KR20210026627A - Kalimba score, method for making the same, and apparatus for making the same - Google Patents

Abstract

The present disclosure relates to a kalimba sheet music, a method for producing the same, and an apparatus for producing the same. According to an embodiment of the present invention, a kalimba sheet music comprises: a staff line score with notes displayed on the staff; and a position indication score including a mark indicating the position of the key of the kalimba corresponding to the note of the staff line score. The mark includes: a position display unit indicating the position of the kalimba key by dividing it into a central part, a left part, and a right part; a scale display unit indicating the scale indicated by the note; and an octave display unit indicating the octave indicated by the note.

Description

Kalimba sheet music, its production method, and its production equipment {KALIMBA SCORE, METHOD FOR MAKING THE SAME, AND APPARATUS FOR MAKING THE SAME}

The present disclosure relates to a Kalimba score, a production method thereof, and a production apparatus thereof, and more specifically, a Kalimba score capable of enabling a person familiar with the staff score to play Kalimba more easily, a production method thereof, and production thereof It relates to the device.

Kalimba is a body musical instrument widely distributed in Africa, and in the West, it is also referred to as finger harp, gourd piano, thumb piano, etc. It is called'Kalimba' in Zimbabwe and Kenya,'Ikembe' in Rwanda,'Likembe' in Congo, and is also called'Sanza' and'Sansa'. .

Hereinafter, the structure of the kalimba will be described with reference to FIGS. 1 and 2.

1 is a perspective view showing the front side of the kalimba, and FIG. 2 is a perspective view showing the rear side of the kalimba.

1 and 2, the kalimbar includes a body 10, a nut 11 positioned to extend in one direction on the front surface of the body 10, and a nut 11 in a direction parallel to the nut 11. The saddle 12 positioned to be spaced apart, the nut cylinder 13 positioned above the saddle 12, the vibration bar 14 positioned between the nut 11 and the saddle 12 and fixed to the body 10, vibration Includes a plurality of keys 15 fixed to the bar 14, a front sound hole 17 formed on the front of the body 10, and a rear sound hole 18 formed on the rear of the body 10 do.

The body 10 serves to create a resonant sound. The body 10 may have a substantially hexahedral shape, and the interior of the body 10 is empty. The body 10 may be made of a characteristic acoustic wood such as mahogany, core, maple, walnut, and rosewood. At this time, a difference in tone and design of the kalimba may occur depending on the type of sound tree.

The nut 11 and the saddle 12 serve to transmit the sound of the key 15 to the body without loss of sound. The nut 11 and the saddle 12 may be located on the upper side of the front surface of the body 10. The nut 11 and the saddle 12 may extend in a horizontal direction.

The nut cylinder 13 is positioned so as to extend in a direction parallel to the saddle 12 on the saddle 12. That is, the nut cylinder 13 may extend in the horizontal direction. The key 15 is positioned above the nut cylinder 13 and is spaced apart from the nut cylinder 13. When the key (15) is pressed, it makes a sound as it comes into contact with the nut cylinder (13).

The vibration bar 14 may be fixed to the body 10 using screws or the like. The vibration bar 14 is positioned between the nut 11 and the saddle 12 and may have a shape extending in a direction parallel to the nut 11 and the saddle 12.

The key 15 serves as a keyboard, and is generally composed of about 17 metal rods that produce different pitches. The lengths of the 17 keys 15 may be different, and the number of keys 15 may be changed. The shorter the key 15 is, the higher the pitch of the sound produced by the kalimba is, and the longer the key 15, the lower the pitch of the kalimba will be.

The front sound hole 17 and the rear sound hole 18 serve to output the sound inside the body 10 to the outside. The front sound hole 17 is a hole located on the lower side of the front surface of the body 10. The rear sound hole 18 is a hole located on the lower side of the rear surface of the body 10. Two rear sound holes 18 may be located on the rear surface of the body 10. The front sound hole 17 may have a larger size than the rear sound hole 18. By opening or closing the rear sound hole 18, the volume can be adjusted.

Hereinafter, a description of the playing method of the kalimba is as follows.

Using the thumb of both hands, you can play the kalimba by flicking the key 15 up or down. You can play both thumbs at the same time or alternately, so you can play not only chords, but also rhythm and melody at the same time. You can also wire the keyboard or attach a snail shell or bottle cap to the soundbox to create a buzzing sound.

Hereinafter, sheet music for playing Kalimba will be described with reference to FIG. 3.

