KR200179936Y1 - A keyboard for keyboard musical instruments - Google Patents

Abstract

According to the present invention, in the keyboard musical instrument, a sound recognition layer and a semitone recognition layer having a specific color are formed on the upper side of the keyboard to correspond one-to-one with each key so that children can easily recognize the sound. It is about one keyboard device.

Description

Keyboard device for keyboard musical instrument {A KEYBOARD FOR KEYBOARD MUSICAL INSTRUMENTS}

The present invention forms a recognition layer having a specific color so that the keyboard and one-to-one correspond to the keyboard on the upper surface of the keyboard musical instruments in which keys are formed in a certain shape, such as a piano and an organ. As described in more detail as a keyboard device for a keyboard instrument so that it can be easily recognized, characterized in that to form a sound recognition layer and a semitone recognition layer having a specific color on the upper side of the white keyboard and the black keyboard of the keyboard instrument do.

In general known keyboards, a piano that generates sound by hammering a plurality of strings elastically coupled to a frame in a tension state when the keyboard is quenched, generates a sound, and a switch is provided at the lower side of the keyboard. It is widely used in organs that generate sound by vibrating pipes or vibrating bodies by digital piano and air which generate sound through speaker by operating sound source chip connected to switch when switch is operated. It is composed of a white key and a black key that embodies rounding or falling sounds.

As shown in FIG. 1, a conventional keyboard apparatus related to this technique includes seven white keys 110 for implementing respective scales and five for raising and lowering colors, as shown in FIG. 1. Implementing one octave as the black keyboard 120, in the case of a general keyboard musical instrument 88 keys are arranged in a certain form to implement the tone of the seven octaves, to be driven integrally during the quench of the keyboard (110, 120) It is composed of a string, vibrating body, and sound source chip to implement each tone.

However, the keyboard instrument as described above, so that the user can see the score of each scale is displayed so that the user composes a song on the line, and each key 110, 120 to match the note to implement each tone As a result, the user who cannot understand or interpret the score can not use the keyboard instrument but also has the disadvantage that only a user who invests a certain time can play the keyboard instrument and cannot play a song or song in a short time.

The present invention is to improve the various conventional problems as described above, its purpose is to make it easy to recognize the sound, such as children, easy to touch the keyboard instruments, simple configuration to form a sound recognition layer on the upper side of the keyboard It is easy to manufacture and install the keyboard device, and it is possible to realize the tone even though it is difficult to distinguish chords by the sound recognition layer having a specific color, thus maximizing the effect of induction of interest and education, and users who cannot recognize the score The present invention provides a keyboard apparatus for keyboard musical instruments that enables the playing of songs in a short time.

1 is a schematic diagram showing a keyboard for a conventional keyboard musical instrument

Figure 2 is a schematic diagram showing a keyboard device for keyboard musical instruments according to the present invention

Figure 3 is a schematic diagram showing a keyboard device according to another embodiment of the present invention

* Description of the symbols for the main parts of the drawings *

1..Key bed 10.

15 ... sound recognition layer 40 ... semitone implementation

55 ... semitone recognition layer 60 ...

70 ... sheet

The present invention as a technical configuration for achieving the above object, the sound implementation portion for forming a sound recognition layer having a respective color on the upper side of each white keyboard implementing each octave;

By providing a keyboard device for a keyboard musical instrument made up of a configuration comprising a semitone implementation to form a semitone recognition layer that complements each of the sound recognition plate on the upper side of the black keyboard located between the white keyboard.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a schematic diagram showing a keyboard device for keyboard musical instruments according to the present invention, Figure 3 is a schematic diagram showing a keyboard device according to another embodiment of the present invention, the subject innovation, the sound implementation 10 and the semitone implementation It is made up of 40.

The sound implementation part 10 disposed on the upper side of the keybed 1 has respective colors on the upper side of each of the white keys 11-1 ..... (11-7) implementing one octave. The sound recognition layer 15A having a plurality of octaves (generally 7 octaves) and stacking a plurality of octaves (generally 7 octaves) having a sound recognition layer 15A ..... (15G) is a multicolor sound recognition layer 15A. (15G) Each color is formed repeatedly.

The semitone implementation part 40 located between the sound implementation part 10 is an upper side of the black key 45-1.... (45-5) located between the white keys 11. Semi-negative recognition layers 55A, 55B, 55D, 55E, and 55F that complement each of the sound recognition layers 15A, 15B, 15D, 15E, and 15F are formed on each other. In the black keyboard implementing the octave (generally seven octaves), the colors of the semitone recognition layers 55A, 55B, 55D, 55E, and 55F of a plurality of colors implementing one octave are repeatedly formed.

