基于多任务模型的工厂工人安全行为检测

Hui Wang, Guanzheng Tan, Degang Xu
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摘要

本文主要研究工业生产过程中的安全问题。通过对铜加工厂的调查,我们发现工人的安全意识不强,经常不戴安全帽进入工厂,未经允许进入非安全区域。为了防止安全事故的发生,我们提出了一种基于计算机视觉技术的多任务模型来检测一些不安全行为。该模型由一个共享的编码器和两个独立的解码器分支组成。可同时检测安全帽和工厂地标线。根据检测结果,可以实时判断工人是否定期佩戴安全帽或处于不安全区域。通过对工人安全状况的判断,加强对工业现场的安全监管,具有较强的现实意义和应用前景。
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Safety behavior detection of factory workers based on multi task model
This paper focuses on the safety problems in the industrial production process. Through the investigation of copper processing plant, we found that workers have little safety awareness, who often get into factories without helmets and enter non-safety areas without permission. To prevent safety accidents, we propose a multi-task model to detect some unsafe behaviors based on computer vision techniques. The model is composed of a shared encoder and two independent decoder branches. It can be used to detect the safety helmet and the factory landmark lines at the same time. According to the detection results, it can be judged whether the workers regularly wear the safety helmet or they are in the unsafe area in real time. Through the judgment of workers’ safety status, we can strengthen the safety supervision of industrial site, which has strong practical significance and application prospect.
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