A General-Purpose Small RFID Epidermal Datalogger for Continuous Human Skin Monitoring in Mobility
A General-Purpose Small RFID Epidermal Datalogger for Continuous Human Skin Monitoring in Mobility
复制标题
通用小型 RFID 表皮数据记录仪，用于在移动中连续监测人体皮肤
DOI：
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发表时间：
2018
期刊：
影响因子：
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通讯作者：
G. Marrocco
中科院分区：
文献类型：
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作者：
C. Miozzi;S. Nappi;S. Amendola;G. Marrocco
基于辐射识别的皮肤传感器能够对人体生理参数进行无创监测。为了加快新的传感模式及其可能的应用的实验，在这里描述了一种通用的皮肤上定向板。一个3 cm x 3 cm的柔性Kapton层承载着一个可在全球UHF RFID频段（860-960）MHz内调谐的小型化开环天线，一个带有内部ADC和用于连接外部传感器的焊盘的微芯片，以及一个用于数据记录模式的电池。表皮板可以集成到膏药中，并且适合于测量皮肤和外部参数。当在电池辅助被动模式下工作时，它可以读取高达1.5米的数据，因此佩戴者可以在穿过大门时自动上传存储的数据。该装置在皮肤温度测量和衣服水分测量中进行了初步实验。
Skin sensors based on Radiofrequency Identification enable non-invasive monitoring of human physiologic parameters. To speed up the experimentations of new sensing modalities and their possible applications, a general purpose on-skin oriented board is here described. A 3 cm by 3 cm flexible Kapton layer hosts a miniaturized open-loop antenna tunable in the worldwide UHF RFID band (860–960)MHz, a microchip with internal ADC and pads for interconnecting external sensors and a battery for data-logging mode. The epidermal board can be integrated into plasters and is suitable to measure both skin and external parameters. When working in Battery Assisted Passive mode it can be read up to 1.5 m and hence the wearer can automatically upload the stored data in mobility on crossing a gate. The device is preliminarily experimented in the measurement of the temperature of the skin and of the moisture on clothes.
影响因子：
6.4
作者：
V. Sanchez-Romaguera;M. A. Ziai;D. Oyeka;S. Barbosa;J. Wheeler;John C. Batchelor;Edward A. Parker;S. Yeates
通讯作者：
V. Sanchez-Romaguera;M. A. Ziai;D. Oyeka;S. Barbosa;J. Wheeler;John C. Batchelor;Edward A. Parker;S. Yeates