Flexible glove assembly for rehabilitation training

Abstract

The invention discloses a flexible glove assembly for rehabilitation training. The flexible glove assembly comprises a glove body, finger side pull lines, finger pulp and back pull lines and wrist pull lines. The glove body comprises finger portions, a palm portion and a wrist portion which are sequentially connected and formed. The finger pulp and back pull lines, the finger side pull lines and the wrist pull lines are arranged on the hand back and hand palm of the glove body, one end of each finger pulp and back pull line is fixed to the fingertip of each finger portion, and the other end ofeach finger pulp and back pull line penetrates through the wrist portion after passing through the palm portion. one end of each wrist pull line is fixed to the palm portion, and the other end of each wrist pull line penetrates through the wrist portion. A first turning part is arranged on the hand back and hand palm of the palm body respectively, the first turning part located on the hand back is close to the root portion of the little finger, and the first turning part located on the hand palm is close to the root portion of the thumb. The flexible glove assembly can drive the finger portions to perform bending, stretching, inward closure and outward stretching actions under traction and drives the wrist portion to bend or stretch and meets the full function demand of hand joint training.

Description

technical field [0001] The invention relates to a medical device, in particular to a flexible rehabilitation training glove assembly. Background technique [0002] With the gradual development of my country's aging population, the proportion of patients with stroke and traumatic brain injury continues to increase. Stroke will lead to different degrees of motor dysfunction in the limbs of patients. If the mouth is soft, the tongue will come out weakly, or slurping and chewing will be weak; if the hands are soft, it will not be able to hold and lift, or the grip will not be tight; Weakness and weakness of all or part of the muscles. [0003] The hand is one of the frequently used body parts in human daily life. At present, rehabilitation training devices for finger rehabilitation training mostly use external mechanical structures to perform rehabilitation cycle training for fingers. The mechanical structure is cumbersome, the cost is high, and During the training process, pati...

AI Technical Summary

Problems solved by technology

[0003] The hand is one of the frequently used body parts in human daily life. Currently, rehabilitation training devices for finger rehabilitation training mostly use external mechanical structures to perform rehabilitation cycle training for fingers. The mechanical structure is cumbersome and costly. During the training process, the patient is prone to feel bored, produces a series of emotions such as tiredness, fatigue, and boredom, and lacks interest in training

And the training effect is single. Generally, only the flexion and extension of the fingers can be realized, and it cannot meet the comprehensive training needs of the full functions of the hand joints.

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