Multi-dimensional human body dynamic balance training system

Abstract

The invention relates to a multi-dimensional human body dynamic balance training system which comprises a cross-shaped sliding table, a lifting mechanism, a left-right rotating mechanism, a front-back rotating mechanism, a flat rotating mechanism, a pedal plate and a rack. The rack comprises a pedestal, a protective cover, an electrical cabinet, a columnar frame and a handrail seat, and the cross-shaped sliding table is arranged on the pedestal; and the lifting mechanism, the left-right rotating mechanism, the front-back rotating mechanism, the flat rotating mechanism and the pedal plate are sequentially and upwards connected in series and installed on the cross-shaped sliding table, and the protective cover is arranged between the pedestal and the pedal plate. The external driving mode is adopted to drive the human body to do passive movement, 0-6-degree-of-freedom dynamic balance training of the human body can be achieved, various human body balance function training requirements are met, the body core muscle force is enhanced, the vestibular sense is improved, the reaction speed is increased, the application range is wide, and the system can be used for rehabilitation of patients and training of athletes, or carrying out analog simulation on various working environments. And due to the modularized design, the system is easy to disassemble, assemble, combine and maintain.

Description

technical field [0001] The invention relates to a medical device rehabilitation device for evaluating and training human body balance functions, in particular to a multi-dimensional human body dynamic balance training system. Background technique [0002] Rehabilitation training for body balance is an important treatment method to restore the coordination ability of the human body. In clinical practice, the Berg balance measurement method (BBS), the Fulg-Meyer balance function assessment scale (FM-B) method and the posture assessment index (PASS) are often used. Most of these evaluation methods are equipped with physical therapists and rely more on the experience of physical therapists. One-to-one physical therapists are labor-intensive, low in efficiency, poor in objectivity, and difficult to quantify. Therefore, it is even more difficult to use instruments for evaluation and rehabilitation training. It is objective, scientific and precise, so the importance of rehabilitati...

AI Technical Summary

Problems solved by technology

The existing dynamic balance device still has problems such as single action of human active exercise training, complicated mechanical structure, inconvenient maintenance, inability to fully restore the body balance state of the human body, and low curative effect, and needs further improvement

Images