Exercise control system with visual motivation interface

Abstract

The invention provides an exercise control system with a visual motivation interface. The exercise control system comprises a wearable external member, a visual motivation interface and a pressure andvibration combined sensing table. The wearable device external member comprises a four-limb external member and an AR helmet which are connected with each other; the visual motivation interface is displayed on a near-end control computer, the near-end control computer is in wireless communication with the wearable device external member, the near-end control computer comprises a posture recognition engine, and the posture recognition engine recognizes posture parameters of a target person wearing the wearable device external member. According to the technical scheme, the visualization technology and motivation factors are introduced into the rehabilitation exercise process of the stroke patient, the interaction relation between the system and old stroke patients is improved, more convenient, easier and relaxed use experience is brought to a user, the stroke patients can integrate into a rehabilitation environment full of positive optimistic atmosphere and can restore their ability todaily life activities early.

Description

technical field [0001] The invention belongs to the technical field of health control, and in particular relates to an exercise control system configured with a visualized incentive interface. Background technique [0002] Stroke is a common disease that seriously threatens human health and life. It has the characteristics of high mortality and disability. About 1 / 4 of the patients will relapse. [0003] The goal of stroke rehabilitation is to maximize the remaining functions of patients, reduce neurological deficits, improve independent living ability and quality of life, and return to family and society. Modern rehabilitation theory and practice have proved that exercise control related to rehabilitation training is the most effective way to reduce the disability rate of stroke. Effective rehabilitation training can reduce the functional disability of patients, accelerate the rehabilitation process of stroke, reduce nursing costs, and save Social resources to improve pa...

AI Technical Summary

Problems solved by technology

[0008] However, the principle of stroke rehabilitation is that it is a slow and long-term process to restore some lost brain functions through correct rehabilitation training. The rehabilitation cycle of the elderly after stroke is relatively longer, so most stroke patients can only return after a short early recovery. families continue to recover; the existing rehabilitation products have fewer types, single functions, and uneven quality and rehabilitation effects; more importantly, rehabilitation is an extremely painful process for stroke patients. ) demand considerations, resulting in low product usage, insufficient medical staff, increased patient recovery cycle, and even misuse and waste of patient recovery, which not only brings pressure to patients and their families, but also creates social resources. and waste of medical resources

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