基于人脸识别和氧气浓度的粮仓智能门禁系统

Feng-ying Huang, Bin-Jie Cai, Tian–xing Xu
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引用次数: 0

摘要

粮仓经常处于缺氧状态。为了保证人员进入粮仓的安全,提高门禁的智能化管理水平,本文提出了一种基于人脸识别和氧气浓度的粮仓智能门禁系统。它利用多点传感器实时检测粮仓内的氧气浓度,并结合氧气浓度和人脸识别共同控制门锁。用户可以通过Web查看氧气浓度数据、人员出入情况、远程控制门锁等。本系统实现了对粮仓的智能化建设和管理,既降低了管理成本,又保证了进入粮仓人员的安全。该设计通过了实际试验,证明了其有效性。具有良好的实用价值和发展前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Intelligent Access Control System for Granary Based on Face Recognition and Oxygen Concentration
The granary is often in an oxygen-deficient state. To ensure the safety of people entering the granary and improve the intelligent management of the access control, an intelligent access control system for granary based on face recognition and oxygen concentration is proposed in this paper. It uses sensors in multi-point to detect oxygen concentration in the granary in realtime, and jointly control the door lock with both oxygen concentration and face recognition. Users can view oxygen concentration data, personnel access situation, and remotely control the door lock through Web. This system realizes the intelligent construction and management of the granary, which not only reduces the management cost, but also guarantees the safety of people entering the granary. The design has passed actual tests to prove its effectiveness. It has good practical value and development prospect.
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