Investigation of the Characteristics of a 5.2 GHz Textile Antenna on a Human Body

D. Yamanaka, Masaharu Takahashi
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引用次数: 5

Abstract

In recent years, in a hospital, a biological information monitoring system that constantly monitors biological information such as blood pressure and heart rate to grasp a patient's condition is generally used. However, in the current system, 420 to 450 MHz band are mainly used, and it is difficult to manage such as channel switching and device addition/deletion to wireless communication experts. Also, there is a problem that a transmitter having a size as large as a small terminal must be carried around. Therefore, we proposed the textile antenna using the 5.2 GHz band as a transmitting antenna of the system. In this paper, we report on the antenna characteristics when a transmitting antenna designed by the authors is placed on the human body and the result of received power transmitted by the textile antenna analysis in an imitated actual environment model.
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5.2 GHz纺织天线的人体特性研究
近年来,在医院中,普遍使用生物信息监测系统,不断监测血压、心率等生物信息,掌握患者的病情。但是,在目前的系统中,主要使用的是420 ~ 450 MHz的频段,对于无线通信专家来说,信道切换和设备添加/删除等管理难度很大。此外,还有一个问题是,必须随身携带与小型终端一样大的发射器。因此,我们提出采用5.2 GHz频段的纺织天线作为系统的发射天线。本文报道了作者设计的发射天线放置在人体上时的天线特性,以及在模拟的实际环境模型中对纺织品天线发射的接收功率进行了分析。
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