Figure 3 is a view showing the Kalimba sheet music according to the prior art.

As shown in Fig. 3, the Kalimba score according to the prior art shows the shape of the 17 keys of the Kalimba, and the bars are divided by dotted lines on them, and the keys corresponding to the notes to be played in each bar are circled. It is indicated by marking the point of. However, since the Kalimba has about 17 keys and the spacing between these keys is narrow, there is a problem that it is not possible to recognize at a glance which key is indicated by a dot.

The upper sheet music of FIG. 3 is a sheet music for playing a melody, and the bottom sheet music is a sheet music for playing a chord. In order to play a chord like the lower score of FIG. 3, there is a problem that the score becomes more complicated.

The embodiments relate to a kalimba sheet music capable of recognizing the position of a key at a glance when playing a kalimba, a method for producing the same, and an apparatus for producing the same. In particular, it relates to a Kalimba sheet music, a production method thereof, and a production apparatus for the Kalimba sheet music, which enables a music major, etc., who are familiar with the music score to play Kalimba easily.

Kalimba sheet music according to an embodiment includes a staff score sheet in which notes are displayed on the staff score sheet, and a position indicating score including a mark indicating a position of a key of a Kalimba corresponding to the note of the staff score sheet, and the mark Includes a position display unit indicating the position of the Kalimba key by dividing it into a center, a left and a right, a scale display indicating a scale indicated by the note, and an octave display indicating an octave indicated by the note.

The location display unit may be classified into at least one of a shape and a color. The location display unit includes at least one of a first shape corresponding to a central portion of the kalimba key, a second shape corresponding to a left portion of the kalimba key, and a third shape corresponding to a right portion of the kalimba key. And, the first shape is made of a rhombus, the second shape and the third shape are made of a triangle, the base of the second shape extends in a vertical direction, and the apex angle of the second shape is the second It is located on the left side of the bottom side of the shape, the bottom side of the third shape extends in a vertical direction, and the apex angle of the third shape may be located on the right side of the bottom side of the third shape.

The position display unit includes at least one of a first color corresponding to a central portion of the kalimba key, a second color corresponding to a left portion of the kalimba key, and a third color corresponding to a right portion of the kalimba key. can do.

The scale display unit may be divided into at least one of a numeric scale, an English scale, and a Korean scale.

The octave display unit may be classified by the presence or absence of a mark and the number of the mark.

The mark may be located on the lower or upper side of the note.

The method for producing Kalimba score according to an embodiment includes the steps of inputting a staff score including a note, generating a mark indicating the position of a key of a kalimba corresponding to the note of the staff score, and the mark And recording so as to be adjacent to the note of the stave score, wherein the mark indicates a position indicating the position of the kalimba key by dividing the position into a center part, a left part, and a right part, a scale display part indicating the scale indicated by the note, and the note And an octave display unit indicating the indicated octave.

The location display unit is divided into at least one of a shape and a color, the scale display unit is divided into at least one of a numeric scale, an English scale, and a Korean scale, and the octave display unit can be divided by the presence or absence of a mark and the number of the marks. have.

According to an exemplary embodiment, the apparatus for producing a kalimba score includes a staff member receiving a staff score that receives a staff score including a note, a mark generation part that generates a mark indicating the position of a key of a kalimba corresponding to the note of the staff score, and And an output unit for recording the mark so as to be adjacent to the note of the staff score, wherein the mark is a position display unit indicating a position of the kalimba key by dividing the position into a center, a left unit and a right unit, a scale display unit indicating a scale indicated by the note, And an octave display unit indicating an octave indicated by the note.

According to embodiments, the Kalimba score includes a position indicating score including a position of the Kalimba key, a scale, and a mark indicating an octave together with the score, so that a person familiar with the score may easily play the Kalimba.

1 is a perspective view showing the front of a kalimba.
2 is a perspective view showing the rear surface of the kalimba.
Figure 3 is a view showing the Kalimba sheet music according to the prior art.
4 is a view showing an example of Kalimba score according to an embodiment.
FIG. 5 is a view showing each mark of a score indicating a position of a Kalimba score according to an exemplary embodiment in correspondence with a key of the Kalimba.
6 is a view showing a mark of a score indicating a position of a Kalimba score according to an embodiment.
7 is a view showing an example of Kalimba score according to an embodiment.
8 is a view showing a score indicating the location of the score in Kalimba according to an embodiment.
9 is a view showing an example of Kalimba score according to an embodiment.
10 is a flow chart showing a method of manufacturing a Kalimba score according to an embodiment.
11 is a flow chart showing an apparatus for producing Kalimba score according to an embodiment.

