JP3236327U - Cleaning tool with an airbag that can absorb the moisture in the wind instrument - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a structure of a cleaning tool including an airbag capable of absorbing water remaining in a wind instrument. SOLUTION: A cleaning tool having an air bag capable of sufficiently absorbing water in a wind instrument is composed of an air bag main body 10 and an air valve 20, and a traction block 32 of the air bag main body 10 is formed from a bell of a wind instrument I main body T. A state in which the string 31 is taken out from the opening at the other end of the main body T, the air bag main body 10 is pulled into the wind instrument I main body T and pulled in, air is blown into the air bag main body 10 from the air valve 20, and air is injected. Since the expanded outer surface of the air bag main body 10 sticks to the inner wall of the main body T of the wind instrument I, the water absorbing layer installed on the outer surface of the air bag main body 10 sufficiently absorbs the moisture inside the main body T. The inside of the wind instrument I body T can be kept dry. [Selection diagram] FIG. 4

Description

The present invention is a structure of a cleaning tool equipped with an airbag that can sufficiently absorb the moisture in the wind instrument, and it can be particularly easily passed through the main body of the wind instrument, and the moisture in the main body is expanded by injecting air. It relates to the structure of a cleaning tool having an airbag capable of absorbing moisture in a wind instrument, thereby absorbing and thereby keeping the inside of the body dry.

In general, many wind instrument structures include at least a body and a mouthpiece provided at the end of the body. At least one reed is provided in the mouthpiece of some wind instruments (for example, saxophone, vertical flute (clarinet, oboe, etc.). Multiple tone holes are provided in the main body, and the mouthpiece is provided when playing. Breathing towards the reed vibrates, which causes the air inside the body to resonate and produce a sound. By closing or opening the multiple tone holes, the route of the air flowing through the body is changed. Adjust the pitch of the wind instrument. Some wind instrument toneholes also have a corresponding tampo, and a corresponding pad is provided inside the tampo to close the corresponding tonehole. Each tampo has a player. The corresponding keys and rods are connected so that the tampo can be controlled. There are also two types of tampo, which are always open or always closed, and the pad is usually made of cork.

When a player plays a wind instrument, he breathes out and saliva often enters the body of the wind instrument, so it is necessary to wipe the inside of the body to keep it dry and clean after normal use. However, since the shape of a wind instrument having a relatively large volume or the main body of the wind instrument is bent (for example, a saxophone, etc.), it is difficult to completely clean the inside of the main body of the wind instrument. In addition, since the normally closed type tampo pad and the corresponding tone hole are closed for a long time, water tends to remain between the pad and the tone hole. Therefore, if left as it is for a long time, spots and rust will be generated on the surface of the main body, and the tampo may be further cracked or expanded, so that the pad cannot seal the tone hole and is airtight. Defects occur. Further, there arises a problem that the pad and the tone hole adhere to each other and the opening and closing of the tampo is delayed or the tampo does not open smoothly.

Therefore, it was necessary to devise a structure or device for a cleaning tool that effectively cleans the inside of the wind instrument body.

Japanese Unexamined Patent Publication No. 2017-11391 Japanese Patent Application Laid-Open No. 2003-345347

In order to solve the drawbacks of the known structure, the present invention inserts the airbag main body into the main body of the wind instrument in a state where the air is evacuated, and then injects air into the airbag main body to inflate the air. The bag body fills and closes the internal space of the body. The outer surface of the airbag body firmly absorbs the moisture remaining in the body, so that the inside of the wind instrument body can be kept dry and the effect of maintenance can be reached. The airbag can sufficiently absorb the moisture in the wind instrument. The main task is to provide the structure of a cleaning tool having a device.

In order to solve the above-mentioned object, the present invention provides a structure of a cleaning tool having an airbag capable of sufficiently absorbing water in a wind instrument. At least the airbag body and the air valve are included. The airbag body has a long strip shape, the tip of which is a tow end, and is used to be installed through the body of a wind instrument. The air valve is installed at the rear end of the airbag main body, and is used when controlling the state in which the air bag main body is infused with air or deflated.

Based on the above-mentioned main features, the outer surface of the airbag body is made of a water absorbing material.

Based on the main features described above, the traction end comprises a traction component, the traction component comprising a string and a traction block. One end of the string is fixed to the traction end of the airbag body, and the traction block is installed at the corresponding end of the string.

In the present invention, an airbag and an air valve are installed, and when the airbag is deflated, it can be easily inserted into and removed from the main body of a wind instrument. When forming a state in which air is injected into the airbag, the outer surface of the airbag body is in close contact with the inner wall of the body of the wind instrument, so that the water absorption layer installed on the outer surface of the airbag body is sufficient. By being able to absorb the moisture inside the main body, it is possible to obtain the effect that the inside of the main body of the wind instrument can be kept dry by maintenance.

It is a structural schematic of the cleaning tool structure which has the airbag which can absorb the moisture in a wind instrument sufficiently of this invention. It is a diagram of use of the cleaning tool structure provided with the airbag which can absorb the moisture in a wind instrument sufficiently of this invention, and is the figure which inserts the traction component of the traction end through the opening of the main body end of the wind instrument. It is the use schematic of the cleaning tool structure which has the airbag which can absorb the moisture in a wind instrument sufficiently of this invention, and is the figure which puts the airbag main body into the wind instrument main body. It is a diagram of use of the cleaning tool structure which has the airbag which can absorb the moisture in a wind instrument sufficiently of this invention, and it is the figure which fills and closes the inside of the wind instrument body after injecting air into the airbag body. It is a three-dimensional schematic diagram of FIG. It is a use schematic of the structure which has the air bag which can absorb the moisture in a wind instrument sufficiently of this invention, and is the figure which the air bag main body pushes up a tampo in the tone hole part of the main body.

