CN214897593U - Trill musical instrument - Google Patents
Trill musical instrument Download PDFInfo
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- CN214897593U CN214897593U CN202120933314.2U CN202120933314U CN214897593U CN 214897593 U CN214897593 U CN 214897593U CN 202120933314 U CN202120933314 U CN 202120933314U CN 214897593 U CN214897593 U CN 214897593U
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Abstract
A trill musical instrument is composed of a base, a first sound tube, a second sound tube, a third sound tube, a fourth sound tube, a fifth sound tube, a sixth sound tube, a seventh sound tube, a hitting ball and a spring; the top surface of the base is of a stepped structure, the first sound tube, the second sound tube, the third sound tube, the fourth sound tube, the fifth sound tube, the sixth sound tube and the seventh sound tube are different in diameter and height, the bottoms of the first sound tube, the second sound tube, the third sound tube and the fourth sound tube are mounted on the base through springs, the top of the first sound tube, the top of the sixth sound tube and the top of the seventh sound tube are all provided with a hitting ball, and the top of the hitting ball is located on the same straight line. The utility model discloses the advantage lies in: can emit vibrato without damage caused by knocking.
Description
Technical Field
The utility model relates to a tremolo musical instrument, when receiving to hit, send the tremolo of different tones for movie & TV drama dubbing or performance music.
Background
When dubbing in movie and television works, a trill which is made by falling a metal tubular object to the ground is often needed. The current various musical instruments cannot realize the function. Throwing the metal tube to the rigid ground can cause damage to the floor or the metal tube.
SUMMERY OF THE UTILITY MODEL
In view of the above, the utility model aims at providing a technical solution, through base, spring, first sound section of thick bamboo, second sound section of thick bamboo, third sound section of thick bamboo, fourth sound section of thick bamboo, fifth sound section of thick bamboo, sixth sound section of thick bamboo, seventh sound section of thick bamboo and the cooperation of hitting the ball, realize required function, and can be used for playing the music.
The utility model discloses constitute by base 0, first sound section of thick bamboo 1, second sound section of thick bamboo 2, third sound section of thick bamboo 3, fourth sound section of thick bamboo 4, fifth sound section of thick bamboo 5, sixth sound section of thick bamboo 6, seventh sound section of thick bamboo 7, hit ball 8, spring 9 of beating (fig. 1).
The top surface of the base 0 is of a step structure, and each step is provided with a spring 9.
The first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are all closed cylinder structures.
The first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are different in height and diameter.
The shorter the object, the more rigid it is. Therefore, when the same external force is applied, the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 have different heights and diameters, so that the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 have different rigidities, and the tube wall vibration frequencies and amplitudes are different, so that the tones of the emitted sound are different.
The top parts of the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are provided with a hitting ball 8.
The hitting ball is of a hemispherical structure, the plane part of the hitting ball is welded to the tops of the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7, and the cambered surface part of the hitting ball is not in contact with the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7.
The hitting ball 8 is made of the same material as the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7.
The hitting ball 8 is used for replacing the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 to bear hitting, and transmitting the received external force to the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7.
The hitting ball 8 replaces the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 to bear hitting, so that the sound quality deterioration caused by the deformation of the tube walls of the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 with hollow structures can be avoided.
The bottoms of the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are connected with the top of the spring 9.
The first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are connected with the base 0 through the spring 9, so that the influence of the base on the vibration of the tube walls of the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 when the bottoms of the first sound tube 1, the second sound tube 2, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are installed on the base is avoided.
Drawings
Fig. 1 is a structural view of the present invention.
Wherein: 0-base; 1-a first sound tube; 2-a second sound tube; 3-third sound tube; 4-fourth sound tube; 5-fifth sound tube; 6-sixth sound tube; 7-seventh sound tube; 8-hitting a ball; 9-spring.
Detailed Description
The following describes a specific embodiment of the present invention with reference to the accompanying drawings (fig. 1) of the present invention.