Hereinafter, various embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those of ordinary skill in the art may easily implement the present invention. The present invention may be implemented in various different forms and is not limited to the embodiments described herein.

In order to clearly describe the present invention, parts irrelevant to the description have been omitted, and the same reference numerals are attached to the same or similar components throughout the specification.

In addition, throughout the specification, when a certain part "includes" a certain component, it means that other components may be further included rather than excluding other components unless otherwise stated.

First, the Kalimba sheet music according to an embodiment will be described with reference to FIGS. 4 to 6 as follows.

FIG. 4 is a view showing an example of a Kalimba score according to an embodiment, and FIG. 5 is a view showing each mark of a Kalimba score according to an embodiment corresponding to a key of Kalimba, and FIG. 6 Is a view showing any one mark of the score indicating the position of the score of Kalimba according to an embodiment.

As shown in FIG. 4, the Kalimba sheet music according to an embodiment includes a staff score FS and a position indicating sheet LS that are arranged side by side adjacent to each other.

The staff score FS is made in a form in which the notes 210 are displayed on the staff 200. On the staff 200, not only the note 210, but also various symbols such as rests, beats, and retracements may be displayed.

The position indication sheet music LS may be located below the staff score FS. However, this is only an example, and the location of the location score LS may be variously changed. For example, the position indication score LS may be located above the staff score FS.

The position indication score LS includes a mark 100 indicating the position of the key 150 of the kalimba corresponding to the note 210 of the staff score FS. Since the mark 100 is located corresponding to each note 210, the number of marks 100 in one sheet music may be substantially the same as the number of notes 210. The mark 100 may be positioned adjacent to the note 210. The mark 100 may be located under the note 210. However, this is only an example, and the position of the mark 100 may be variously changed. For example, the mark 100 may be located above the note 210.

5 and 6, one mark 100 may correspond to one key 150 of a kalimba.

The mark 100 is a position display unit 102 that divides the position of the key 150 of the kalimba into a central part 151, a left part 152, and a right part 153, and indicates the scale indicated by the note 210. And a scale display unit 104 and an octave display unit 106 indicating an octave indicated by the note 210.

The key 150 of the kalimba is a central portion 151 arranged in a vertical direction in the center of the kalimba, a left portion 152 arranged in a vertical direction on the left side of the central portion 151, and a right side of the central portion 151. It may include a right portion 153 disposed in a vertical direction. That is, the key 150 of the Kalimba may be divided into a central portion 151, a left portion 152, and a right portion 153 according to the position thereof. The position indicator 102 of the mark 100 may display different shapes or different colors according to the position of the key 150 of the kalimba corresponding to the note 210. That is, the location display unit 102 may be classified into at least one of a shape and a color. When the position of the key 150 of the kalimba corresponds to the central part 151, the position indicator 102 may be formed in a first shape, and when the position of the key 150 of the kalimba corresponds to the left part 152 The position display unit 102 may have a second shape, and when the position of the key 150 of the kalimba corresponds to the right side 153, the position display unit 102 may have a third shape. In this case, the first shape, the second shape, and the third shape may be different from each other. In addition, when the position of the key 150 of the kalimba corresponds to the central part 151, the position indicator 102 may be filled with a first color, and the position of the key 150 of the kalimba corresponds to the left part 152 In this case, the position display unit 102 may be filled with a second color, and when the position of the key 150 of the kalimba corresponds to the right side 153, the position display unit 102 may be filled with a third color. In this case, the first color, the second color, and the third color may be different from each other.

For example, when the position of the key 150 of the kalimba corresponds to the central part 151, the position display part 102 may be made of a rhombus and may be black. In addition, when the position of the key 150 of the Kalimba corresponds to the left part 152, the position display part 102 has a base extending in a vertical direction, and a vertex angle is made of a triangle located on the left side of the base, and the blue color is displayed. Can be indicated. In addition, when the position of the key 150 of the Kalimba corresponds to the right side 153, the position display unit 102 has a base extending in a vertical direction, and a vertex angle is made of a triangle located on the right side of the base, and is colored red. Can represent.

