JPS5829517B2 - Music recording and playback method using continuous sheets for music scores - Google Patents

Description

[Detailed Description of the Invention] The present invention allows you to record your favorite music or the music you have composed in the same manner as creating a musical score, and with a unique recording mechanism.

This invention relates to a method that allows easy playback and listening by using a playback mechanism.

Traditionally, when trying to listen to music, the only way to listen to music is to use instruments such as the piano or guitar to generate the notes of each scale, and then listen to the performance directly, or record the sounds and play them back at any time for enjoyment. , there was no other option.

In view of these points, the present invention attempts to obtain a third reproduced sound generation method, in which a magnetic sound piece obtained by cutting a magnetic tape, etc. This is a method in which magnetic music sheets are formed by pasting or other means on a continuous sheet, these magnetic musical notes are recorded by a recording magnetic head that matches the scale, and the continuous sheet for musical notes obtained in this way is applied to a playback mechanism to listen to music. This allows you to enjoy the reproduced sound even if you don't have an instrument or can't play it, and it also allows composers to listen to the music as soon as they compose it in musical notation, modify it, or arrange it. It is designed to be easy to perform such tasks, and can also be used for music education for beginners and students.

The present invention will be described in detail with reference to the drawings. In the device illustrated in FIG. 2, a continuous musical score sheet 3 wound between a first reel 1 and a second reel 2 can run freely on an electric circuit section 4, and a musical score sheet 3 on a winding section 4 can be freely runnable. sandwiching the continuous sheet 3,
The recording section 5 and the playback section 6 are spaced apart from each other by an appropriate distance in the longitudinal direction of the sheet 3.

It is temporarily installed.

As clearly shown in FIG. 2, this recording section 5 is formed by a desired number of recording magnetic heads 7゜7', 7'', etc. arranged in a row at a predetermined interval in the width direction of the continuous musical sheet 3 Each of these heads 7.7',
7" are recorded with continuous sounds of a single scale using electronic music, onomatopoeia, etc., and of course the scales stored in these recording magnetic heads 7, 7', 7", etc. They are arranged in the order of the scale of the music score.

On the other hand, it is preferable to use the continuous sheet 3 for musical scores as shown in Figs. By forming the grooves 9, 9' in parallel, the recording magnetic heads 7, 7 are formed between the grooves 9, 9', .
',? 10゜10'... is a protrusion that slides into contact with...
is provided protrudingly, and a tone dividing line 11.1 is provided perpendicularly to the longitudinal direction.
1'... are printed or displayed at predetermined intervals.

Also, the above-mentioned reproduction section 6, like the recording section 5, has a magnetic recording section 7, 7'7"... and a reproducing magnet arranged on the same line in the longitudinal direction. 12.1
2', 12", . . . , but these may be reproduced by a single reproducing magnetic head.

Now, in the present invention, it is preferable to prepare a magnetic tape 13 in advance as shown in FIG. 5, and use it by pulling it out from the winding frame 14. Adhesive layer 1
6. Film 17. The magnetic layer 18 is laminated.

Therefore, by using the above-mentioned devices and articles, firstly, based on the music to be reproduced, the magnetic tape 13 is cut and the release paper 15 is peeled off at the corresponding appropriate position on the continuous music sheet 3. do.

The magnetic music piece 1 is pasted with the adhesive layer 16 or written on the same sheet 3 with magnetic ink prepared separately.
9.19', 19", etc. are formed.

Then, the magnetic sound pieces 19, 19', 19'', etc. are formed in the groove strip 9 as shown in FIG. It is desirable to have one.

At this time, the magnetic tape 13 is
If you use different colors for C and C scales, you won't have to paste the wrong scale positions.

Also, as shown in Figure 2, magnetic music pieces 19.19', 19".
When cutting and forming ..., the pitch (frequency) of the sound is determined depending on the type of magnetic tape 13 prepared in advance, but the length, loudness, and softness (width) of the sound are determined. This can be changed depending on the size and shape of the cut.

Next, in this way, magnetic music piece 19.19'19"...
・After forming the musical score continuous sheet 3, the first .
As shown in Figure 2, the first. Arrow A by second reel 1°2
This magnetic music piece 19.19', 19
"..." is passed through recording magnetic heads 7, 7', 7", which hold continuous notes of a single scale corresponding to this, and is magnetized to the corresponding note by the magnetic signal emitted from the head. Let it happen.

At this time, as shown in FIG. 4, the recording magnetic head 7.
7',? "..." presses the tips of the protrusions 10, 10'... magnetic music pieces 19, 19', 19"...
Therefore, the same heads 7 and 7' come into sliding contact.

7"... directly collides with the magnetic music pieces 19, 19', 19"..., and there is no problem such as peeling off or displacing them.

Now, the magnetic music pieces 19 properly arranged in this way,
19', 19"... are magnetized to a predetermined scale, the continuous music sheet 3 is rewound' and sent out again in the direction of arrow A. This time, when the playback unit 6 is operated, the playback sound is produced. You will be able to listen to

Since the present invention can be implemented as described above, a composer can form a magnetic music piece while composing, and even in school education, the magnetic music piece can be formed correctly according to the musical score. You can practice, magnetize it according to the scale, and just play it to listen to the music you want, so you can enjoy the music quickly even without an instrument, and by listening to it, you can listen to the music you created. It is now possible to reliably detect errors in music through hearing, and it contains many contents that can be used from both a compositional and educational perspective.

[Brief explanation of drawings]

Fig. 1 is an explanatory front view of the device used to carry out the method according to the present invention, Fig. 2 is an explanatory plan view of the same, Fig. 3 is a plan view of a continuous musical score sheet loaded into the device and used, and Fig. 4 5 is an enlarged cross-sectional side view showing the state in which the sheet is used, and FIG. 5A is a side view of the magnetic tape used to implement the same method. 3...Continuous sheet for music score, 6...Playback section, 7゜7', 7''...Magnetic head for recording, 1
2, 12'... Magnetic head for reproduction, 13...
...magnetic tape, 19°19', 19"...
Magnetic music piece.

Claims (1)

[Claims] 1. Based on the music to be played, form a magnetic musical notation piece by pasting a cut piece of unrecorded magnetic tape or writing with magnetic ink at the appropriate position on a prepared continuous sheet for musical notation. After magnetizing the magnetic music piece of the continuous sheet for music with a recording magnetic head that has a magnetizing effect on a single scale corresponding to the musical scale, from this continuous sheet for music music, a reproducing unit having a magnetic head for reproduction performs the above-mentioned music. A music recording and playback method using a continuous sheet for musical scores, characterized in that the sound of the music is obtained.