JPH0544152Y2 - - Google Patents

Description

[Detailed description of the invention] (Industrial field of application) This invention relates to musical score paper that can replace conventional music paper.

(Conventional Technology/Problems) Conventionally, music paper is usually used to represent music on paper. When the music sheet follows the treble clef, the E sound is displayed on the first line, and the F sound is displayed on the fifth line. Therefore, it is impossible to visualize the repetition of one octave of a musical scale on musical staff. Furthermore, sounds in areas beyond the staff were indicated using auxiliary lines (overlines, underlines), which required skill in reading musical scores.

Furthermore, although the musical score paper can display all C major scales at predetermined positions on the staff, other scales cannot be displayed without using sharps or flats. Moreover, the pitch difference between the E note displayed on the first line and the G note displayed on the second line is one and a half notes, whereas the pitch difference between the G note and the third note is one and a half notes.
The pitch difference from the B note displayed on the line is 2 notes.
As such, the display position of the note on the musical staff and the pitch difference do not match.

For this reason, it was extremely difficult to understand the differences in the sound of chords from the musical score.

(Means for solving the problem) This invention represents a musical note display section on a sheet by representing a plurality of parallel baselines at predetermined intervals and a center line parallel to the baselines in the center of the adjacent baselines, Musical score paper configured to display notes that differ by a semitone on the base line, on the center line, on two imaginary lines dividing the space between the base line and the center line into three equal parts, and between the four adjacent lines. It is.

The base line and the center line need to be distinguishable, and for this purpose, it is possible to color-code them or to represent the center line with a dotted line or a chain line. Furthermore, although it is possible to display one octave of sound with two baselines, it is practically preferable to have three or more baselines.

Note that it is within the technical scope of this invention even if the musical note display section is displayed on a synthetic resin sheet instead of on paper.

(Function of the device) In this device, two virtual lines are assumed to divide the distance between the base line and the center line into three equal parts, and the notes are displayed on each line and between the lines with a semitone difference.
An octave of notes is displayed between the baselines of the book. Therefore, the repetition of each octave of sound becomes visually apparent.

Also, since the notes are displayed with a semitone difference, the positional relationship of the notes on the score and the pitch difference match,
It becomes easier to understand chords, and all the notes represented on a conventional musical staff can be displayed by using sharps and flats in combination without using sharps or flats.

Examples of this invention will be described below based on the drawings.

(Example) A musical score paper of this invention is constructed by displaying a plurality of rows of musical note display sections 2 on a paper 1.

The musical note display section 1 has three base lines 3, 3a, and 3b shown parallel to each other at predetermined intervals, and center lines 4 and 4a shown parallel to each base line at the center of each base line. It is composed of a lower lower center line 4b and an upper center line 4c above the base line 3b, and each of the base lines 3, 3a, 3b is of a conspicuous color (for example, red),
Each center line is black. It is preferable that the lower center line and the upper center line are distinguished from other base lines and center lines (for example, by being of a different color, dotted lines, etc.).

One octave of sound is displayed between the baselines 3 and 3a. That is, on the baseline, on the center line,
A note with a semitone difference is displayed on two imaginary lines dividing the base line 3 and center line 4 into three equal parts (at the positions of auxiliary lines 8 and 9 in Figure 2) and between the four lines. Ru.

In the figure, 25 and 26 are vertical lines that indicate the position of the reference baseline when there are many baselines and make it easier to read the code. In particular, vertical line 25 corresponds to the conventional C clef etc. The vertical lines 26 are also used as bar divisions. A vertical line 26 is drawn between the base lines 3 and 3b to facilitate identification of the lower center line 4b and the upper center line 4c.

In the musical score paper of this embodiment, the note display section 2
A C note is usually displayed on each baseline.
That is, the musical note 5 displayed on the first baseline 3
The note 6 represented on the second base line 3a and the note 7 represented on the third base line 3b each represent a C note that is one octave apart.

Then, C# to B notes are displayed at predetermined positions dividing the base line into six equal parts, using auxiliary lines as necessary. That is, the pitch difference between the first base line and the first auxiliary line 8 is one tone, and the first auxiliary line 8 and the second auxiliary line 9, the second auxiliary line 9 and the center line 4, There is also a one-tone difference between the center line 4 and the third auxiliary line 10, between the third auxiliary line 10 and the fourth auxiliary line 11, and between the fourth auxiliary line 11 and the second base line 3a. Therefore, the notes represented by numerals 12 to 17 in the drawings represent the sounds D, E, F, G, A, and B, respectively, and the notes represented by numerals 18 to 22 represent the sounds C#, C#, and B, respectively. Each sound of D#, F#, G#, and A# is shown.

By displaying notes in this way, 1
Since the same note is displayed at the same position in relation to the base line, center line, and auxiliary line using an octave as a cycle, the musical score can be read easily and quickly. Moreover, by making the positional relationship between the musical notes and the musical note display parts relatively different and the same in the upper and lower directions, it is possible to easily perform key modulation. In addition, if necessary,
Since it is possible to further provide a baseline below the first baseline 3 or above the third baseline 3b, it is possible to display the sound in cycles of one octave, even for songs with a wide range. can.

Also, since the sound is displayed by dividing the baseline into 6 equal parts,
The positional relationship of notes on the musical score matches the pitch difference, and it is possible to easily understand the differences in the sound of chords on the musical score. All sounds can be displayed without using sharps or flats.

(Effects of the invention) According to this invention, it is possible to display one octave of notes every semitone between the base lines, making it extremely easy to read musical scores. Furthermore, all the notes can be displayed as the positions of the notes on the note display section, and there is little need to use auxiliary lines that protrude above and below. Furthermore, since the positional relationship of notes on the score and the actual pitch difference in chords match,
The sound of chords can be easily read from the musical score, and when educating children or teaching people who are unfamiliar with musical notation, it is possible to explain the sound of chords by corresponding to the musical notation. . .

Furthermore, by sliding the note display section and the note relatively up and down, it is possible to easily transpose the key.

[Brief explanation of the drawing]

FIG. 1 is a plan view of an embodiment of this invention, and FIG. 2 is a partially enlarged plan view showing the state of use. 1...Paper, 2...Musical note display section, 3, 3a, 3
b... Base line, 4, 4a... Center line.

Claims (1)

[Claims for Utility Model Registration] 1. A plurality of baselines drawn in parallel at predetermined intervals,
A musical note display section is displayed on the sheet, consisting of a center line parallel to the base line and in a manner that is distinguishable from the base line, in the center between adjacent base lines; A sheet of musical score paper configured to display notes that differ by a semitone on two imaginary lines dividing the space into three equal parts and between the four adjacent lines. 2. Musical score paper according to claim 1 of the claims for utility model registration, having three baselines. 3. Musical score paper according to claim 1 of the utility model registration claim, in which the baseline and center line are different.