Back-supported and weight-reduced wave mode balance estimating and training method

Abstract

The invention provides an estimating and training method for ensuring that patients maintain standing balance capabilities when actively moving the gravity center of bodies under a back-supported and weight-reduced state to make the force-applied center of double lower limbs moves along a wave trace. The method is realized through a set of back-supported and weight-reduced wave mode balance estimating and training system. System hardware comprises a training bed, a control cabinet, a master control computer, a display device for patients and a main display screen, wherein the inclining angle of the training bed can be regulated, one end of the training bed is provided with a left pedal plate assembly and a right pedal plate assembly, and sole pressure sensing devices are respectively arranged on the left pedal plate assembly and the right pedal plate assembly. The training method comprises test estimation and function training; the gravity center of the human body moves along the wave trace through the force application of double lower limbs of the patients so that the patients maintain the capabilities of standing balance, thereby test estimation is carried out for obtaining data; and then wave mode standing balance training is carried out on the patients rightly; and compared with common standing balance, the method increases the training enjoyment, and simultaneously also improves the training difficulty.

Description

technical field [0001] The invention relates to a rehabilitation training method for patients with left and right balance dysfunction, in particular to a balance assessment and balance training method for moving the center of force of both lower limbs along a wave track under back support and weight reduction. Background technique [0002] Cerebrovascular disease, Parkinson's disease, craniocerebral trauma, and spinal cord injury have a high annual incidence rate, and due to aging, frequent natural disasters and accidents, the incidence rate is increasing year by year. These diseases and injuries can cause balance dysfunction and even disability. According to statistics, among the 3.2 to 4 million surviving severely disabled patients with cerebrovascular diseases, for example, balance dysfunction is one of the main causes of disability. A number of evidence-based medical evidences show that balance function exercises are an important way to improve function, especially for ...

AI Technical Summary

Problems solved by technology

According to the survey, for patients who lack independent standing balance ability, the training method with adjustable weight loss will greatly improve the training effect, but the current weight loss training method mainly uses suspension equipment, which needs to restrain the patient's trunk, and the operation is relatively difficult. Complicated and prone to patient discomfort

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