult for the general public.

Therefore, most piano or string players use tuning flutes to tune their instruments, or tune them based on the notes of other instruments that are well tuned.

However, even if you use tuning flutes or tuning based on the sound of other instruments can not be precisely tuned or require some skill in the experience, if there is no flute or other instruments tuning is very cumbersome.

In particular, there is a problem that it is very difficult to tune all the keys of a musical instrument with a large number of keyboards such as a piano depending on a tuning flute where only a limited number of notes are generated.

In addition, all the music played by the instrument has a variety of speeds for expressing the music, such as a model, such as Moderato, Andante, Largo, etc. Metronome is used to generate a constant beat is repeated for learning the speed of the music.

However, this prior art has a cumbersome problem that the metronome should be provided in advance in all the practice places or have to carry the metronome without forgetting for efficient music practice.

Accordingly, an object of the present invention for solving the above problems is to implement a tuning device for tuning the sound of the instrument in the mobile communication cell phone and to implement a metronome to repeatedly indicate the speed of the music to enhance the convenience in practicing the instrument An object of the present invention is to provide a tuning method for music using a mobile communication terminal.

In order to achieve the above object, a music tuning method using a mobile communication terminal according to the present invention comprises a telephone call using a microphone and a speaker as a handset and a handset, respectively, and outputs various screen information used for a telephone call to a screen. In the mobile communication terminal device, music information including original sound information including a plurality of sounds that are accurately tuned in advance, rhythm information for each beat, speed information indicating the speed of various music, and the like is used as data of the mobile communication terminal device. Providing a storage unit; Outputting a menu on the screen to allow at least one of the music information included in the storage unit to be selected by a button manipulation provided in the mobile communication terminal device; When the original sound information is selected from the menu, an tuning step of comparing the specific sound selected from the original sound information with a predetermined sound input through the microphone to determine whether the sound is the same; A rhythm output step of outputting predetermined rhythm information corresponding to the rhythm through the speaker or the screen when the rhythm information is selected in the menu; And a speed output step of outputting predetermined speed information corresponding to the speed through the speaker or the screen when the speed information is selected in the menu.

The tuning step may include: a reference sound selection step of selecting at least one of a plurality of notes of the original sound information as a reference sound by the button manipulation; A test tone input step of inputting a predetermined test tone to the mobile communication terminal through the microphone; A determination step of determining, by the mobile communication terminal device, whether the test sound and the reference sound are the same; And an tuning display step of displaying whether or not tuning is performed by outputting information corresponding to the discrimination result in the discriminating step to an output device.

The output device includes at least one of a speaker, a screen, a vibrating element used for a silent mode, or a light flickering light, and the variation of audio output from the speaker or the degree of flickering of light in the light emitting element. Or displaying tuning according to at least one of a vibration change of the vibration device or graphic information output from the screen.

In order to achieve the above object, another music tuning method using a mobile communication terminal according to the present invention is a telephone call using a microphone and a speaker as a talker and a receiver, respectively, and various screen information used for a phone call is output to a screen. In the mobile communication terminal to be provided, comprising a plurality of accurately tuned in advance in the data storage unit of the mobile communication terminal; Outputting a menu on the screen to allow at least one of a plurality of sounds provided in the storage unit to be selected by a button manipulation provided in the mobile communication terminal; A sound selection step of selecting a specific sound from the menu; And a sound output step of outputting audio corresponding to the selected specific sound to the speaker.

Hereinafter, the configuration and operation of the present invention will be described in more detail with reference to the accompanying drawings.

1 is a flowchart illustrating a music tuning method using a mobile communication terminal according to the present invention.

As shown, the tuning method of music using the mobile communication terminal according to the present invention comprises the step of providing music information (S110), menu output step (S115), tuning step (S120), rhythm output step (S130) and speed An output step S140 is provided.

