Medical leg exercise rehabilitation device

Abstract

The invention discloses a medical leg exercise rehabilitation device. The medical leg exercise rehabilitation device comprises a bottom plate, a non-slip cushion layer, a support plate, springs, a first motor, a threaded rod, a counterweight block, a placing frame, a mounting plate, support rods, massage balls, a second motor, a rotary shaft, a crankshaft, connecting rod journals, a sleeve tubes and connecting rods. As the medical leg exercise rehabilitation device is provided with the first motor, the threaded rod and the counterweight block, through cooperation for driving the placing frameto shake constantly, the placing frame keeps people's feet constantly shaking and can constantly move the leg joints and muscles of the human body to promote blood circulation and avoid problems caused by prolonged sedentary condition, for example, poor blood circulation in the lower limbs, too stiff muscles and thickening of legs, and the shaking amplitude of the support plate can be adjusted tomeet different needs; as the medical leg exercise rehabilitation device is provided with the second motor, the crankshaft, the connecting rod journal, the sleeve tubes and the connecting rods, throughcooperation for driving the massage balls to move up and down, the massage balls continuously massage the bottoms of the feet of the human body to promote blood circulation and benefit human health.

Description

Technical field [0001] The invention relates to the technical field of medical equipment, in particular to a medical leg exercise rehabilitation device. Background technique [0002] In the hospital, many people will paralyze the lower limbs or the whole body for various reasons. Such patients are very painful and cannot take care of themselves. If they do not often massage their muscles to relax, their muscles will gradually shrink. , Poor blood circulation, worsening the condition, physical rehabilitation for patients with hemiplegia includes functional point stimulation, electronic biofeedback, joint mobility training, muscle stretching training, muscle strength training, transfer training, gait training, etc. The treatment principle is to gradually increase the patient’s muscle strength, inhibit muscle tension, and promote the correct exercise pattern of the muscles. However, it requires multiple and long-term exercise every day. Routine massage such as flexion and extension ...

AI Technical Summary

Problems solved by technology

[0002] In the hospital, many people suffer from paralysis of the lower limbs or the whole body due to various reasons. Such patients are in great pain and cannot take care of themselves. If they do not give them regular muscle massage to relax, their muscles will gradually atrophy , blood circulation is not smooth, which further worsens the condition. Physical rehabilitation for hemiplegic patients includes functional point stimulation, electronic biofeedback, joint range of motion training, muscle stretching training, muscle strength training, transfer training, gait training, etc. The principle of treatment is to gradually increase the patient's muscle strength, inhibit muscle tension, and promote the correct movement pattern of the muscles, but it requires multiple times a day and long-term exercise. Conventional massage, such as flexing and stretching the patient's limbs, requires medical staff or family members to waste a lot time and energy, and the synchronous rehabilitation of the upper and lower limbs cannot be performed, and the patient cannot train independently, and the rehabilitation effect is often unsatisfactory

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