The technical means and structures used by the present invention in order to reach the above or other purposes and effects will be described in detail in the best embodiment with reference to the features and functions.

First, FIG. 1 is a structural schematic diagram of a structure including an airbag capable of sufficiently absorbing water in a wind instrument according to the present invention.

As shown in the figure, the present invention provides a structure including an airbag capable of sufficiently absorbing water in a wind instrument. At least included in the airbag structure are: an airbag body 10 and an air valve 20.
The airbag main body 10 has a long strip shape and can be in two modes, a state in which air is injected and a state in which air is deflated, and the tip of the airbag main body 10 is a traction end 11. The airbag main body 10 can be installed by passing it through the main body T of the wind instrument I.
As shown in FIG. 1, by installing the air valve 20 at the rear end of the airbag main body 10 and closing or opening it, air is injected or evacuated into the airbag main body 10. Alternatively, it is possible to continue to maintain the state in which air is injected into the airbag body 10 or the state in which air is deflated.
As the best embodiment, the outer surface of the airbag body 10 is a water absorbing layer made of a water absorbing material, and when the airbag body 10 is inserted into the body T of the wind instrument I and air is injected, the airbag body is injected. 10 fills and closes the inside of the main body T, and absorbs the water remaining in the main body T through the filling, so that the purpose of cleaning the wind instrument is reached.

2 to 6 are schematic views of the use of the structure having an airbag capable of sufficiently absorbing the moisture in the wind instrument of the present invention.

As shown in these figures, when the wind instrument I is cared for using the present invention, the traction end 11 is first inserted through an opening at one end of the main body T of the wind instrument I. The best embodiment of a wind instrument I (eg, saxophone, oboe, bassoon, etc.) in which the end of the main body T is a bell is such that the tow end 11 is inserted from the bell of the main body T and the main body is inserted as shown in FIG. By pulling out to the other end of T, the airbag main body 10 can be put inside the main body T as shown in FIG.
At this time, by injecting air into the airbag main body 10 through the air valve 20, the airbag main body 10 expands inside the wind instrument I main body T, and exhibits a state in which air is injected. As a result, as shown in FIGS. 4 and 5, the outer surface of the airbag body 10 is closely attached to the inside of the wind instrument I body T, so that the water absorption layer on the outer surface of the airbag body 10 is effective. In addition, the water remaining inside the wind instrument I body T can be firmly absorbed.

In addition, the normally closed tampo C installed on the wind instrument I main body T pushes up the pad P provided inside the tampo C from the corresponding tone hole H by the expansion of the airbag main body 10. Since the tampo C exhibits an open state as shown in FIG. 6, the water remaining when the pad H is closed can be removed, whereby the tone hole H, the tampo C and the tampo C and the tampo C can be removed. Achieve the effect of caring for Pad H. When the maintenance is completed, the air valve 20 is used to bleed the air from the airbag body 10. As shown in FIG. 3, the airbag body 10 is in a state of being deflated and then the airbag body is deflated. 10 can be taken out from the wind instrument I main body T.

As a second embodiment of the present invention, the traction end 11 comprises at least a traction component 30, which comprises a string 31 and a traction block 32. One end of the string 31 is fixed to the traction end 11 of the airbag body 10, and the traction block 22 is installed corresponding to the other end of the string 31 as shown in FIG. 1, and the airbag body 10 is installed. Tow.
Specifically, when used, the traction block 32 is first inserted from the bell of the wind instrument I main body T, and the string 31 is taken out from the opening at the other end of the main body T as shown in FIG. As shown in FIG. 3, the airbag body 10 is pulled into and pulled into the wind instrument I body T. The traction component 30 can also adopt a structure that can obtain other equivalent effects.

The detailed description of the present invention according to the above examples does not limit the scope of the present invention. Those who are familiar with the present technology can make appropriate changes and adjustments such as changes to the fixed structure, and even if these changes and adjustments are made, the important significance of the present invention is not lost and is included in the scope of the present invention. Is done.

10 Airbag body 11 Tow end 20 Air valve 30 Tow parts 31 String 32 Tow block C Tampo H Tone hole I Wind instrument P Pad T Main body

Claims (3)

Including the airbag body and air valve
The airbag has a state in which air is injected and a state in which air is deflated, and the tip of the airbag body is a tow end, and
By installing the air valve at the rear end of the airbag body and closing or opening the airbag body, the airbag body can be maintained in a state of being infused with air or a state of being deflated. The structure of a cleaning tool with an airbag that can sufficiently absorb the moisture in the wind instrument. The structure of a cleaning tool comprising an airbag capable of sufficiently absorbing moisture in a wind instrument according to claim 1, wherein the outer surface of the airbag body is made of a water absorbing material. The traction end of the airbag body comprises a traction component, the traction component comprises at least one string and one traction block, one end of the string being fixed to the traction end of the airbag body and the traction. The structure of a cleaning tool having an airbag capable of sufficiently absorbing water in a wind instrument according to claim 1, wherein the block is installed corresponding to the other end of the string.

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