CN213691406U

CN213691406U - Handle position identification device

Info

Publication number: CN213691406U
Application number: CN202021617195.1U
Authority: CN
Inventors: 刘洁
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-08-16
Filing date: 2020-08-06
Publication date: 2021-07-13
Anticipated expiration: 2030-08-06

Abstract

The utility model relates to a handle position identification device, which comprises one or more handle position identification units; one of the grip position identification units corresponds to one grip position area of the body; one bit identification unit comprises 8 finger position pasters, and the 8 finger position pasters of the same bit identification unit correspond to 8 pitch positions in the corresponding bit area one by one; the 1 st to 5 th finger position pastes are different in the same group of the position identification units, the 1 st and 6 th finger position pastes are the same, the 2 nd and 7 th finger position pastes are the same, and the 3 rd and 8 th finger position pastes are the same. The learner can learn more complicated playing methods conveniently, and the memory capacity of the learner on the positions is improved; according to the pure octave relation in the music basic theory, the finger positions of the tones with the pure octave relation are marked with the same color, so that all the finger position relations of each pure octave relation on the violin fingerboard are also the finger position relations of the violin, and the finger position relations can be clear at a glance through visual effect, and especially, the learners can play pure octave double-tone scales conveniently.

Description

Handle position identification device

Technical Field

The utility model belongs to the musics field especially relates to a string class musical instrument is position sign.

Background

In the intonation of a violin, generally used is a technique in which finger-position stickers of the same color or random and disordered colors are attached to the positions of common tones.

When a learner plays a violin, the learner needs to see a music score with eyes, and simultaneously, a left hand finger presses corresponding strings and corresponding positions on a violin fingerboard, and at present, no finger position sticker of any violin can have corresponding relation and intonation relation with the music score of the violin.

When a violin plays a tone, notes on a music score need to be correspondingly and correctly connected with a specific finger position of a left hand finger, but the current technical method of the violin finger position sticker is only limited to marking a plurality of common tones on a violin finger plate, and does not carry out marking connection corresponding to the left hand finger on the specific pitch of the tones on the music score, which is the other aspect of achieving tone accuracy. Many learners often confuse the adjacent sounds, for example, DO reduction and DO rise are difficult to distinguish, which causes frustration to the learners and hinders violin learning.

The teacher may ask the learner to remember the specific positions of different pitches on purpose, but since most learners are only at the level of hobbies, it is difficult to complete the learning of the intonation of the violin completely relying on only his own memory.

The popularization of the violin playing art is limited to a great extent, the activities of the masses of people to learn and enjoy the violin playing art are limited to a great extent, and the popularization of the violin elegant culture art in the masses of people is limited to a great extent. The construction of the spiritual culture life of the masses of people in China is hindered to a great extent.

At present, the finger position paste of the intonation technology of a common violin only acts on a fingerboard of the violin and does not help to perform intonation learning on a music score of a corresponding played tune.

The finger position stickers only have common violin tones, and do not clearly help learning of violin tone variation, and the finger position stickers with the same color are easy to make people who learn to pull violins unfavorable for visually distinguishing different intonations.

The existing finger position paste is only marked with a phonetic name: CDEFGAB, and their corresponding pitch names, respectively, increased or decreased. These do not directly help the actual learning of the violin intonation. Because the violin sings the note name when learning to read the music: do re mi fa sol la si, rather than the pitch names of the tones: CDEFGAB, this is a practical situation for chinese, since for foreign violators, especially language-based countries, they can express pitch directly by its pitch name: CDEFGAB, but learners in our country in actually learning a score are more of the pitch names of the tones: do re mi fa sol la si. Therefore, the note names of the directly marked notes are pasted on the finger positions of the foreign violins: CDEFGAB, while our chinese learners are learning, does not work as well as learners in countries that are based on letters.

Although the color is pasted on the finger positions of part of the violins, the color is irregular, the violin is not supported by the corresponding music theory basis, and the violin is pasted randomly, so that the violin learner can learn the violins easily and quickly without different colors. The disordered finger position paste with the color can increase the learning difficulty of learners.

The finger position paste of the existing violin only acts on a finger board of the violin and does not help to perform intonation learning on the music score of the corresponding played tune.

The learning playing of the violin needs to be carried out while watching the music score, but the technical finger position sticker for playing the violin playing the intonation does not have corresponding relation and correspondence with the played violin music score, so that a violin learner cannot recognize the corresponding relation between the pitch position of the tone on the music score and the finger position of the left hand, and the violin intonation learning is trapped in a predicament.

SUMMERY OF THE UTILITY MODEL

[ problem ] to provide a method for producing a semiconductor device

To the above problem, the utility model provides a position identification means, it is current to mainly solve the position subsides relatively in a jumble, irregular, be unfavorable for discernment, do not have the pitch of any violin effectively to link for the answer relation, be unfavorable for beginner's study scheduling problem.

