Malalignment syndrome diagnosis apparatus based on plantar pressure and body movement and method thereof

摘要

The present invention relates to an apparatus and a method for diagnosing a human body non-alignment syndrome using sole pressure and movement information of a human body, which are capable of temporally synchronizing and collecting sole pressure of natural walking and movement information of a human body, and more accurately diagnosing a non-alignment syndrome by accurately grasping the characteristics of a waling operation through single and related analysis according to a waling step. According to the present invention, it is possible to connectively analyze sole pressure, movement of upper and lower legs, sole pressure changes in each step for walking, and movement of a related musculoskeletal system on a time basis on the basis of information measured in real time through a sole pressure sensor and a 3D sensor, and thus it is possible to more accurately and rapidly diagnose a non-alignment syndrome according to a quantitative standard. Therefore, a reliable and objective diagnosis can be performed. In addition, a 3D sensor having a limitation in measurement is used to compensate for 3D information on movement of a human body according to measurement of the 3D sensor on the basis of a change in sole pressure according to a walking step and a pattern for each waling step through a sole pressure sensor. Thus, it is possible to improve reliability of information necessary for determination of a non-alignment syndrome, and to manufacture equipment capable of performing a detailed diagnosis on a non-alignment syndrome at a relatively low cost. Such equipment can be easily distributed in places where the equipment is needed.