The present invention relates to an apparatus and a method for diagnosing a body malalignment syndrome by using a plantar pressure and physical movement information, which can time-synchronize physical movement information and a plantar pressure during natural walking, collect the time-synchronized physical movement information and plantar pressure, and then accurately detect characteristics of a walking motion through independent analysis and linkage analysis according to a walking process, so as to more accurately diagnose a malalignment syndrome. In the present invention, a plantar pressure, movement of a patient's upper and lower body, and movement of the patient's musculoskeletal system related to a pressure change in the patient's foot in a stage-specific process for walking can be linked and analyzed with reference to time on the basis of information obtained by measuring the patient's walking in real time through a plantar pressure sensor and a 3D sensor, and thus a malalignment syndrome can be diagnosed more accurately and quickly and according to quantitative criteria, so that a reliable and objective diagnosis can be achieved. Further, 3D information on movement of a human body according to measurement by the 3D sensor can be compensated on the basis of a plantar pressure change according to a walking stage and a walking stage-specific pattern, through the plantar pressure sensor despite use of the 3D sensor, measurement by which is limited, and thus the reliability of the quantitative size of information necessary to determine a malalignment syndrome can be improved so that equipment enabling a detailed diagnosis of a malalignment syndrome can be manufactured at relatively low cost and can be easily provided to a place where the equipment is needed.
APPARATUS AND METHOD FOR DIAGNOSING BODY MALALIGNMENT SYNDROME BY USING PLANTAR PRESSURE AND PHYSICAL MOVEMENT INFORMATION