Walking posture monitoring and road safety alarming method based on binocular vision shoes

Abstract

The present invention provides a walking posture monitoring and road safety alarming method based on binocular vision shoes. The outermost layer of a shoe is equipped with a binocular camera, the road surface information is recorded through the binocular camera, the image identification is carried out, and the horizontal line based on a road surface is obtained through the virtual vertical line on the shoe. In the process of a current moving process, the angle of a limb between each height point and a horizontal line is obtained. If a limb offset angle is larger than a set threshold, the alarm is carried out. The image taken by the binocular camera in the current moving process is identified, the identified image is subjected to classification processing, and people and vehicles are separated. At the same time, the distance inversion operation is carried out on the people and vehicles. When the distance between people and / or vehicles and a user exceeds a corresponding set threshold, the alarm is carried out. Through installing the binocular camera on the shoe, the human body limb posture in moving and the distance between outside vehicles and people and the user are monitored in real time, and the alarm is emitted when human body action or road safety is in an abnormal range.

Description

technical field [0001] The invention relates to a walking posture monitoring and road safety alarm method based on binocular vision shoes, belonging to the technical field of target recognition. Background technique [0002] At present, as the pace of work and life is getting faster and faster, people often use trotting or brisk walking instead of the previous leisurely strolling. Incorrect walking posture will become a variety of chronic orthopedic diseases after years of accumulation. Although multiple soles with air cushion or cushion function have been released on the market, existing shoes have the following disadvantages: [0003] 1. It can only passively protect or reduce the damage caused by incorrect posture, but cannot completely eliminate hidden dangers; [0004] 2. There is no monitoring function, that is, it cannot tell the user that adjustment is required; [0005] 3. There is no real-time alarm function, and the user cannot adjust the traveling posture in re...

AI Technical Summary

Problems solved by technology

[0003] 1. It can only passively protect or reduce the damage caused by incorrect posture, but cannot completely eliminate hidden dangers;

[0004] 2. There is no monitoring function, that is, it cannot tell the user that adjustment is required;

[0005] 3. There is no real-time alarm function, and the user cannot adjust the walking posture in real time

[0006] In addition, people often like to look at their mobile phones while walking, so even when they are very close to external vehicles and crowds, they will not notice it, resulting in collision accidents