In the present embodiment, it has been described that the location display unit 102 has different shapes and colors depending on the location of the key 150 of the kalimba, but is not limited thereto. The location display unit 102 may have a different shape and the same color depending on the location of the key 150 of the kalimba. In addition, the location display unit 102 may have a different color and the same shape depending on the location of the key 150 of the kalimba.

In the present embodiment, the shape of the location display unit 102 has been described as being divided into a rhombus and a triangle, but is not limited thereto. The shape of the location display unit 102 can be classified in various ways. The shape of the location display unit 102 may have various shapes such as a triangle, a square, an arrow, a pentagon, and a circle.

In the present embodiment, the color of the location display unit 102 has been described as being divided into black, blue, and red, but is not limited thereto. Colors of the location display unit 102 may be classified in various ways. For example, the color of the location display unit 102 may be divided into yellow, yellow green, and pink colors.

The scale display unit 104 of the mark 100 represents a scale corresponding to the note 210. The scale display unit 104 may be located inside the position display unit 102. However, this is only an example, and the position of the scale display unit 104 may be variously changed. The scale display unit 104 may be located on the right or lower side of the position display unit 102.

The scale can be composed of Do, Le, Mi, Pa, Sol, La, and Poetry. The central part 151 of the key 150 of the kalimba may produce a sound of a degree scale. The key 150 positioned directly to the left of the central part 151 may produce a sound of a level scale. The key 150 positioned directly to the right of the central part 151 may produce a sound of an American scale. In this way, one scale can be increased by alternating left and right.

The scale display unit 104 of the mark 100 may be represented by a predetermined symbol corresponding to the scale of the key 150 of the kalimba. For example, the scale display unit 104 may represent the number 1 corresponding to the degree scale, the scale display unit 104 may represent the number 2 corresponding to the level scale, and the scale display unit 104 corresponds to the US scale. May represent the number 3, and the scale display unit 104 may represent the number 4 corresponding to the wave scale. Corresponding to the sol scale, the scale display unit 104 can represent the number 5, the scale display unit 104 can represent the number 6 corresponding to the Ra scale, and the scale display unit 104 represents the number 7 corresponding to the poetry scale. Can be indicated. That is, the scale display unit 104 may include at least one of 1,2,3,4,5,6, and 7. However, it is only one example that the scale display unit 104 corresponding to the scale display unit 104 corresponding to the scale display unit 104 is represented by a number of 1 to 7, and the numbers constituting the scale display unit 104 can be variously changed.

In the present embodiment, the scale display unit 104 has been described as being displayed as a numeric scale, but the present invention is not limited thereto. For example, the scale display unit 104 may be represented by an English scale, a Korean scale, or the like. That is, the scale display unit 104 may be formed of an American scale including at least one of C, D, E, F, G, A, and B. In addition, the scale bush part 104 may be made of an Italian scale including at least one of Do, Re, Mi, Pa, Sol, La, and Poetry. In addition, the scale display unit 104 may be made of a Korean-style scale including at least one of Da, Ra, Ma, Bar, Sa, Ga, and Na.

The octave display unit 106 of the mark 100 may be represented by a predetermined symbol corresponding to the octave indicated by the note 210. The octave display unit 106 may be positioned above the position display unit 102. However, this is only an example, and the octave display unit 106 may be located on the right or lower side of the position display unit 102.

The octave display unit 106 may be classified by the presence or absence of a mark and the number of marks. For example, a case without a mark can represent 1 octave, a case with 1 mark can represent 2 octaves higher than 1 octave, and a case with 2 marks can represent 3 octaves higher than 2 octaves. have. However, this is only an example, and the octave display unit 106 may be divided only by the number of marks. For example, a case with one marker may represent 1 octave, a case with 2 markers may represent 2 octaves higher than 1 octave, and a case with 3 markers may represent 3 octaves higher than 2 octaves. I can.

Marks constituting the octave display unit 106 may be made of dots. That is, the octave display unit 106 may be divided into a case where there is no point, a case where there is one point, and a case where there are two points. However, this is only an example, and the mark constituting the octave display unit 106 may be formed of a star, a polygon, or the like.