In the step of providing music information (S110), the original sound information having a plurality of sounds accurately tuned in advance to the data storage unit of a mobile communication terminal device, such as a mobile phone, which is wirelessly telephoned, rhythm information for each beat, and various Music information including speed information indicating the speed of music, and the like.

That is, the storage device of the mobile phone is provided with the tuned sound of "do, les, me, wave, sol, la, poetry, and state" which is precisely tuned for each scale so that it can be outputted as screen information on the LCD screen of the mobile phone. .

In addition, when output from the LCD screen of the mobile phone, in order to provide music information to the user more conveniently, each sound may be displayed at a corresponding price on the score of the five-point paper.

In addition, the music information includes beat rhythms uniquely expressed by each beat, such as 4/4 beats or 3/4 beats, and speeds such as Andante, Moderato, and Largo.

In the menu output step (S115), a menu is output on the screen of the mobile phone so that at least one of music information included in the data storage unit of the mobile phone can be selected by a button operation provided on the mobile phone.

That is, from the menu displayed on the screen of the mobile phone, necessary information can be selected from the original sound information for tuning, the rhythm information for each beat, and the speed information indicating the speed of music by the button operation of the mobile phone.

In the tuning step S120, a specific sound selected from the original sound information provided is compared with a predetermined sound input through a microphone of the mobile phone to determine whether the sound is the same.

That is, by comparing the sound selected from the screen of the mobile phone and the sound generated from the musical instrument with each other using the mobile phone, it is possible to confirm whether the specific string of the keyboard musical instrument or the specific string of the string instrument is correctly tuned.

In the rhythm output step (S130), the rhythm information corresponding to the rhythm selected from the menu is output through the speaker or the screen of the cellular phone.

That is, in one embodiment, a predetermined rhythm is repeatedly selected, such as a rhythm of "strong, weak, medium, weak" in the case of 4/4 beat, or "strong, weak, weak" in the case of 3/4 beat. By printing, you can use it to learn the rhythm during instrument practice.

In this case, when the rhythm information is output to the speaker, "strong, weak, middle, weak", etc. may be output by the voice signal, and when the rhythm information is output to the screen, the graphic character including the corresponding character or image may be used. By "strong, weak, medium, weak" can be expressed.

In the speed output step S140, predetermined speed information corresponding to the speed selected from the menu is repeatedly output through the speaker or the screen of the cellular phone.

That is, the speed information is for implementing the function of the metronome, and the speed information corresponding to the speed selected through the speaker or the screen of the mobile phone according to the speed selected from various speeds including Andante, Modera To, Largo, etc. The speaker repeatedly outputs image information including text on the screen.

2 is a flow chart for explaining the tuning step according to FIG.

The tuning step S120 of FIG. 1 includes a reference sound selection step S200, a test sound input step S210, a determination step S220, and a tuning display step S230.

In the reference sound selection step (S200), at least one of the plurality of notes of the original sound information output to the screen of the mobile phone by the button operation of the mobile phone is selected as the reference sound.

That is, the reference sound of the test sound to be tuned is selected by selecting a sound to be tuned by a button operation among a plurality of notes output from the screen of the mobile phone.

In the test sound input step 210, a predetermined test sound is input to the mobile phone through the microphone of the mobile phone.

That is, the test sound is input by inputting the sound generated by playing from a specific keyboard or a specific string of the musical instrument to the mobile phone through the microphone of the mobile phone.

In the determination step (S220), the mobile phone compares and determines whether the test sound and the reference sound are the same by a preset program.

That is, it is possible to determine whether the reference sound provided in the mobile phone and the test sound input from the instrument are identical to each other so that the sound of the specific key or the string of the instrument is accurately tuned.

In the tuning display step S230, information corresponding to the comparison result in the discriminating step S220 is outputted through the output device to indicate whether or not the tuning is performed.

That is, when the tuning is complete, predetermined audio is output through the speaker of the cellular phone or screen information corresponding to the output is displayed on the screen to indicate whether the tuning is performed to the user.

