Human body static balance testing method and instrument

Abstract

The invention provides a human body static balance testing method and instrument. The method includes: a to-be-tested person stands on a plane, the gravity applied to the plane is borne by the four vertexes, serving as support points, of a square, the gravity data of the four support points are collected and multiple groups of gravity center coordinates are calculated, the average value of the gravity center coordinates is obtained to judge the gravity center deviation direction and amplitude of the to-be-tested person, and accordingly human body balance ability can be judged. The method can also reflect human body gravity center moving trajectories, the human body balance ability can be reflected through the human body gravity center moving trajectories, and the to-be-tested person can visually know own balance ability and balance adjusting directions.

Description

Technical field [0001] The invention relates to a human body static balance test method and a human body static balance tester, belonging to the field of sports or medical equipment. Background technique [0002] At present, the main domestic instruments for testing balance are independent testing instruments with closed eyes and one foot. Through the development of a plate switch sensor, it can automatically test the standing time with closed eyes and one foot to show the balance ability of the human body. In the prior art, three supporting points under a plane are often used to measure the center of gravity of the human body. The subject is standing on the plane and using three points to calculate the center of gravity of the human body is not accurate enough, and the calculation formula for the center of gravity has not been announced. The above-mentioned equipment has a simple structure and single data, which cannot reflect the movement trajectory of a person's center of grav...

AI Technical Summary

Problems solved by technology

In the prior art, three support points under one plane are often used to measure the center of gravity of the human body. When the subject stands on this plane, using three points to calculate the center of gravity of the human body is not accurate enough, and the formula for calculating the center of gravity has not been published. The above-mentioned equipment has a simple structure and a single data, which cannot reflect the moving track of the center of gravity of the human body, nor can it provide an intuitive analysis of the balance ability and the direction of balance adjustment.

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