JP3127107U - Recorder - Google Patents

Abstract

The sound generating window of the singer is arranged on the back side of the recorder tube, and the finger hole array is arranged on the front side of the recorder tube. Provide a recorder that is easy to breathe into the finger holes close to the singing mouth and has little loss in sound generation.
In a recorder as a wind instrument having a singer composed of a rabum, a block, a window ray, etc., a sound generating window of the singer is arranged at a peripheral position of a different recorder pipe with respect to the finger hole row. As an example, the sound generating window of the singer is arranged on the back side of the recorder tube, and the finger hole row is arranged on the front side of the recorder tube.
[Selection] Figure 3

Description

  The present invention relates to a recorder as a wind instrument having a singer composed of a rabum, a block, a window ray, a window and the like.

  2. Description of the Related Art Conventionally, there are recoaters as wind instruments having a singer composed of a rabum, a block, a window ray, a window, and the like, which are used as wind instruments. In this historic recorder, the basic shape of window rays etc. has been improved only partially. For example, utility model registration Nos. 3117417 and 3120720.

  In the conventional recorder and the utility model registration Nos. 3117417 and 3120720, the position of the fingerhole row that generates the singing mouth and the sound is arranged on the front side that is the same side as the peripheral position of the recorder tube. For this reason, the sound generation window of the singer is also arranged on the front side. In this case, the breath to be blown was easy to pass without being blown into the finger holes generating each sound, and a loss was observed. Moreover, since the window which is a part of a singer is similarly arrange | positioned at the front side, the saliva to spray may scatter to the front side, and it may apply to the person who is in front. The recorder of the present invention is intended to solve the above-mentioned drawbacks.

  In the present invention, the singing part in the recorder is arranged on the wharf side of a predetermined part around the recorder pipe, and the length from the sound generating rabum of the singing part to the pipe bottom end is adjusted to a predetermined adjustment. The finger hole row for generating each sound is tuned and arranged on the basis of the sound generating rabum of the singing portion, and this finger hole row is provided on the tube head side. By arranging it on the front side around the recorder tube that is different from the singing part, the above-mentioned problem is solved by arranging the window that forms part of the configuration of the singing part at a position different from the front side. did.

The following effects can be expected.
The finger hole row and the singing part are arranged at different circumferential positions of the recorder tube. As a specific example, the sound generating window of the singing part is arranged on the back side of the recorder tube, and the finger hole row is arranged on the front side of the recorder tube. Therefore, even if there is a divergence of the saliva that blows, it does not affect the person in front. It is easy to breathe into the finger holes close to the singing mouth, and you can expect effects such as little loss in sound generation.

  In a recorder as a wind instrument having a singer composed of a rabumu, a block, a window ray, etc., the sound generating window of the singer is arranged at a different circumferential position of the recorder tube with respect to the finger hole row, as a specific example, Place the singing part on the back side of the recorder tube and the finger hole row on the front side of the recorder tube (note: the front side of the recorder is the outside of the blowing person, the back side is the blowing person side).

Embodiments will be described below with reference to the accompanying drawings.
FIG. 1 shows the front side 10 of the recorder tube. On the front side, a finger hole array for generating each sound is arranged after tuning. FIG. 2 shows the back side 11 of the recorder tube. In FIG. 2, the singing part 5 composed of a rabum 1, a block 2, a window ray 3 and a window 4 is configured on the wharf side 7 of a predetermined location around the recorder tube 6 (the back side 11 of the recorder tube in FIG. 2). Deploy. Then, the length from the sound generating rabum 1 of the singing unit 5 to the tube bottom end 8 is tuned so as to become a predetermined adjusting, and the sound generation of the singing unit 5 as shown in FIG. The finger hole array 9 for generating each sound is tuned and arranged on the basis of the labium 1 for use. This finger hole row 9 is arranged on the front side 10 around a recorder tube different from the singing portion 5 provided on the back side 7 of the tube head, so that the sound generating window 4 of the singing portion 5 and the like are arranged. Is arranged on the back side 11 different from the front side 10. In addition, as shown with a dashed-dotted line in FIG. 1, FIG. 2, you may comprise so that the singing mouth side and the side which has arrange | positioned the fingerhole may be connected separately. This makes it possible to adjust the length of the tube with respect to the level of sound due to the temperature difference. If necessary, the back hole 12 may be provided on the back side 11 different from the front side 10 at a location closest to the singer. The configuration of the tube bottom end may be an open type or a smaller diameter than the inside of the tube. The number of finger holes (from zero to about seven) may be selected as necessary for the finger hole row. As shown in FIG. 3, the flow of breath that blows into the singing utters each sound from the singing singing on the back side of the recorder through the finger holes on the front side mainly on the front side.

  It can be used as a recorder in the wind instrument field. Also, in the shape of the singing lip, as shown in Fig. 3, it is easy to hold by adding an inclination to the mouth part, and it can be used as a "shakuhachi style recorder" to create a shakuhachi atmosphere. Is possible. As a material of the recorder tube, an optimal material may be used in bamboo, wood, metal, nonmetal, plastics and the like. Biodegradable plastics derived from plants that are friendly to the global environment may be used. It is good for the global environment because it uses starch such as corn and decomposes in the ground. This material is optimal because it is easy to process and produces good sound.

The front view of the recorder which is one Example of this invention is shown. The rear side view of the recorder which is one Example of this invention is shown. 1 is a cross-sectional view of a recorder that is an embodiment of the invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Labum 2 Block 3 Window ray 4 Window 5 Song part 6 Recorder pipe 7 Wharf side 8 Pipe bottom end 9 Finger hole row 10 Front side of recorder pipe 11 Back side of recorder pipe 12 Finger hole (back hole)

Claims (1)

  In a recorder which is a kind of wind instrument, a singing part 5 composed of a rabum 1, a block 2, a window ray 3 and a window 4 is arranged on the wharf side 7 at a predetermined location around the recorder pipe 6, and the singing part 5 for adjusting the length from the sound generating rabum 1 to the tube bottom end 8 so as to have a predetermined adjustment, and generating each sound based on the sound generating rabum 1 of the singing unit 5 The finger hole row 9 is tuned and arranged, and the finger hole row 9 is arranged on the front side 10 around the recorder tube different from the singing portion 5 provided on the tube head side 7, so that A recorder characterized in that a window 4 or the like responsible for sound generation of the section 5 is arranged on a different side 11 around the recorder tube with respect to the front side 10.

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