[利用射频识别技术自动跟踪清洁过的牙科器械]。

Ivo Krejci, Hervé Ney, Diane Bonny, Céline Bréhier, Nicole Massa, Nadège Negrin, Marc Bovet
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引用次数: 0

摘要

对于牙科保健专业人员来说,可重复使用的器械的可用性和清洁度是非常重要的。为了保证每台器械的正确再处理(清洁、灭菌)并确保患者的最佳安全性,可以实施单个器械可追溯性解决方案。RFID(无线射频识别)技术是唯一可以提供仪器全自动识别和整个后处理周期精确监控的方法。它包括将一个微型电子元件(RFID标签)集成到每个仪器上,这些仪器能够与位于相对较近距离的发射机通信,并且能够唯一地识别任何给定容器中的每个元件,即使是在关闭的情况下。2011年,与日内瓦大学牙科科(SMD)和日内瓦大学附属医院(HUG)的中央消毒中心合作,实施了一个试点项目。该项目展示了RFID技术在追踪可重复使用的牙科器械方面的适用性和实用性。特别是,与人工识别过程中可能出现的错误相比,操作员节省的时间和大幅降低的风险是证明实施基于rfid的仪器可追溯性解决方案的两个主要因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Automatic tracking of cleaned dental instruments by means of the RFID technique].

For dental care professionals, the availability and cleanliness of reusable instruments is of major importance. In order to guarantee a proper reprocessing (cleaning, sterilization) of each instrument and ensure optimum safety for the patients, a single instrument traceability solution can be implemented. The RFID (Radio Frequency Identification) technology is the only approach that can provide a fully automated identification of instruments, and a precise monitoring throughout the reprocessing cycle. It consists in integrating a miniature electronic component (RFID tag) to each instrument able to communicate with a transmitter located at a relatively close distance and capable of uniquely identifying each element in any given container, even when closed. In 2011, a pilot project was implemented in collaboration with the Division of Dentistry (SMD) of the University of Geneva and the central sterilization of the Geneva University Hospitals (HUG). This project has demonstrated the applicability and usefulness of RFID technology for tracking reusable dental instruments. In particular, the time saved by the operators and the massive risk reduction when compared to the possible errors during the process of manual identification are two major elements that justify the implementation of an RFID-based instrument traceability solution.

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