Finger-exercising turntable

Abstract

A finger-exercising turntable comprises a left palm supporting universal column, a left finger plate, a left base plate, a right base plate, a right finger plate and a right palm supporting universal column which are sequentially and axially arranged, wherein a plurality of finger holes for fingers to press into are formed in the plate face provided with the left palm supporting universal column of the left finger plate, a plurality of finger holes for fingers to press into are formed in the plate face provided with the right palm supporting universal column of the right finger plate, a rotary shaft is arranged between the left base plate and the right base plate, the middle of the rotary shaft is radially provided with a magnetic metal flange plate, the rotary shaft is sleeved with a pair of magnetic rings, the two magnetic rings are located on two sides of the magnetic metal flange plate respectively, the magnetic rings and the magnetic metal flange plate are sleeved with a fixing cover, one end of the rotary shaft penetrates through the fixing cover and then is fixedly connected to the left base plate, the fixing cover is fixedly connected to the right base plate, and each magnetic ring is relatively fixed in the fixing cover. Practice can be performed by applying the finger-exercising turntable, the exercise capacity and flexibility of fingers can be directly improved, and accordingly the adaptive capacity to musical instrument playing of the fingers is improved indirectly.

Description

technical field [0001] The present invention mainly relates to the technical field of fitness equipment, in particular to the technical field of finger fitness equipment. Background technique [0002] The performance of musical instruments has high requirements on the motor ability and flexibility of the fingers. The German Berlin Seebach Music Association found that: first improving the motor ability of the fingers, and then performing training, the useful work is far greater than the useless work. The finger training of musical instruments all over the world starts from the musical instrument, and this practice method runs through. As we all know, relying on this traditional training method, it is difficult to improve the motor ability and flexibility of the fingers quickly and efficiently. Learning a musical instrument must It takes a lot of time and the success rate is extremely low. Experiments show that: a pair of "dexterous" (good athletic ability) hands and a pair of...

AI Technical Summary

Problems solved by technology

The finger training of musical instruments all over the world starts from the musical instrument, and this practice method runs through. As we all know, relying on this traditional training method, it is difficult to improve the motor ability and flexibility of the fingers quickly and efficiently. Learning a musical instrument must It takes a lot of time and the success rate is extremely low. Experiments show that: a pair of "dexterous" (good athletic ability) hands and a pair of "clumsy" (poor athletic ability) hands also "walk" (practice) on the musical instrument for 5 years, the result is The difference is huge, the former has a better instrument playing ability, so it can be seen that for instrument players, it is very important to improve the motor ability of fingers without the instrument

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