JPH071677Y2 - A lead plate for wind instruments that produces sound easily - Google Patents

Description

TECHNICAL FIELD The present invention relates to a lead plate attached to a mouthpiece used in a wind instrument.

Conventional technology Conventionally, the lead plate that has been used for a long time is made of a hard material, and the one that does not produce sound easily and emits sound is a soft material that cannot be used for a long time. It was unsuitable to have the contradictory performance (ability) of. In the above-described conventional solution, the vibrating portion of the lead plate is thinly and carefully shaved until the lead plate having an intermediate hardness fits into one's mouth. Although it is easy to produce sound and sound when this method is used, since the sensitive and delicate vibration part is thinned, the service life of the lead plate is shortened, which is also inappropriate.

DISCLOSURE OF THE INVENTION Problem to be Solved by the Invention The present invention solves the above-mentioned problems, and an object thereof is to produce a light sound without cutting the vibrating portion near the sharp tip of the lead plate.

Means for Solving the Problem The lead plate attached to the mouthpiece is provided with a hole (2) penetrating at a position (1) pressed by the lips, with reference to the drawings. The method of identifying the setting place of this hole (2) is to press the lips against the reed plate attached to the mouthpiece of the wind instrument and blow it with the reed plate (4).
It vibrates, but the position (1) where the lips are put on when the high temperature part is exposed is a short distance from the sharp tip of the lead plate, and a position slightly longer than that when the low temperature part is exposed. Then the lips move. Therefore, no matter where the lips move, the hole (2) is blocked by the lips, and the optimum position of the hole (2) is where the breath does not leak. And the number and size of these holes are finally decided while playing with the lead plate of the present invention.

Action Since the present invention has the above-mentioned structure, when the present invention is used, the lips may be used to close the hole (2) and the player may blow while pressing. Since the breath does not leak from the hole of (2), it can be blown in the same manner as when the conventional lead plate is used. Embodiment An explanation will be given below with reference to FIG.

When the musical instrument is played, the lead plate (3) attached to the mouthpiece is provided with a hole (2) penetrating the position (1) to be pressed by the lips. The above is one embodiment of the present invention. As another embodiment of the present invention, the hole (2) may be a groove (5) as shown in FIG. 3, or the hole (2) may be a depression (6) as shown in FIG. Good. In addition, in order to prevent saliva from entering through the hole (2) and to prevent breath (air) from leaking out through the hole (2) when the lip movement exceeds the range of (1), A thin and durable film (tape or film) that does not break or peel even if it gets wet with water
Glue (7). In addition, if this film is not made as thin as possible, it obstructs the characteristics of this lead plate which is easily oscillated by forming a square hole, so a thin and strong film (tape or film) is required.

Effect of the Invention By providing the hole (2) at the position (1) for pressing the lips on the lead plate, the structural strength near the part (1) pressed by the lips becomes weak, and the vicinity of the part (1) easily quivers. As a result, the vibration of the vibrating part (4) is more lightly induced than the part (1). Then, by increasing the number and size of the holes (2) inside the position (1), that is, in the range where the lips hold the lead plate, the part (1) can be included in (4). , The effect of vibrating lighter is obtained. Therefore, compared to when using a conventional lead plate, even if you play with a weaker lips tightening force, you can produce sound with the same sound quality as before, and the effect of reducing lip fatigue was obtained. . Moreover, since the lead plate of the present invention does not have the structural strength of the vibrating part (4) deteriorated (thinned down from the original state), the life of this lead plate is the same as the conventional lead plate of the same hardness number. Absent. So 1
When the lead plate having the highest hardness in the rank is subjected to the processing of the present invention and played, the easiness of producing sound is the same as that of the lead plate one rank below. That is, the lead plate of the present invention is more likely to vibrate even if the material is harder than the conventional lead plate. In other words, the performance (ability) of being able to be used for a long time and producing sound easily is now possible with one lead plate.
Therefore, by applying the processing of the present invention to the softest lead plate, it becomes easier to produce a sound than ever before, and it is ideal for beginners and elementary school children with low vital capacity. However, since a lot of saliva comes out when they play, the lead plate with the tape or film attached to the surface of the hole (2) is less likely to get saliva into the musical instrument through the hole. Also, even adults who have long sung away from playing musical instruments can now make light sounds with less tiredness on their lips, and the sound quality is the same as that of conventional lead boards. If you try to use a lead plate that has the same hardness as that of the lead plate that has been processed according to the present invention, this lead plate will be longer than before and will be able to withstand the fatigue of the lips of the wind instrument player. It was

[Brief description of drawings]

 FIG. 1 is a front view of the present invention. FIG. 2 is a side view of the present invention. FIG. 3 is a front view of another embodiment of the present invention. FIG. 4 is a front view of another embodiment of the present invention. ) Is the position held by the lips, (2) is the hole (3) is the lead plate, (4) is the vibrating part (5) is the groove, (6) is the recess (7) is thinly adhered to the surface of the hole (2) Tapes

Claims (4)

[Scope of utility model registration request] 1. A hole (2) is formed in a lead plate attached to a mouthpiece when a musical instrument is blown, at a position (1) where the lip touches and holds the lead plate. A lead plate for a wind instrument constructed as described above. 2. A lead plate for a wind instrument as claimed in claim 1, wherein the hole (2) is formed as a depression. 3. A lead plate for a wind instrument according to claim 1, wherein the hole (2) is a groove. 4. A lead plate for a wind instrument according to claim 1, wherein a thin film that is strong against water and impermeable to air is adhered to the surface of the hole (2) so as not to come off.