On the other hand, the keys 11 and 45 are formed on the upper side of the keys 11 and 45, which are composed of the white keys 11 and the black keys 45, so as to realize the tone of 7 octaves. A sheet 70 of a flexible material is formed in which a plurality of key contact portions 60 are integrally formed so as to be in contact with each other, and the sound recognition layer 15 and the semitone recognition layer of different colors are respectively provided on the inner surface of the key contact portion 60. 55 is composed of a plurality of integrally laminated

In addition, the music score having the same color as that of the sound recognition layer and the semitone recognition layer of the white and black keys is printed.

Referring to the operation of the present invention made of such a configuration as follows.

As shown in Fig. 2 and Fig. 3, a white key 11-1 that implements each octave on the upper side of the keybed 1 ..... A plurality of keys 45-1 .... 45-5 are arranged, completing a keyboard device that generally implements seven octaves (88 keys).

At this time, the white keyboard (11-1) ..... (11-7) on the upper side of each color (for example, red on the upper side of the white keyboard 11-1, white keyboard (11-2) It is orange on the upper side, yellow on the upper side of the white keyboard 11-3, green on the upper side of the white keyboard 11-4, blue on the upper side of the white keyboard 11-5, on the upper side of the white keyboard 11-6. A negative recognition layer 15A, 15B, 15C, 15D, 15F, 15F and 15G having a male and a white keyboard 11-7 above are laminated.

At this time, the white keyboard implementing a plurality of octaves (generally, 7 octaves) is repeatedly formed with the colors of the cognitive recognition layers 15A,......

The semitone embodying unit 40 located between the sound implementation units 10 is the right side of the white keys 11-1, 11-2, 11-4, 11-5 and 11-6. Sound recognition layer 15A (15B) 15D (15E) (15F) on the upper side of black key (45-1) (45-2) (45-4) (45-5) (45-6) The semitone recognition layers 55A, 55B, 55D, 55E, and 55F complementary to each other are formed.

At this time, the semitone recognition layers 55A, 55B, 55D, 55E, and 55F are red on the upper side of the white keyboard 11-1 and orange and white keys on the upper side of the white keyboard 11-2. Yellow on the upper side of -3), green on the upper side of the white keyboard (11-4), blue on the upper side of the white keyboard (11-5), left on the upper side of the white keyboard (11-6), white keyboard (11-7) On one side of the violet) is formed on the label layer 80 of a certain shape or color to recognize the semitones that match the sound of the white keyboard.

In addition, the halftone recognition layer of the black keyboard implementing a large number of octaves (generally seven octaves) is the color of the multicolored halftone recognition layers 55A, 55B, 55D, 55E, 55F that implements one octave. Repeatedly formed, the halftone recognition layer 55 located between the sound recognition layer 11, the same color as the color of the food layer 11 on both sides is formed to be divided on both sides of the upper side, half-rounded and half-tone Distinguish between

Then, a sheet music is printed so as to have the same color as the color of the sound recognition layer and the semitone recognition layer of the white and black keys (printing black notes of a general score as notes having a color to match each key). .

Thereby, a user who cannot recognize the scale through the sheet music on which the color is printed can play a song by quenching a key having a color on the keyboard that coincides with the sheet music on which the color is printed.

On the other hand, the sheet of the flexible material which is formed integrally with a plurality of keyboard contact portion 60 to match the keyboard on the upper side of the general keyboard consisting of the white keyboard 11 and the black keyboard 45 to implement the tone of 7 octaves ( When the 70 is placed, the key contact portion 60 formed on the sheet 70 is brought into contact with the upper side of each key, and at this time, the inner surface of the key contact portion 60 has a negative recognition layer having a specific color ( 15) and the semitone recognition layer 55 are integrally formed to be easily recognized on the upper side of the sheet 70 so that the sprinting can be easily performed through the sheet music on which the color is printed.

According to the keyboard device for keyboard musical instruments according to the present invention as described above, the simple configuration of joining the sound recognition plate to the upper side of the keyboard is easy to manufacture and installation of the keyboard device, the chord by the sound recognition plate having a specific color Even if it is difficult to distinguish the sound, it is possible to implement the tone, thereby maximizing the effect of induction of interest and education, and having an excellent effect such that it can be played in a short time.

Claims (2)

In a keyboard device consisting of a white keyboard and a black keyboard, A sound realization unit in which each sound recognition layer is formed on a plurality of white keyboard upper side surfaces, Keyboard apparatus for a keyboard musical instrument comprising a semitone implementation that is formed on the upper side of the black keyboard located between the white keyboard to complement each of the sound recognition layer is laminated The keyboard musical instrument as set forth in claim 1, wherein the sound recognition layer and the semitone recognition layer formed on the upper side of the keyboard are configured in different colors so that the performance of the keyboard musical instrument can be performed by a score in which notes of different colors are shown. Keyboard device