Upper limber training platform capable of simulating motions in scenes of life

Abstract

The invention discloses an upper limber training platform capable of simulating motions in scenes of life. The upper limber training platform includes a supporting plate and a gyroscope. A mounting frame is fixed to the supporting plate and detachably and fixedly connected with one of a flight driving module, a car gear changing module, a randomly-directional hand movement module and a wrist jointswinging module or detachably and fixedly connected with one of a car driving module, a rotating handle module, an unlocking module and a transverse palm swinging module through a switching shaft module, and correspondingly simulation training of the motions in the scenes of life can be conducted on upper limbs of a patient. The flight driving module, the car gear changing module, the randomly-directional hand movement module, the wrist joint swinging module, the switching shaft module and the gyroscope adopt a magnetic detachable fixed connection mode, and the gyroscope and a displayer are connected with a control system through lines; by adopting simulation training of the motions in the scenes of life, the rehabilitation interest of the patient is increased, and the rehabilitation effect of the patient is improved.

Description

technical field [0001] The invention relates to an upper limb training platform for simulating life scene actions, belonging to the field of rehabilitation medical equipment. Background technique [0002] The aging population in my country is on the rise year by year. The number of patients with stroke and hemiplegia is increasing year by year. Many patients show motor insufficiency of the upper and lower limbs. The hand is the end of the upper limb. Hand movement drives the upper limb movement. The current upper limb and hand rehabilitation training The device, the form of exercise is single, and the patient's interest in rehabilitation training is not high. [0003] This application uses simulated life scene actions, so that patients can feel the shadow of life scene actions during training, and improve patients' interest in rehabilitation; at the same time, the use of simulated life scene actions can make the patient's movement actions consistent with future life scene act...

AI Technical Summary

Problems solved by technology

[0002] The aging population in my country is on the rise year by year, and the number of patients with stroke and hemiplegia is increasing year by year. Many patients show motor insufficiency of the upper and lower limbs. The hand is the end of the upper limb, and the movement of the hand drives the movement of the upper limb. device, the form of exercise is single, and the patient's interest in rehabilitation training is not high

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