基于RPA的电力施工地安全帽佩戴监督系统

Safety Helmet Wearing Supervision System Based on RPA for Power Construction Site

  • 摘要: 为确保人员的安全,在电厂施工现场必须要求佩戴安全帽。为及时发现并纠正未佩戴安全帽的行为,本文研究并设计了基于新型自动化RPA的安全帽佩戴监督系统。首先对CenterNet框架进行改进,增加金字塔结构对特征图进行复用从而提高安全帽的检测精度。然后对未佩戴安全帽的区域进行人脸识别来确认人员的身份。最后将该人员的信息通过邮件的形式告知现场管理员,并且在现场采用音响报警的方式提醒该人员,采用线上加线下双告警的模式。实验结果表明,改进之后的CenterNet在安全帽佩戴数据集上的mAp值达到了83.84%,在GeForce GTX 1050显卡上的FPS达到了26.71,符合基本的标准,可以有效的检测安全帽是否佩戴。

     

    Abstract: To ensure the safety of personnel, safety helmets must be worn at the construction site of the power plant. In order to find and correct the behavior of not wearing safety helmet in time, this paper studies and designs a safety helmet wearing supervision system based on the new automatic RPA. First, the centernet framework is improved, and the pyramid structure is added to reuse the feature map to improve the detection accuracy of the helmet. Then face recognition is performed on the area where the helmet is not worn to confirm the identity of the person. Finally, the information of the person will be informed to the site administrator by email, and the person will be alerted by audible alarm on the site, using the mode of online and offline double alarm. The experimental results show that the map value of the improved centernet on the helmet wearing data set reaches 83.84%, and the FPS on the geforce GTX 1050 graphics card reaches 26.71, which meets the basic standard and can effectively detect whether the helmet is worn.

     

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