[ MEANS FOR SOLVING PROBLEMS ] A method for producing a semiconductor device

In order to solve the problem, the utility model adopts the following technical scheme:

a bit identification device comprises one or more bit identification units;

one of the grip position identification units corresponds to one grip position area of the body;

one bit identification unit comprises 8 finger position pasters, and the 8 finger position pasters of the same bit identification unit correspond to 8 pitch positions in the corresponding bit area one by one;

the 1 st to 5 th finger position pastes are different in the same group of the position identification units, the 1 st and 6 th finger position pastes are the same, the 2 nd and 7 th finger position pastes are the same, and the 3 rd and 8 th finger position pastes are the same.

One way, when the position identification unit is plural, it corresponds to different position areas of the body respectively; the 1 st to 8 th finger position pastes from top to bottom set gradually.

In one mode, any two adjacent finger position stickers are different.

In one mode, the finger position sticker is in a strip shape, the width of the finger position sticker is 1-3mm, and the length of the finger position sticker is matched with the width of a fingerboard of a musical instrument.

In one mode, the 1 st to 5 th finger position stickers have 5 different colors, the 1 st and 6 th finger position stickers have the same color, the 2 nd and 7 th finger position stickers have the same color, and the 3 rd and 8 th finger position stickers have the same color.

In one mode, 8 finger position stickers are arranged in one handle position area; when the number of bit areas is 16:

the 2 nd finger position of the first finger position area is pasted as the 1 st finger position paste of the second finger position area;

the 1 st finger position of the third finger position area is pasted as the 4 th finger position paste of the first finger position area;

the 1 st finger position of the fourth finger position area is pasted as the 6 th finger position paste of the first finger position area;

pasting the 1 st finger position of the fifth finger position area as the 7 th finger position paste of the first finger position area;

the 1 st finger position of the nth finger position area is pasted as the 8 th finger position of the (n-4) th finger position area, n is more than or equal to 6 and less than or equal to 16, and n is a positive integer.

In one mode, any two adjacent pitch positions have a semitone interval relationship.

In one mode, in the same register area, the 1 st pitch position and the 6 th pitch position are in a pure octave relationship, the 2 nd pitch position and the 7 th pitch position are in a pure octave relationship, and the 3 rd pitch position and the 8 th pitch position are in a pure octave relationship.

In one mode, the finger position sticker comprises an identification layer and an attachment layer; the one side that the identifying layer was kept away from on attached layer is equipped with easily tearing from type paper.

In one mode, the identification layer is made of rubber; the upper surface of the identification layer is an arc-shaped surface.

[ PROBLEMS ] the present invention

The utility model has the advantages that:

1. the learner can learn more complicated playing methods conveniently, and the memory capacity of the learner on the positions is improved;

2. according to the pure octave relation in the music basic theory, the finger positions of the tones with the pure octave relation are marked with the same color, so that all the finger position relations of the pure octave relation on the violin fingerboard are also the finger position relations of the violin, and the finger position relations can be clear at a glance through visual effect, and especially, the learners can play pure octave double-tone scales conveniently;

3. the finger position paste can be removed according to the requirement, when the learning is carried out to a certain degree, a part of the finger position paste can be removed, and the transition learning from the middle intonation level to the high intonation level is carried out;

4. through the regular connection among the finger position stickers, a group of finger position stickers are associated, so that the learning and playing of learners are facilitated;

5. the pitch position can be found more quickly through the finger position paste, and the finger position paste can be pressed and played quickly.

Drawings

Fig. 1 is a usage state diagram of the present invention;

fig. 2 is a schematic cross-sectional view of the finger sticker.

Detailed Description

The present invention will be further explained with reference to the accompanying drawings:

a bit identification device comprises one or more bit identification units;

one of the grip position identification units corresponds to one grip position area of the body; the handle area 12 is a known handle, and the specific space is set according to the size of the body;

one bit identification unit comprises 8 finger position patches 11, and the 8 finger position patches 11 of the same bit identification unit correspond to 8 pitch positions in a corresponding bit area 12 one by one; the pitch positions correspond to the 8 juxtaposed positions in one of the bit fields 12 in fig. 1.

The 1 st to 5 th finger position pastes 11 in the same group of finger position identification units are different, the 1 st and 6 th finger position pastes 11 are the same, the 2 nd and 7 th finger position pastes 11 are the same, and the 3 rd and 8 th finger position pastes 11 are the same.

When the finger position sticker 11 is used on the finger board 10, the 1 st to 8 th finger position stickers 11 are arranged in order from the head to the bottom.

The above-mentioned indications are the same, and it is not required that both are identical, but that both are identical in pattern, color or shape in appearance; the two can be matched and associated conveniently and quickly, and the different parts also need to be distinguished conveniently and quickly.

When the number of the handle position identification units is multiple, the handle position identification units respectively correspond to different handle position areas 12 of the fingerboard 10; the 1 st to 8 th finger position stickers 11 are arranged from top to bottom in sequence.

Any two adjacent finger position stickers 11 are different.

The finger position paste 11 is strip-shaped, the width of the finger position paste is 1-3mm, and the length of the finger position paste is matched with the width of the musical instrument fingerboard 10.

