Violin pitch adjusting device

Abstract

The invention discloses a violin pitch adjusting device. The device comprises a bottom plate, adjusting handles in one-to-one correspondence with the strings are arranged on the bottom plate; each adjusting handle is provided with a speed reduction transmission structure with the transmission ratio larger than 1, each speed reduction transmission structure is connected with a string winding rod wound with strings, the speed reduction transmission structure drives the string winding rods to slightly rotate by rotating the adjusting handles, the strings rotate around the string winding rods close to the end of the bottom plate, and fine adjustment of the strings is achieved. According to the invention, the speed reduction structure with the transmission ratio larger than 1 and capable of continuously and finely adjusting the strings is arranged between the violin tail and the strings, four tuning shafts of a traditional violin head part are not used for tuning, the problem that an existing violin tuning shaft is prone to rotation and out-of-tone is effectively solved, the problem that tuning is strenuous is solved, and the problem that tuning is not easy to adjust accurately is solved.

Description

Technical field [0001] The invention relates to the technical field of violin tuning, in particular to a violin pitch adjusting device. Background technique [0002] Violins can be roughly divided into violin, viola, cello and double bass. These four stringed instruments have many similarities, such as shape names, etc., but when it comes to differences, there are too many to list, such as size, playing How to play and so on. The existing violins are tuned by the four tapered pegs of the headstock, and the friction between the pegs and the shaft holes is used to lock the strings from running back. The disadvantage is that the tuning is more laborious, easy to slip, and difficult to be precise. tuning. The bottom plate is located between the horse bridge and the tail post, and the bottom plate of the traditional violin pull does not have a tuning function, or is equipped with a lever-type micro-tuner, which has a limited tuning function. Summary of the invention [0003] In view...

AI Technical Summary

Problems solved by technology

[0003] In view of the above existing problems, the present invention provides a violin pitch adjustment device with a large adjustment range, which can directly cancel the rotating shaft at the front end of the violin, and set a transmission ratio greater than 1 between the tail and the strings, which can be continuously fine-tuned. The deceleration structure of the strings can be tuned without using the four pegs of the traditional head part, which effectively solves the problem that the tuning shaft of the existing violin is easy to turn and run out of tune, solves the problem of laborious tuning, and solves the problem of poor tuning. easy tuning problem

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