The utility model discloses constitute by base 0, first sound section of thick bamboo 1, second sound section of thick bamboo 2, third sound section of thick bamboo 3, fourth sound section of thick bamboo 4, fifth sound section of thick bamboo 5, sixth sound section of thick bamboo 6, seventh sound section of thick bamboo 7, hit ball 8, spring 9 of beating (fig. 1).
The top surface of the base 0 is of a step structure, and each step is provided with a spring 9.
The first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are all closed cylinder structures.
The first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are different in height and diameter.
The shorter the object, the more rigid it is. Therefore, when the same external force is applied, the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 have different heights and diameters, so that the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 have different rigidities, and the tube wall vibration frequencies and amplitudes are different, so that the tones of the emitted sound are different.
The top parts of the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are provided with a hitting ball 8.
The hitting ball is of a hemispherical structure, the plane part of the hitting ball is welded to the tops of the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7, and the cambered surface part of the hitting ball is not in contact with the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7.
The hitting ball 8 is made of the same material as the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7.
The hitting ball 8 is used for replacing the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 to bear hitting, and transmitting the received external force to the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7.
The hitting ball 8 replaces the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 to bear hitting, so that the sound quality deterioration caused by the deformation of the tube walls of the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 with hollow structures can be avoided.
The bottoms of the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are connected with the top of the spring 9.
The first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are connected with the base 0 through the spring 9, so that the influence of the base on the vibration of the tube walls of the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 when the bottoms of the first sound tube 1, the second sound tube 2, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 are installed on the base is avoided.
Use the utility model discloses the time, hit the ball 8 of hitting at first sound section of thick bamboo 1, second sound section of thick bamboo 2, third sound section of thick bamboo 3, fourth sound section of thick bamboo 4, fifth sound section of thick bamboo 5, sixth sound section of thick bamboo 6, seventh sound section of thick bamboo 7 top with the hammer of rigidity material.
After the hitting ball 8 is hit, the external force is transmitted to the first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 through the hitting ball 8. The first sound tube 1, the second sound tube 2, the third sound tube 3, the fourth sound tube 4, the fifth sound tube 5, the sixth sound tube 6 and the seventh sound tube 7 vibrate to generate the tremolo of the tone, thereby realizing the purpose of sound production.
Because the pitch of the trill that diameter and height difference first sound section of thick bamboo 1, second sound section of thick bamboo 2, third sound section of thick bamboo 3, fourth sound section of thick bamboo 4, fifth sound section of thick bamboo 5, sixth sound section of thick bamboo 6, seventh sound section of thick bamboo 7 sent is different, consequently the utility model discloses can be used to play various music.
Claims (1)
1. A vibrato musical instrument, characterized by: the device comprises a base, a first sound tube, a second sound tube, a third sound tube, a fourth sound tube, a fifth sound tube, a sixth sound tube, a seventh sound tube, a spring and a hitting ball; the top surface of the base is of a stepped structure, the first sound tube, the second sound tube, the third sound tube, the fourth sound tube, the fifth sound tube, the sixth sound tube and the seventh sound tube are different in diameter and height, the bottoms of the first sound tube, the second sound tube, the third sound tube and the fourth sound tube are mounted on the base through springs, the top of the first sound tube, the top of the sixth sound tube and the top of the seventh sound tube are all provided with a hitting ball, and the top of the hitting ball is located on the same straight line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120933314.2U CN214897593U (en) | 2021-05-01 | 2021-05-01 | Trill musical instrument |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120933314.2U CN214897593U (en) | 2021-05-01 | 2021-05-01 | Trill musical instrument |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN214897593U true CN214897593U (en) | 2021-11-26 |
Family
ID=78945934
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120933314.2U Active CN214897593U (en) | 2021-05-01 | 2021-05-01 | Trill musical instrument |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN214897593U (en) |
-
2021
- 2021-05-01 CN CN202120933314.2U patent/CN214897593U/en active Active
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