Swinging code inflexion zither

Abstract

A swaying bridge tuning zither consists of a zither body, a string nail, a tuning machine, a string, and a bridge. The bridge is a swaying bridge composed of an active bridge, a bridge base, a fixing shaft, and a string-suspending nail. The active bridge is inserted into the groove of the bridge base and connected with the bridge base through the fixing shaft. The active bridge can sway around the fixing shaft in the groove of the bridge base freely; the active bridge is provided with two suspending nails, which are used to fix two ends of the string of the zither separately. The string at the right side of the swaying bridge and the string at the left side are connected withgether through the bridge to form a long string. The invention has the advantages that The swaying bridge changes the long string of the original tuning zither into two strings at the right side and left side separately, which are connected together through a swaying bridge. The swaying bridge converts the sliding friction between the angled string and the top bridge into rolling friction, thus guaranteeing the voice quality. In addition, the bridge is converted from wide double-bridge top into narrow single-bridge top, thus making it more convenient to perform the zither with one hand.

Description

(1) Technical field [0001] The invention relates to a kite, in particular to a swing code-transfer tuning kite. (2) Background technology [0002] At present, the widely used tuned zither adopts the middle bridge and has two performance areas, namely the right pentatonic string column and the left seven-note scale string column. This string column is arranged like the black and white keys of a piano, so that the zither has Twelve equal law. This kind of string array not only retains all the characteristics of the traditional pentatonic scale of the traditional zither, but also adds a seven-tone scale. In order to have the right pentatonic and left seventh tones of strings and to make the string spacing of each octave equal, the method of forcibly bending the strings on the top of the yard is usually used, causing the strings to form an angle on the top of the yard, thus Produced piano code top widening is so-called double code top phenomenon. This double-top phenomenon fi...

AI Technical Summary

Problems solved by technology

This double-top phenomenon first brings intonation problems. For example, when playing with a slide, due to the angle formed by the strings and the widening of the top of the bridge, the friction between the strings and the top of the bridge increases, resulting in the retention of the strings and making the press The incomplete reset of the sliding back strings affects intonation; secondly, due to the widening of the top of the saddle (up to 40mm in width), it is inconvenient to play across the saddle with one hand, and some songs cannot be completed

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