A human posture correction device based on kinect sensor

Abstract

The invention discloses a human body posture correction device based on a Kinect sensor. The correction device comprises a skeleton information acquisition unit, a control unit and a warning unit, wherein the skeleton information acquisition unit comprises the Kinect sensor, a depth of field data acquisition module and a joint point information processing module; the control unit comprises a posture judging module and a warning signal transmitting module; the warning unit comprises a warning signal receiving module, a warning module, a warning message generating module and a 3G module. The human body posture correction device has the advantages of excellent expansibility, zero radiation, accurate information acquisition and no need of personnel wear.

Description

technical field [0001] The invention relates to the field of sports health care equipment, in particular to a device that uses a Kinect sensor to detect human body joint information to judge human body posture and correct the body posture. Background technique [0002] The healthy growth of adolescents has always been an important issue in human life. The long-term bad sitting posture, sleeping posture or exercise habits of adolescents will have a great impact on the healthy growth of adolescent bones. [0003] In recent years, 3D human body scanning technology has become more and more popular in medical and sports equipment, but there are still problems in the method of extracting image information, which affects its potential application. Compared with traditional 3D scanners, Kinect equipment can obtain depth image data at the video rate without excessive consideration of light and texture environments, and Kinect equipment does not need to touch the human body when colle...

AI Technical Summary

Problems solved by technology

[0005] However, although the above-mentioned various sitting posture correction devices or equipment have correction functions and warning functions, they cannot monitor and judge the information of human bones and joints in actual use, so that they cannot accurately judge the posture and posture of the human body. The next step is to move, so the above-mentioned correction devices generally have large errors, which cannot meet the requirements of use

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