Mobile backpack type stroke hemiplegia upper limb function rehabilitation training system

Abstract

The invention provides a mobile backpack type stroke hemiplegia upper limb function rehabilitation training system. The rehabilitation training modes of the motor therapy and the neurobioelectric therapy are combined and used at the same time, so that a hemiplegia rehabilitation patient can obtain part of the self-care ability while carrying out motor therapy and neurobioelectric therapy trainingat the same time. Then, the patient gradually recovers and is integrated into the society in the mode of gradually reducing auxiliary muscle force intervention.

Description

technical field [0001] The invention belongs to the technical field of medical equipment technology, and in particular relates to a mobile backpack type stroke hemiplegia upper limb functional rehabilitation training system. . Background technique [0002] Hemiplegia, also known as hemiplegia, refers to movement disorders of the upper and lower limbs, facial muscles, and lower tongue muscles on the same side. It is a common complication after stroke. The postoperative recovery period of the patient is long and the cost is huge. Although the state can reimburse part of the cost, the patient needs long-term care from his family because of his lack of self-care ability, which brings great psychological and economic pressure to the patient and his family. If patients can gain some self-care ability as soon as possible, it will be a great contribution to patients, their families and society. [0003] Since there is a certain substitution of brain nerve function, this provides t...

AI Technical Summary

Problems solved by technology

Disadvantages: This therapy is only suitable for patients in the middle and late stages of rehabilitation, and it cannot be used for rehabilitation for patients without exercise ability; the rehabilitation process is boring, and the enthusiasm and participation of patients are insufficient; data collection and analysis of exercise conditions cannot be performed, and the rehabilitation effect Difficult to accurately assess and adjust

Disadvantages: only suitable for patients in the middle and late stages of rehabilitation, powerless for early patients

Disadvantages: It belongs to the bottom-up method, which has doubts about the rehabilitation effect of motor nerves, and requires manual assistance. In the current situation of shortage of doctor resources, the cost is huge

Disadvantages: It belongs to the Bottom-up method, and the rehabilitation effect on motor nerves is doubtful

Disadvantages: It belongs to the bottom-up method, and the rehabilitation effect on motor nerves is doubtful, and the price is particularly high and ordinary patients cannot afford it.

Disadvantages: The mechanism of action and side effects are not completely clear, and a small number of side effects such as discomfort or temporary cognitive changes and memory impairment

Disadvantages: There is no motor output, and the complications caused by muscle atrophy cannot be relieved; repeated motor imagery without feedback can easily make patients feel boring and reduce the enthusiasm for rehabilitation

Converting the motion state signal (position / acceleration and other indicators) of the healthy limb into low-frequency or intermediate-frequency electrical signals to control the affected limb cannot meet the requirements of accuracy and real-time performance according to the existing technical conditions

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