CN216084277U - Sound beautifying device capable of optimizing sound quality of bowed stringed instrument - Google Patents

Abstract

A sound-beautifying apparatus capable of optimizing the sound quality of bowed stringed musical instruments, comprising: a kind of metal film, which is composed of magnesium ion and silver ion; and an outer coating layer which is coated outside the metal film and combined with the metal film into a whole. The sound beautifying device can be attached to any proper part of any bowed stringed instrument by a user, and substances released by the metal films interact with sound emitted by the bowed stringed instrument, so that the sound quality of the bowed stringed instrument is beautified.

Description

Sound beautifying device capable of optimizing sound quality of bowed stringed instrument

Technical Field

The utility model relates to the field of accessories of music equipment, in particular to a sound beautifying device capable of further beautifying the sound quality of bowed stringed instruments.

Background

The "bow string instrument" is also called "plucked string instrument", and is mainly the violins in orchestra in western musical instruments, including four kinds of violins, viola, cello and viola. Bowed string instruments are generally produced by rubbing strings with a rosin-coated horsetail bow, and may be played by fingering.

The special bow methods of dividing, connecting, jumping, breaking, leaping and breaking, hitting and striking the bow can be applied to various bowed stringed instruments to express the special requirements of the composer. A mute may also be used to change the original timbre.

The bow string musical instrument can show great force change from strong to weak range, and can produce various thick and thin sound effects. The method can play an important role in both ensemble and solo.

The bow-string musical instruments are increasingly perfected in performance skills and performance in the creation and performance of ancient and modern composers and players.

Bowed string instruments, also called stringed instruments, among the chinese national instruments are mainly huqin of various shapes, such as erhu, beijing hu, banhu, etc.

Taking a violin as an example, the violin is the most important instrument in the existing orchestra string group. As the most important musical instrument among modern stringed musical instruments, the violin is mainly characterized by its brilliant sound, high playing skill and rich, wide expressive force. Also known as the queen in the instrument.

The violin is a stringed instrument with rich expression, can express the emotion like poem, and can play the action of surge and deducting the action of heart string.

The outline of a violin may be considered to be formed by a plurality of arcuate lines, but not all are arcuate. The curves of the top and the bottom of the violin are designed by adopting a classic bridge arch design method; the radian of the musical instrument board is shaped like a vertical chain line, and the rotary head is designed by imitating an elegant spiral on an ancient Greek column. Of course, instead of using circular arcs, it is also possible to take some other lines.

The general musical instrument designer tries to place the circle center and the circular arc at different positions, and draws the outline of the musical instrument through a plurality of tests. However, after meticulous conception, a great teacher-level musical instrument designer designs an attractive appearance which meets the playing requirements, and meanwhile, the internal and external consistency and the acoustic harmony are carefully considered, so that the manufactured violin is attractive in appearance and convenient to play, and more importantly, the violin has vivid and humane tone, full and full strength, sound volume with penetrating power and quality controlled by resisting rising and stopping.

Taking a cello as an example, the cello can be used as a solo and is also responsible for bass string music in indoor music, string clusters and orchestra.

The violoncello player initially performed a seated and two-legged violin, and later improved by adding a tail pin-supported body. However, players in a small number of countries play a lyre in an almost horizontal position. The most common way to play the music instrument is to hold a bow and brush the strings (pulling strings) on the music instrument, but sometimes the strings are plucked or beaten.

The cello is inseparable from classical european music and is described as the "closest human voice instrument". The cello is a standard outfit for a string music part of a band and is also a bass accompaniment for a quartet of string music.

Although the aforementioned bowed stringed musical instruments have been developed, each bowed stringed musical instrument exhibits a greater or lesser difference in tone color and tone quality, and the tone color and tone quality are fixed in the manufacture of the instrument depending on the materials used, the structure, the manufacturing technique and other factors, and cannot be changed by the player, so that different instruments are required if more abundant tone quality and tone quality are to be expressed.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a sound beautifying device which can optimize the sound quality of a bow string instrument without replacing the instrument.

The utility model provides a sound beautifying device capable of optimizing the tone quality of bowed stringed instruments, which comprises: a kind of metal film, which contains magnesium ion and silver ion; and an outer coating layer which is coated outside the metal film and combined with the metal film into a whole. The substances released by the metal films interact with the sound emitted by the bowed stringed instrument, so that the tone quality of the bowed stringed instrument is beautified.

Preferably, the metal thin film may further have a property of releasing far infrared rays. The far infrared rays released are matched with the magnesium ions, the silver ions and other substances released to change the tone quality of the musical instrument, so that the beautified range can be further improved, and the tone quality is increased by the sensorial evolution range.

Preferably, the outer coating layer can be made of silica gel. The metal film coated by the silica gel material can protect the fragile film and make the sound beautifying device more suitable for being attached to the surface of a musical instrument.

In one embodiment, the metal film and the outer cover layer may be formed to have a circular contour. Therefore, the multifunctional musical instrument is suitable for being attached to any area in the musical instrument, and the appearance of the musical instrument is not influenced by matching with the shape of the musical instrument.

In another embodiment, the metal film and the outer cover layer may be formed to have a rectangular profile. Therefore, the rectangular region is suitable for being attached to the instrument, and the appearance of the instrument is not influenced by matching with the shape of the instrument.