In the case of a piano, the keys are arranged in a form that starts from the left and increases by one scale toward the right. That is, the keyboards are arranged in order from the degree scale to the poetry scale. In the case of Kalimba, the keys 150 are not arranged in order from the left to the right from the degree scale to the poetry scale. The keys 150 of Kalimba are alternately arranged left and right from the center. Therefore, it is difficult to recognize which musical scale the key 150 is located on the left or on the right. In addition, in 1 octave, the key 150 corresponding to the lev scale is located on the left side, and the key 150 corresponding to the U scale scale is located on the right, but in 2 octaves, the key 150 corresponding to the lev scale is located on the right. And a key 150 corresponding to the US scale is located on the left. Therefore, it is more difficult to recognize which scale the key 150 is located on the left or on the right.

In this embodiment, the position of the key 150 of the kalimba corresponding to the note 210 can be recognized at a glance through the mark 100, thereby facilitating the playing of the kalimba. That is, where the key 150 corresponding to the note 210 is located among the central part 151, the left part 152, and the right part 153 is easily recognized through the shape and/or color through the position display part 102 can do. In addition, the scale can be easily recognized through the scale display unit 104 and the octave can be easily recognized through the octave display unit 106.

In the above, when the height of the Kalimba is 17, the Kalimba sheet music according to an embodiment has been described, but the present invention is not limited thereto. The number of keys of the Kalimba may be variously changed, and accordingly, the number of distinguishing marks of the Kalimba sheet music may also be variously changed.

Next, an example of Kalimba score according to an embodiment will be described with reference to FIG. 7.

7 is a view showing an example of Kalimba score according to an embodiment.

As shown in FIG. 7, the Kalimba sheet music includes a staff score FS and a position indication sheet LS. The staff score FS is made in a form in which the notes 210 are displayed on the staff 200. Looking at the scale of the note 210 displayed on the first 4 bars of the staff score (FS), it represents the 1 octave <Dodosolsol Larasol Papamimi Reedo>. The position indication score LS includes a mark 100 indicating the position of the key 150 of the kalimba corresponding to the note 210 of the staff score FS. Looking at the first 4 bars of the position indication score LS, the scale display unit 104 denotes <1155 665 4433 221>. When the scale display unit 104 represents 1, the position display unit 102 may be formed of a rhombus. At this time, the location display unit 102 may be black. When the scale display unit 104 indicates 2, 4, and 5, the position display unit 102 may have a bottom side extending in a vertical direction and a vertex angle of a triangle positioned on the left side of the base side. At this time, it may be made in blue. When the scale display unit 104 indicates 3 and 5, the position display unit 102 may have a bottom side extending in a vertical direction and a vertex angle of a triangle positioned on the right side of the base side. In this case, the location display unit 102 may be colored red. At this time, there is no mark on the octave display unit 106.

Looking at the scale of the note 210 displayed on the next four bars of the staff score (FS), it represents the 1 octave <Solsol Papa Mimire SolsolPapa Mimire>. Looking at the position indicating score LS corresponding thereto, the scale display unit 104 denotes <5544 332 5544 332>. When the scale display unit 104 indicates 2 and 4, the position display unit 102 may have a base extending in a vertical direction, and a vertex angle may be formed of a triangle located on the left side of the base. At this time, it may be made in blue. When the scale display unit 104 indicates 3 and 5, the position display unit 102 may have a bottom side extending in a vertical direction and a vertex angle of a triangle positioned on the right side of the base side. In this case, the location display unit 102 may be colored red. At this time, there is no mark on the octave display unit 106.

Looking at the scale of the note 210 displayed on the last 4 bars of the staff score (FS), it represents the 1 octave <Dodosolsol Larasol Papamimi Reedo>. Looking at the position indicating score LS corresponding to this, the scale display unit 104 denotes <1155 665 4433 221>. When the scale display unit 104 represents 1, the position display unit 102 may be formed of a rhombus. At this time, the location display unit 102 may be black. When the scale display unit 104 indicates 2, 4, and 5, the position display unit 102 may have a bottom side extending in a vertical direction and a vertex angle of a triangle positioned on the left side of the base side. At this time, it may be made in blue. When the scale display unit 104 indicates 3 and 5, the position display unit 102 may have a bottom side extending in a vertical direction and a vertex angle of a triangle positioned on the right side of the base side. In this case, the location display unit 102 may be colored red. At this time, there is no mark on the octave display unit 106.

In the above, the case where the Kalimba sheet music according to an embodiment displays a melody has been described. Kalimba sheet music according to an embodiment may display not only a melody but also a chord. Hereinafter, a case where the Kalimba sheet music according to an embodiment displays chords will be described with reference to FIG. 8.

8 is a view showing a score indicating the location of the score in Kalimba according to an embodiment.