With reference to fig. 1, the 1 st to 5 th finger position patches 11 have 5 different colors, the 1 st and 6 th finger position patches 11 have the same color, the 2 nd and 7 th finger position patches 11 have the same color, and the 3 rd and 8 th finger position patches 11 have the same color.

One handle area 12 is provided with 8 finger position stickers 11; when the number of the bit areas 12 is 16:

the 1 st finger position of the nth finger position area is pasted as the 8 th finger position of the (n-4) th finger position area, n is more than or equal to 6 and less than or equal to 16, and n is a positive integer;

it is further specifically shown that as follows,

the 1 st finger position of the sixth finger position area is pasted as the 8 th finger position paste of the second finger position area;

the 1 st finger position of the seventh finger position area is pasted as the 8 th finger position paste of the third finger position area;

the 1 st finger position of the eighth finger position area is pasted as the 8 th finger position paste of the fourth finger position area;

the 1 st finger position of the ninth finger position area is pasted as the 8 th finger position of the fifth finger position area;

the 1 st finger position of the tenth finger position area is pasted to the 8 th finger position of the sixth finger position area;

the 1 st finger position of the eleventh finger position area is pasted to the 8 th finger position paste of the seventh finger position area;

the 1 st finger position of the twelfth finger position area is pasted to the 8 th finger position paste of the eighth finger position area;

the 1 st finger position of the thirteenth finger position area is pasted to the 8 th finger position of the ninth finger position area;

the 1 st finger position of the fourteenth finger position area is pasted to the 8 th finger position of the tenth finger position area;

the 1 st finger position of the fifteenth finger position area is pasted to the 8 th finger position paste of the eleventh finger position area;

the 1 st finger of the sixteenth finger area is pasted to the 8 th finger of the twelfth finger area.

Any two adjacent pitch positions have semitone interval relationship.

In the same pitch zone, the 1 st pitch position and the 6 th pitch position are in pure octave relationship, the 2 nd pitch position and the 7 th pitch position are in pure octave relationship, and the 3 rd pitch position and the 8 th pitch position are in pure octave relationship.

The finger position sticker 11 comprises an identification layer 111 and an attaching layer 112; the side of the attaching layer 112 away from the identification layer 111 is provided with an easily torn release paper 113.

The mark layer 111 is made of rubber; the upper surface of the identification layer 111 is an arc-shaped surface.

It will be apparent to those skilled in the art that various modifications may be made to the above embodiments without departing from the general spirit and concept of the invention. Which all fall within the protection scope of the utility model. The protection scheme of the utility model is based on the appended claims.

Claims

1. A handle position identification device, characterized by: comprises a fingerboard (10), an

One or more handle identification units (12) arranged on the fingerboard (10);

a handle marking unit (12) comprising 8 finger position stickers (11) arranged in sequence along the length direction of the finger board (10),

the 1 st to 5 th finger position pastes (11) in the same group of finger position identification units (12) are different from each other, the 1 st and 6 th finger position pastes (11) are the same, the 2 nd and 7 th finger position pastes (11) are the same, and the 3 rd and 8 th finger position pastes (11) are the same;

the finger position sticker (11) comprises an identification layer (111) and a sticking layer (112).

2. A handle bit identifying device according to claim 1, wherein: when the bit identification units (12) are multiple, different bit identification units (12) correspond to different bit areas of the fingerboard (10); the 1 st to 8 th finger position stickers (11) in the same group of finger position identification units (12) are sequentially arranged from top to bottom.

3. A handle bit identifying device according to claim 2, wherein: any two adjacent finger position stickers (11) are different.

4. A handle bit identifying device according to claim 1, wherein: the finger position paste (11) is in a strip shape, the width of the finger position paste is 1-3mm, and the length of the finger position paste is matched with the width of the musical instrument fingerboard (10).

5. A handle bit identifying device according to claim 1, wherein: the 1 st to 5 th finger position stickers (11) are 5 different colors, the 1 st and 6 th finger position stickers (11) are the same color, the 2 nd and 7 th finger position stickers (11) are the same color, and the 3 rd and 8 th finger position stickers (11) are the same color.

6. A handle bit identifying device according to claim 2, wherein: one handle area is provided with 8 finger position stickers (11); when the number of bit areas is 16:

7. A handle bit identifying device according to claim 1, wherein: any two adjacent pitch positions have semitone interval relationship.

8. A bit map identification device as claimed in claim 7, wherein: in the same pitch zone, the 1 st pitch position and the 6 th pitch position are in pure octave relationship, the 2 nd pitch position and the 7 th pitch position are in pure octave relationship, and the 3 rd pitch position and the 8 th pitch position are in pure octave relationship.

9. A handle bit identifying device according to claim 1, wherein: one side of the attaching layer (112) far away from the identification layer (111) is provided with an easily-torn release paper (113).

10. A bit map identification device as claimed in claim 9, wherein: the mark layer (111) is made of rubber; the upper surface of the identification layer (111) is an arc-shaped surface.