In another embodiment, the metal film and the outer cover layer may be formed to have an irregular contour. The irregular shape may be any animal, plant, biological or architectural shape whereby it is adapted to be affixed to any or specific area within the instrument and to match the shape of the instrument to increase the aesthetic appeal of the instrument.

Drawings

FIG. 1A is a schematic perspective view showing that a metalloid thin film of the utility model is formed in a circular shape with a circular hole;

FIG. 1B is a perspective view of the metallic film shown in FIG. 1A after the coating layer is coated on the metallic film;

FIG. 2A is a schematic perspective view illustrating a metallic-like thin film according to the present invention formed in a rectangular shape;

FIG. 2B is a perspective view of the metal-like thin film coated with the overcoat layer shown in FIG. 2B;

FIG. 3A is a schematic view showing the formation of a metalloid film of the utility model into a marine bioform;

FIG. 3B is a perspective view of the metallic film shown in FIG. 3A after the outer coating layer is coated thereon;

fig. 4 is a schematic view showing an embodiment of the beauty treatment apparatus of the present invention attached to a chin rest of a violin;

fig. 5 is a schematic view showing an embodiment of the manicuring device of the present invention attached to a bridge base of a violin bow.

Description of the symbols:

1: sound beautifying device

11 a metalloid thin film

12 outer coating

2: violin

201 musical instrument head

202 chord axis

203 finger board

204 neck of musical instrument

205 soundboard

206 web

207 sound hole

208 bridge

209 tailpiece

210 drag cheek

3: fiddle bow

31 bow rod

32, bow hair

And 33, horsetail library.

Detailed Description

Other objects and features of the present invention will become apparent to those skilled in the art upon a reading of the specification, from a consideration of the following detailed description of the preferred embodiment of the present invention in conjunction with the accompanying drawings and reference numerals.

As shown in fig. 1A and 1B, the present invention provides a sound beauty device 1 capable of optimizing the sound quality of a bowed stringed instrument, including: a metallic film 11 and an outer coating 12. The metal thin film 11 is made of a metal-like material containing magnesium ions, silver ions and other substances, and can be formed into various shapes to match the appearance of the musical instrument; for example, a metal-like thin film having a circular contour and a circular hole at the center as shown in fig. 1A, a rectangular metal-like thin film as shown in fig. 2A, or a marine organism-shaped metal-like thin film as shown in fig. 3A may be used, and various shaped thin films may be designed according to the preference of consumers.

The outer coating 12 is preferably made of a silica gel material, and directly coats the outer part of the metal film 11 and is integrated with the metal film 11; that is, when the outer coating layer 12 is integrated with the metallic thin film 11, the outer coating layer 12 also has the same contour shape as the metallic thin film 11, thereby constituting a sound beauty device 1, such as the circular sound beauty device 1 shown in fig. 1B, the rectangular sound beauty device 1 shown in fig. 2B, and the marine organism modeling sound beauty device 1 shown in fig. 3B.

The sound beautifying device 1 of the utility model can be used for a user to attach to any proper part of any bowed stringed instrument, and the released substances such as magnesium ions, silver ions and the like interact with far infrared rays and sound emitted by the bowed stringed instrument, thereby beautifying the sound. The user can try to set the beauty device 1 at any position of the musical instrument to debug the emitted sound, and attach the beauty device 1 to the position to be fixed after satisfying the sound quality of the emitted sound.

As shown in fig. 4, the beauty device 1 is attached to the chin rest 210 of the violin 2; the player may also attach the beauty apparatus 1 after attempting to place it at a position such as the headstock 201, the peg 202, the fingerboard 203, the neck 204, the soundboard 205, the web 206, the sound hole 207, the bridge 209, the tailpiece 209, etc., to determine the sound quality.

Alternatively, as shown in fig. 5, the beauty device 1 may be attached to the side of the bridge base 33 of the violin bow 3 so that when the bow bar 3 is pulled to rub the bow 32 against the strings of the violin 2 to generate sound, the nature of the far infrared rays released from the beauty device 1 may be used to interact with the sound generated from the musical instrument with the substances such as magnesium ions and silver ions released, thereby beautifying the sound quality of the violin instrument.

The foregoing is illustrative of the preferred embodiment of the present invention and is not to be construed as limiting thereof, since any modification and variation of the present invention without departing from the spirit thereof is intended to be covered thereby.

Claims (6)

1. A sound-beautifying device capable of optimizing the sound quality of bowed stringed instruments, comprising: a metalloid film capable of releasing magnesium ions and silver ions; and an outer coating layer which is coated outside the metal film and combined with the metal film into a whole.

2. The sound-beautifying device for optimizing the sound quality of bowed stringed instruments as claimed in claim 1, wherein the metal thin film of the kind further has a property of releasing far infrared rays.

3. The device of claim 2, wherein the outer coating is made of silica gel.

4. The sound beauty device for optimizing the sound quality of a bowed stringed instrument as in claim 3, wherein the metal film and the outer cover are formed to have a circular contour and are concentrically provided with a circular hole.

5. The sound-beautifying device for optimizing the sound quality of bowed stringed instruments as claimed in claim 3, wherein the metal-like thin film and the outer coating layer are formed to have a rectangular outline.

6. The sound-beautifying device for optimizing the sound quality of bowed stringed instruments as claimed in claim 3, wherein the metal-like thin film and the outer coating layer are formed to have irregular-shaped contours.

Images