Abstract: The present disclosure relates to a body type analysis device and, particularly, to a body type analysis device comprising: a detection unit which is provided to be movable in the vertical direction on the back of a person undergoing detection, and which detects the vertebral line of the person undergoing detection; and a tracking unit for moving the detection unit in the straight vertical direction, wherein the detection unit comprises a center detection part for performing measurement in the range of the normal vertebral line, and at least one side detection part provided on each of the left and right sides of the center detection part so as to perform measurement in the range of the abnormal vertebral line, and the center detection part and the side detection part are provided to detect whether the spine is bent through the rotational angle of rotating in the anterior-posterior direction of the spine, and thus the present disclosure provides the advantages of reducing body type analysis time and enabling m

Abstract: Provided is a spinal traction device and a spinal traction method for spinal traction, and the spinal traction device includes: an upper body support unit configured to support an upper body of a person and having at least one spine pressing unit installed on one surface thereof; a lower body support unit configured to support a lower body of the person and having a moving means so as to move away from or close to the upper body support unit; and a controller configured to adjust a movement of the lower body support unit. The spinal traction device has a technical feature in which at least one spine pressing unit is in close contact with and supports the spine of the upper body when the lower body support unit moves.

Abstract: A system for correcting spinal orientation through an analysis of bio-electrical signals of muscles is provided. The system includes: an electromyography (EMG) signal processing module measuring bio-electrical signals of muscles related to a spinal disease and analyzing the same; an HCl control module generating a control signal for controlling a spinal orientation correction module based on information received from the EMG signal processing module and delivering the generated control signal to the spinal orientation correction module; the spinal orientation correction module correcting a mal-aligned spine of a patient to its correct orientation according to the control signal; and an information display and feedback module receiving information from the EMG signal processing module in real time, displaying the received information, and delivering information received from a user to the HCl control module.