As shown in FIG. 8, the mark 100 of the position display score LS may include two or more position display units 102. Looking at the first mark 100, the left side of the position display unit 102 extends in a vertical direction, and the apex angle is formed of a triangle positioned on the left side of the bottom side, and may be formed in a blue color. The right side of the position display unit 102 has a bottom side extending in a vertical direction, and a vertex angle is formed of a triangle positioned on the right side of the bottom side, and may be colored red. The size of the left position display unit 102 and the right position display unit 102 may be different. For example, the size of the position display unit 102 on the left may be larger than the size of the position display unit 102 on the right. The scale display unit 104 located in the left position display unit 102 denotes the number 2. The scale display unit 104 located in the right position display unit 102 represents the number 5. The octave display unit 106 positioned above the left position display unit 102 represents a mark composed of two dots. There is no mark on the octave display unit 106 positioned above the position display unit 102 on the right. The first mark 100 represents a chord including a 3 octave les scale and a 1 octave sol scale.

Looking at the second mark 100, the left side of the position display unit 102 extends in a vertical direction, and the apex angle is formed of a triangle positioned on the left side of the base, and may be blue. The right side of the position display unit 102 has a bottom side extending in a vertical direction, and a vertex angle is formed of a triangle positioned on the right side of the bottom side, and may be colored red. The size of the left position display unit 102 and the right position display unit 102 may be different. For example, the size of the position display unit 102 on the left may be larger than the size of the position display unit 102 on the right. The scale display unit 104 located in the left position display unit 102 denotes the number 7. The scale display unit 104 located in the right position display unit 102 represents the number 2. The octave display unit 106 positioned above the left position display unit 102 represents a mark made of one dot. The octave display unit 106 positioned above the position display unit 102 on the right represents a mark made of one dot. This second mark 100 represents a chord including a poetry scale of 2 octaves and a les scale of 2 octaves.

Similarly, the third mark 100 may represent a chord including a 2 octave sol scale and a 1 octave poetry scale. The fourth mark 100 may represent a chord including a 2 octave fine scale and a 1 octave sol scale. The fifth mark 100 may represent a chord including a 2-octave degree scale, a wave scale, and a ra scale. The sixth mark 100 may represent a chord including one octave of a Les scale, a wave scale, and a Ra scale. The seventh mark 100 may represent a chord including a 1 octave les scale and a wave scale. The eighth mark 100 may represent a chord including a 1 octave degree scale and a micro scale. The ninth mark 100 may represent a chord including a 1 octave degree scale, a micro scale, and a sol scale. The tenth mark 100 may represent a chord including a 1 octave micro scale, a sol scale, and a poetry scale. The eleventh mark 100 may represent a chord including a 2 octave les scale, a sol scale, and a poetry scale. The twelfth mark 100 may represent a chord including a 1 octave res scale and a 2 octave wave scale. The thirteenth mark 100 may represent a chord including a 1 octave wave scale and a 2 octave Ra scale. The fourteenth mark 100 may represent a chord including a 1 octave Ra scale and a 3 octave degree scale. The fifteenth mark 100 may represent a chord including a 1 octave Ra scale, a 3 octave degree scale, and a 3 octave micro scale.

In the case of chords, it may be more difficult to find the position of the key 150 of Kalimba compared to the melody. In this embodiment, even when playing a chord, the position of the Kalimba key 150 corresponding to the note 210 can be recognized at a glance through the mark 100 of the position indicating score LS. Can be made easier.

Next, an example of a case where the Kalimba sheet music according to an embodiment displays chords will be described with reference to FIG. 9.

9 is a view showing an example of Kalimba score according to an embodiment.

As shown in FIG. 9, the Kalimba sheet music includes a staff score FS and a position indication sheet LS. The staff score FS is made in a form in which the notes 210 are displayed on the staff 200. In the staff score FS of the first bar, the third and fourth notes 210 represent chords. The third and fourth notes 210 represent chords including a 1 octave degree scale, a micro scale, and a sol scale. The mark 100 of the position indication score LS corresponding thereto includes a position display unit 102 made of a triangle whose base extends in a vertical direction and a vertex angle is located on the right side of the base. The location display unit 102 is colored red. In addition, the scale display unit 104 located in the position display unit 102 includes numbers 1, 3, and 5. There is no mark on the octave display unit 106.

