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Identification of Postal Mails and Crates by New Developed UHF RFID Antenna

机译:新型UHF RFID天线识别邮政邮件和板条箱

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摘要

This article deals with RFID technology, which is a part of automatic identification and data capture. We developed a wave propagation model and base on this, we developed a UHF RFID slim antenna. Article describes theoretical background about RFID antennas and electromagnetic waves. Consequently we are coming with the new access, that is, using the UHF RFID "Slim" antenna that eliminates disadvantage of inlays in the case if they are close or inter lap each other. The article describes scheme of identification of postal mails through UHF RFID slim antennas. Nowadays the identification of postal mails in postal sector is carried through barcodes and optical character recognition. In this article we would like to specify, how can be the postal mail items identified in the transmission process by RFID technology. All theoretical findings are verified by measurement in our AIDC laboratory that is located at the University of ?ilina. Finally a method to perform our theoretical model and the identification performance was close 100%. It is an improvement for more than 30% in comparing the results reached with typical inlays. The results of our research bring the new point of view and indicate the ways using of UHF RFID technology in post applications.
机译:本文涉及RFID技术,它是自动识别和数据捕获的一部分。我们开发了一种波传播模型,并在此基础上开发了UHF RFID超薄天线。文章介绍了有关RFID天线和电磁波的理论背景。因此,我们带来了新的接入方式,即使用UHF RFID“超薄”天线,消除了嵌体彼此靠近或重叠时的缺点。本文介绍了通过UHF RFID超薄天线识别邮件的方案。如今,通过条形码和光学字符识别来进行邮政部门中邮件的识别。在本文中,我们要说明如何通过RFID技术在传输过程中识别邮政邮件。所有理论发现均通过位于菲利纳大学的AIDC实验室的测量得到验证。最终,执行我们的理论模型的方法的识别性能接近100%。与典型的嵌体相比,可将结果提高30%以上。我们的研究结果带来了新的观点,并指出了超高频RFID技术在后期应用中的使用方式。

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