Hand function rehabilitation exercise device

Abstract

A hand function rehabilitation exercise device is used for palm and finger flexion and extension exercise in a function recovery period in hand wound treatment and overcomes the shortcoming that in the prior art, auxiliary devices for function rehabilitation exercise after hand wounding are lacked and positive effects of function exercise cannot be brought into full play. The hand function rehabilitation exercise device comprises a palm sleeve not including finger parts, pressure or induction switches, a pressure or induction switch connection times digital display, a display digital resetting switch, a single-chip microcomputer, a small battery or an external power source plug hole or a power switch, wherein the pressure or induction switches are installed at the contact positions of finger tips at the palm center on one side of a palm of the palm sleeve, the pressure or induction switch connection times digital display is installed on the palm sleeve, the single-chip microcomputer is installed on the palm sleeve to process pressure or induction switch connecting signals into accumulative digital display on the display, and the small battery or the external power source plug hole is installed on the palm sleeve. By utilizing the exercise device, patients can be obliged to automatically perform flexion and extension exercise in the function rehabilitation period of the wounded hands and can master information relevant with finger bending times and time in the exercise process at any time. The hand function rehabilitation exercise device is an auxiliary treatment device having obvious effects for rehabilitation of the wounded hands.

Description

technical field [0001] The invention belongs to the field of medicine, and in particular relates to a function recovery exercise device during and after treatment of hand trauma. Background technique [0002] Human hands, as labor in a state of frequent movement and the protective organs of the whole body, are more likely to be injured on a daily basis. Even if the injury is treated, due to scar contracture, tendon adhesion, joint stiffness, muscle atrophy, tissue defect and other reasons, it will cause permanent or long-term obstacles to the functional movement of the hand. In order to restore the motor function of the hand as soon as possible, compulsory functional exercise of fingers and palms during and after treatment is the most effective measure to speed up the recovery of hand injuries and eliminate dysfunction as soon as possible. Since the functional exercise of the injured hand has its pertinence and regularity, it cannot simply be carried out blindly by the pati...

AI Technical Summary

Problems solved by technology

Since the functional exercise of the injured hand has its pertinence and regularity, it cannot simply be carried out blindly by the patient, and should be supplemented with corresponding equipment. However, there is no suitable exercise equipment for post-traumatic hand function recovery. Functional exercise of hands failed to play its due role in early elimination of post-traumatic dysfunction

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