Individualized directional gait movement rehabilitation feedback training device and training method after knee joint replacement

Abstract

The individualized directional gait movement rehabilitation feedback training device comprises a supporting frame, a lifting device is installed on the supporting frame, an extension rod of the lifting device is upwards connected with a seat plate, a backup plate is arranged at the rear end of the seat plate, and armrests are arranged on the two sides of the seat plate; the device further comprises an electric control device and a guide rail fixed to the ground, an arc-shaped training track device is arranged above the guide rail and comprises an arc-shaped plate, and a movable bottom plate is arranged in the arc-shaped plate; the invention further discloses a training method of the feedback training device. Active training and passive training can be performed, the motion resistance of the bottom plate can be adjusted, and specific requirements of different rehabilitation patients can be flexibly met. Historical training data of the rehabilitation patient is recorded through the cloud server, doctor guidance data is obtained, use is convenient, training is scientific, the doctor can conveniently guide the rehabilitation patient and monitor the training recovery condition of the rehabilitation patient, and the rehabilitation patient can conveniently train according to doctor guidance.

Description

technical field [0001] The invention relates to the field of rehabilitation medical technology, in particular to an individualized directional gait movement rehabilitation feedback training device and method for knee joint replacement surgery, and in particular to a method for active and passive circular training in the early, middle and late stages of rehabilitation. Background technique [0002] Knee arthroplasty (KA) is the main method for the treatment of knee degenerative osteoarthropathy. With the intensification of the aging process of the population, the number of patients undergoing knee replacement surgery around the world is gradually increasing. [0003] It is generally recommended for patients to undergo rehabilitation training for 6 weeks to 6 months after knee surgery. The training period is long and the training effect is difficult to achieve. [0004] At present, the research on the mechanism of rehabilitation is not sufficient, and there is a big gap betwe...

AI Technical Summary

Problems solved by technology

How to realize the timely feedback strategy of rehabilitation treatment on the platform needs to be combined with related technologies such as digitalization and mechanization. At present, there are few applications of artificial intelligence in medical fields such as knee joint rehabilitation; Diversification can basically achieve the purpose of alternative medicine, but the relevant research is mostly biased towards the mechanical dynamics of fixed modules, which fail to take into account the motion characteristics of the human knee joint itself, and do not strengthen its inertial motion trajectory. For effective progressive The effect of relieving the patient's muscle strength and joint range of motion is also questionable

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