Health cognitive system under self-excitation and feedback control

Abstract

The invention provides a health cognition system under self-excitation and feedback control. The system comprises a balance ability evaluation subsystem, a self-excitation subsystem, a feedback control subsystem and a health exercise device, wherein the health exercise device is connected with the balance ability evaluation subsystem and used for collecting health exercise parameters in the healthexercise process of a patient; excitation scene videos corresponding to different balance ability scores are stored in an excitation database of the self-excitation subsystem, and the excitation scene videos are augmented reality (AR) scenes capable of exciting patients with different balance abilities to complete various daily life activity operations and achieving the effects of the daily lifeactivity operations. According to a technical scheme in the invention, a visualization technology and excitation factors are introduced into the rehabilitation exercise process of stroke patients, theinteraction relationship between the stroke patients and the health cognition system is improved, more convenient, easier and relaxed use experience is brought to users, and the stroke patients can be immersed in a positive and optimistic rehabilitation environment.

Description

technical field [0001] The application belongs to the technical field of man-machine control, and in particular relates to a health cognitive system under self-motivation and feedback control. Background technique [0002] Clinical and research results show that stroke (stroke) and spinal cord injury are relatively common neurological diseases in major Chinese and Western countries in recent years. Improper treatment will lead to serious consequences such as hemiplegia, disability and even death. According to relevant statistics, there are only 6 million stroke patients in my country, and there are more than 2 million new stroke patients every year. Patients often suffer from sequelae such as hemiplegia. The rehabilitation mechanism of stroke hemiplegia and clinical medical experiments have proved that the central nervous system of the human brain has a high degree of plasticity. The plasticity theory of the brain provides many possibilities for the functional rehabilitat...

AI Technical Summary

Problems solved by technology

[0008] Nevertheless, the inventor has found in clinical practice that the technical solutions proposed by the above-mentioned prior art still focus on forcing the patient to train according to the predetermined action, although some lost brain functions can be restored through correct rehabilitation training, but this is a problem. slow long process

Most of the above-mentioned technical solutions do not consider the interactive relationship between the rehabilitation program itself and patients, and lack of consideration for the needs of patients (especially elderly patients), resulting in low product usage, increased patient rehabilitation cycle, and even misuse and waste of patient rehabilitation. Use and other issues

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