Next, in the staff score (FS) of the second bar, the first and second notes 210 represent chords including a 1 octave scale, a wave scale, and a ra scale. The mark 100 of the position indication score LS corresponding thereto includes a position display unit 102 made of a triangle whose base extends in a vertical direction and a vertex angle is located on the left side of the base. The position display unit 102 is made of blue color. In addition, the scale display unit 104 located in the position display unit 102 includes numbers 2, 4, and 6. There is no mark on the octave display unit 106.

Next, in the staff score (FS) of the third bar, the first and second notes 210 represent chords including a 1 octave scale and a wave scale. The mark 100 of the position indication score LS corresponding thereto includes a position display unit 102 made of a triangle whose base extends in a vertical direction and a vertex angle is located on the left side of the base. The position display unit 102 is made of blue color. In addition, the scale display unit 104 located in the position display unit 102 includes numbers 2 and 4. There is no mark on the octave display unit 106.

Next, in the staff score FS of the third bar, the third and fourth notes 210 represent chords including a 1 octave degree scale and a sub scale. The mark 100 of the position indication score LS corresponding thereto includes a position display unit 102 made of a triangle whose base extends in a vertical direction and a vertex angle is located on the right side of the base. The location display unit 102 is colored red. In addition, the scale display unit 104 located in the position display unit 102 includes numbers 1 and 3. There is no mark on the octave display unit 106.

Next, a description will be given of a method of producing Kalimba score according to an embodiment with reference to FIG. 10. Reference is also made to FIG. 4 to explain an example of a method for producing a Kalimba score.

10 is a flow chart showing a method of manufacturing a Kalimba score according to an embodiment.

As shown in FIG. 10, first, a staff score including notes is input (S110). For example, you can input a staff score consisting of a scale of <Dore Dore/Redo Dore Mimi/Dore Dore/Redo Dore Mi Do>.

Subsequently, a mark indicating the position of the key of the kalimba corresponding to the note of the staff score is generated (S120). The mark may include a position display unit indicating the position of the Kalimba key by dividing the position into a center part, a left part, and a right part, a scale display unit indicating a scale indicated by a note, and an octave display unit indicating an octave indicated by the note.

For example, the mark indicating the position of the key of the kalimba corresponding to the scale of 1 octave is formed in a rhombus shape, the inside of it is filled in black, the number 1 is written, and the dot may not be displayed. . In addition, the mark indicating the position of the key of the kalimba corresponding to the scale of 1 octave is extended in the vertical direction, the vertex angle is made of a triangle located on the left side of the base, and the inside is filled in blue. The number 2 is listed, and the dot may not be displayed. In addition, the mark indicating the position of the key of the Kalimba corresponding to the 1 octave scale is made of a triangle whose base extends in the vertical direction, and the vertex angle is made of a triangle located on the right side of the base, and the inside is filled with red. The number 3 is listed, and the dot may not be displayed.

Then, the generated mark is recorded so as to be adjacent to the note of the staff score (S130). At this time, the mark may be recorded at the bottom or top of the note.

For example, a mark indicating the position of a key of a kalimba corresponding to a previously generated one-octave scale may be recorded under a note indicating a one-octave scale. In addition, a mark indicating the position of the key of the Kalimba corresponding to the previously generated 1 octave les scale may be recorded under the note representing the 1 octave les scale. In addition, a mark indicating the position of the key of the Kalimba corresponding to the previously generated 1-octave US scale may be recorded under the note representing the 1-octave US scale.

Next, an apparatus for producing Kalimba score according to an embodiment will be described with reference to FIG. 11. Referring to FIG. 4 together to describe an example of the Kalimba score produced by the Kalimba score production apparatus.

11 is a flow chart showing an apparatus for producing Kalimba score according to an embodiment.

As shown in FIG. 11, the apparatus for producing Kalimba score may include a staff score receiving unit 310, a mark generating unit 320, and an output unit 330.

The staff score receiving unit 310 receives a staff score including musical notes. For example, a staff score composed of a scale of <Dore Dore/Redo Dore Mimi/Dore Dore/Redo Dore Mi Do> can be input.

The mark generation unit 320 receives information on the scale of the notes described in the staff score from the staff score receiving unit 310 and generates a mark indicating the position of a key of a kalimba corresponding to the score. The mark may include a position display unit indicating the position of the Kalimba key by dividing the position into a center part, a left part, and a right part, a scale display unit indicating a scale indicated by a note, and an octave display unit indicating an octave indicated by the note.