In addition, even when the tuning is not complete, a more efficient tuning can be performed by informing the tuner whether the pitch is slightly lower or higher.

On the other hand, the output device includes at least one of a speaker, a screen, a vibration device used for a silent mode or a light-emitting device flashing in the mobile phone.

That is, the coordinator is tuned by using at least one output device among a change in audio output from a speaker, a degree of blinking of light in a light emitting device, a change in vibration of a vibrating device, or graphic information including an image output from a screen. Can be marked.

On the other hand, as another embodiment according to the present invention can tune the instrument by a specific sound output through the speaker of the mobile phone.

That is, it is possible to determine whether a specific sound of the musical instrument is tuned while listening to the specific sound selected by the button operation being output to the speaker.

For example, a user can perform musical instrument tuning by generating a cell phone “Ra” sound through a speaker by button operation of the cell phone and comparing and tuning each other by means of hearing and musical instrument “Ra” sound generated by playing on the instrument. .

In addition, by allowing a plurality of notes, for example, a chord to be output from the mobile phone by the button operation, it is possible to compare the chords generated from the instrument and the chords output from the mobile phone or to output a specific chord selected for music study to the mobile phone.

The drawings and specification are merely exemplary of the invention, which are used for the purpose of illustrating the invention only and are not intended to limit the scope of the invention as defined in the appended claims or claims. Therefore, those skilled in the art will understand that various modifications and equivalent other embodiments are possible from this. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

According to the present invention, there is an advantage that the instrument can be accurately tuned using a mobile phone without having to be a skilled technician and also without a professional tuning device.

In addition, the instrument can be played by the accurate beat output from the mobile phone, there is an advantage that can play or practice the music at the correct speed without the metronome used only for performance.

Claims (4)

In a mobile communication terminal device using a microphone and a speaker as a handset and a handset, respectively, and outputting various screen information used for a phone call to a screen, Equipping the data storage unit of the mobile communication terminal with music information including original sound information having a plurality of sounds accurately tuned in advance, rhythm information for each beat, speed information indicating the speed of various music, and the like; ; Outputting a menu on the screen to allow at least one of the music information included in the storage unit to be selected by a button manipulation provided in the mobile communication terminal device; When the original sound information is selected from the menu, an tuning step of comparing the specific sound selected from the original sound information with a predetermined sound input through the microphone to determine whether the sound is the same; A rhythm output step of outputting predetermined rhythm information corresponding to the rhythm through the speaker or the screen when the rhythm information is selected in the menu; And And when the speed information is selected in the menu, outputting speed information corresponding to the speed through the speaker or the screen. The method of claim 1, wherein the tuning step, A reference sound selection step of selecting at least one of a plurality of notes of the original sound information as a reference sound by the button operation; A test tone input step of inputting a predetermined test tone to the mobile communication terminal through the microphone; A determination step of determining, by the mobile communication terminal device, whether the test sound and the reference sound are identical; And And a tuning display step of outputting information corresponding to the discrimination result in the discriminating step to an output device to indicate whether or not tuning is performed. The method of claim 2, wherein the output device, At least one of the speaker, the screen, a vibrating element used for the silent mode or a light-emitting element that is flashing light, A mobile communication terminal displaying whether tuning is performed by at least one of a change in audio output from the speaker, a degree of blinking of light in the light emitting device, a change in vibration of the vibrating device, or graphic information output from the screen. How to tune music using devices. In a mobile communication terminal device using a microphone and a speaker as a handset and a handset, respectively, and outputting various screen information used for a phone call to a screen, Providing a plurality of accurately tuned sounds in advance in a data storage of the mobile communication terminal; Outputting a menu on the screen to allow at least one of a plurality of sounds provided in the storage unit to be selected by a button manipulation provided in the mobile communication terminal; A sound selection step of selecting a specific sound from the menu; And And a sound output step of outputting audio corresponding to the selected sound to the speaker.

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