FIELD: medicine.
SUBSTANCE: invention refers to medicine, namely to orthopedics, and can be used for posture correction. For this purpose, sensor is fixed on user's body and correct vertical position of user's body in space is fixed. Deflection angles of the fixed vertical body position are established. Alarm is set to receive correct position, visualization of deviation parameters on screen of sensor device. At the same time daily allowable deviation angles from fixed correct position of body in space within 30 degrees in sagittal plane and in frontal plane are set. Vertical correct position of the body in space is set for 1 to 60 minutes per hour. Time for notification of deviation from the permitted deviation angles from the fixed correct position is up to 180 seconds. When deviating by more than 0.5 degrees from the correct position, the user is given a signal for the user to take the correct position by reorientation of proper position of body in space from beyond specified limits of deviation in sagittal and frontal planes in boundaries of established maximum permissible deviation angles from fixed correct position of body in space. Permissible angles of deviation from the fixed correct position of the body in space are daily reduced with pitch of 1 degree to 0 degrees in both planes over time. Time of correct body position in space is increased to 60 minutes for an hour. Discrimination parameter visualization is reflected on the screen of the sensor device in all planes and projections of the top view. Sensory device memory is used to accumulate correction parameters data to estimate dynamics of correct posture formation.
EFFECT: method provides effective correction of posture due to individual adjustment of settings.
1 cl, 6 dwg
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Authors
Dates
2019-08-30—Published
2018-08-29—Filed