Biological feedback balance detection, therapy and training apparatus

Abstract

The invention provides a biofeedback balance detection, treatment and training instrument capable of obtaining the dynamic parameters of the human body posture control function to facilitate the improvement of the human body balance function evaluation and human body balance training and treatment, including a pressure sensor, a platform, and a real-time display of the center of gravity trajectory of the human body A display device and a computer analysis and processing system, the platform is a dynamic platform; the dynamic platform includes a fixed base and a platform upper plate, and the pressure sensor is located between the fixed base and the platform upper plate, and is characterized in that: A universal swing mechanism for dynamic movement of the platform is also provided between the fixed base and the upper plate of the platform, or an electric drive mechanism is connected to the upper plate of the platform, and a flexible foot pad is arranged on the upper plate of the platform.

Description

technical field [0001] The invention relates to a balance device for detecting, treating and training the functions of a human body posture control system, in particular to a biofeedback balance detecting, treating and training instrument. Background technique [0002] The balance function of the human body is maintained by the posture control system. Postural stability test (or Stabilimetry), also known as postural sway, is a new qualitative positioning diagnosis for the vestibular system, visual system and proprioceptive system lesions that cause balance dysfunction in recent years method. Its clinical significance lies in the combination of biomechanical principles and clinical physiology and pathology, coupled with computer technology, to record and analyze the graphic trajectory of the continuous change of the center of gravity of the human body on the plane, and to provide valuable objective information for the comprehensive judgment of human body balance function. m...

AI Technical Summary

Problems solved by technology

[0005] Nevertheless, the above-mentioned human body center of gravity balance instrument still has deficiencies in actual use: because the platform on which the human body stands is designed as a static platform, the human body stands on the platform as standing on a stable floor, and the proprioception does not change. Therefore, its parameter index cannot fully reflect the dynamic posture control function of proprioception reflex, and it is impossible to detect, evaluate and train the posture control system function after changing the proprioception.

Although these two documents build a dynamic platform for the evaluation and detection of human balance, since the platform and its surface that the human body directly contacts are a rigid structural whole, there will only be a rigid dynamic in the proprioception of people standing on it. And lack of flexible dynamics, so it is not a practical and effective technical means for the simulation training of the body's center of gravity change in beach sports or golf.

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