入井人员唯一性装置多方位判定的设计与应用

Design and Application of a Device for Determining the Uniqueness of Personnel Entering a Well in Multiple Directions

当前煤矿入井人员唯一性识别装置功能单一,缺少二次系统判定分析功能,判定时间过长,系统资源消耗较高,实用性不强。本文提出多方位判定模式用于解决传统的入井人员唯一性判定的漏洞,利用一次判定结果,结合当前先进的智能摄像机技术,在入井唯一的进出口,采集人的生物信息进行二次识别,并与第一次的判定结果进行分析对比,形成多方位的入井唯一性判定,其结果可以准确地确定入井人员是否唯一,该方法的判定具有判定过程快、系统资源占用少、结果准确的优点。

The current unique identification device for coal mine personnel entering the well has a single function,lacks secondary system judgment and analysis function,takes too long to determine,consumes high system resources,and is not practical.This paper proposes a multi-directional determination mode to solve the loopholes in traditional uniqueness determination of personnel entering a well.Using the first determination result,combined with current advanced intelligent camera technology,human biological information is collected at the unique entrance and exit of the well,and secondary identification is performed.Analysis and comparison are made with the first determination result to form a multi-directional uniqueness determination of personnel entering the well,which can accurately determine whether the personnel entering the well are unique.This method has the advantages of fast judgment process,less system resource consumption,and accurate results.