UHF-RFID标签设计,改善可追溯性解决方案,为工人在危险的工作场所的安全

Aarti Bansal, R. Khanna, Surbhi Sharma
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引用次数: 2

摘要

跟踪和监控大型工地的工人是一项困难的工作。因此,RFID技术可能是减少监控工人和获取相关信息的时间的解决方案。超高频RFID技术的优点是可以从更远的距离读取数据,从而存储有关被标记工人的信息,为其可追溯性和安全性提供了更可靠的解决方案。本文提出了一种超高频RFID标签天线,用于开发一种“物联网RFID系统”,用于监控工人。所设计的标签结构简单,不需要任何金属过孔。所提出的标签与集成希格斯-4芯片在欧洲波段具有完美的共轭匹配。该标签最初是为自由空间设计的,然后经过优化,可以在工人的头盔上使用,读取范围为4.6米。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
UHF-RFID Tag Design for Improved Traceability Solution for workers' safety at Risky Job sites
Tracking and monitoring workers in large job sites is a difficult job. Therefore, RFID technology may be the solution to reduce down the time to monitor the workers and obtain the related information. UHF RFID technology has the advantage of reading from a farther distance beside the provision to store information about the tagged worker offering a better reliable solution for their traceability and safety. Here, a UHF RFID tag antenna is proposed to develop an “IoT enabled RFID system” for the monitoring of workers. The designed tag has a simple structure and does not require any metallic vias. The proposed tag exhibits a perfect conjugate match to that of the integrated Higgs-4 chip in the European band. The tag is first designed for free space and then optimized to work on a worker’s helmet with a read range of 4.6 meters.
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