A rehabilitation device for preventing hand muscle atrophy and deformation

Abstract

The invention discloses a rehabilitation device for preventing hand muscle atrophy and deformation and application thereof and belongs to the field of medical rehabilitation. The rehabilitation devicecomprises a thumb stall plate, an index finger stall plate, a middle finger stall plate, a ring finger stall plate and a little finger stall plate which correspond to the five fingers of the human body, the five stall plates are connected to a fixing plate corresponding to the hand back shape of the human body, the thumb stall plate, the index finger stall plate, the middle finger stall plate, the ring finger stall plate and the little finger stall plate are of structures corresponding to corresponding finger bones, and torsional springs are arranged at corresponding finger joint positions. The parts, corresponding to the hand finger bones, of the thumb stall plate, the index finger stall plate, the middle finger stall plate, the ring finger stall plate and the little finger stall plate are provided with permanent magnet blocks I and magnetic blocks I at intervals, a permanent magnet block II located on the rear side of the thumb stall plate and four permanent magnet blocks II respectively and correspondingly located on the rear sides of other four stall plates are arranged on the fixing plate, and the magnetic blocks I are identical in magnetic pole. The rehabilitation device candrive fingers to completely close upon, unbend and stretch and can achieve more comprehensive hand exercising.

Description

technical field [0001] The invention relates to the field of medical rehabilitation tools, in particular to a rehabilitation device for preventing hand muscle atrophy and deformation and its application. Background technique [0002] Today, the recovery of hand function in hemiplegic patients largely depends on the intervention of early rehabilitation treatment, which is mainly to maintain the range of motion of the joints, prevent muscle shortening, and induce muscle tension. [0003] At present, the hand rehabilitation balls in the prior art are designed to alleviate the atrophy and deformation of the hand muscles. They generally use inflatable spherical capsules, and the opening and holding actions of the fingers are realized through the inflation and deflation of the spherical capsules, so as to make the The hand muscles are exercised to prevent muscle atrophy and deformation. But in fact, because the inflatable balloon is a spherical structure, after it is inflated, th...

AI Technical Summary

Problems solved by technology

But in fact, because the inflatable balloon is a spherical structure, after it is inflated, the contact surface with the human hand is relatively small. In order to fully open the fingers attached to its surface, the inflatable balloon needs to become very large. , which is not suitable for practical application. Therefore, when the existing inflatable balloon is used, the user's fingers cannot be fully opened; , the user's fingers cannot be fully gripped, the hand exercise is not comprehensive enough, and the effect is poor

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