For example, it is formed in a rhombus shape to indicate the position of the key of the kalimba corresponding to the scale of 1 octave, the inside is filled in black, the number 1 is written, and the dot creates a mark that is not marked. can do. In addition, the base extends vertically to indicate the position of the key of the kalimba corresponding to the scale of 1 octave, and the vertex angle is made of a triangle located on the left side of the base, and the inside is filled in blue, and the number 2 is described, and dots can create unmarked marks. In addition, the base extends in the vertical direction to indicate the position of the key of the kalimba corresponding to the 1 octave scale, and the vertex angle is made of a triangle located on the right side of the base, and the inside is filled in red, and the number 3 is described, and dots can create unmarked marks.

The output unit 330 records the mark generated by the mark generation unit 320 so as to be adjacent to the notes of the staff score. At this time, the mark may be recorded at the bottom or top of the note.

For example, a mark indicating the position of a key of a kalimba corresponding to a previously generated one-octave scale may be recorded under a note indicating a one-octave scale. In addition, a mark indicating the position of the key of the Kalimba corresponding to the previously generated 1 octave les scale may be recorded under the note representing the 1 octave les scale. In addition, a mark indicating the position of the key of the Kalimba corresponding to the previously generated 1-octave US scale may be recorded under the note representing the 1-octave US scale.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concept of the present invention defined in the following claims are also present. It belongs to the scope of rights of

10: body
11: nut
12: nut cylinder
15, 150: key
100: mark
102: position display unit
104: scale display unit
106: octave display
151: central part of the key
152: left side of the key
153: right side of the key
200: Oh Seonji
210: staff score receiving unit
220: mark generation unit
230: output
FS: Staff score
LS: Position indicator sheet music

Claims (10)

Staff score with notes marked on the staff, and
And a position indicating score including a mark indicating a position of a key of a kalimba corresponding to the note of the staff score,
The above mark is
A position display unit that divides the position of the kalimba key into a central part, a left part, and a right part,
A scale display unit indicating a scale indicated by the note, and
Kalimba sheet music including an octave display unit indicating an octave represented by the note. In claim 1,
Kalimba sheet music, wherein the location indicator is divided into at least one of a shape and a color. In paragraph 2,
The location display unit
A first shape corresponding to the central portion of the kalimba key,
A second shape corresponding to the left side of the kalimba key, and
Including at least any one of the third shape corresponding to the right portion of the kalimba key,
The first shape is made of a rhombus,
The second shape and the third shape are made of a triangle,
The base of the second shape extends in a vertical direction, and the apex angle of the second shape is located on the left side of the base of the second shape,
The base of the third shape extends in a vertical direction, and the vertex angle of the third shape is located on the right side of the base of the third shape. In paragraph 2,
The location display unit
A first color corresponding to the central portion of the kalimba key,
A second color corresponding to the left portion of the kalimba key, and
Kalimba sheet music including at least one of the third colors corresponding to the right side of the Kalimba key. In claim 1,
The scale display unit is divided into at least one of a numeric scale, an English scale, and a Korean scale. In claim 1,
The octave display unit is a kalimba sheet music divided by the presence or absence of a mark and the number of the marks. In claim 1,
The mark is a kalimba sheet music located on the lower or upper side of the note. Inputting a staff score including musical notes,
Generating a mark indicating a position of a key of a kalimba corresponding to the note of the staff score, and
And recording the mark so as to be adjacent to the note of the staff score,
The above mark is
A position display unit that divides the position of the kalimba key into a central part, a left part, and a right part,
A scale display unit indicating a scale indicated by the note, and
Kalimba sheet music production method comprising an octave display unit indicating the octave indicated by the note. In clause 8,
The location display unit is divided into at least one of a shape and a color,
The scale display unit is divided into at least one of a numeric scale, an English scale, and a Korean scale,
The octave display unit is a kalimba sheet music production method that is divided by the presence or absence of a mark and the number of the marks. Staff score receiving unit that receives staff score including notes,
A mark generator for generating a mark indicating a position of a key of a kalimba corresponding to the note of the staff score, and
And an output unit for recording the mark so as to be adjacent to the note of the staff score,
The above mark is
A position display unit that divides the position of the kalimba key into a central part, a left part, and a right part,
A scale display unit indicating a scale indicated by the note, and
Kalimba sheet music production apparatus comprising an octave display unit indicating an octave represented by the note.

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