Spiral Antenna with Hilbert Antenna for Body Worn Application

Muskan Bhatia, Akashdeep Chakraborty, P. Sharma, Brajlata Chauhan
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Abstract

In the present scenario in the field of human health service and body worn application, the major concern is to detect the actual cause of the pain in human body. In this paper the design and proper shape of antenna for a particular body part like knee, elbow or any other joints are presented with the optimized characteristics and comparison between spiral and Hilbert antenna so that the proper parameters like temperature, lubrications or any damage can be analysis. And for security service, the concern is for small size and minimum loss. Now these antenna devices transmit the physiological data from the body for health purpose and for security purpose and desired information will be transmitted from the body to the peripheral device. These two antennas are designed at operating/resonant frequency of 500 MHz with main objectives of minimum size, minimum error, less power consumption and proper shape of antenna to fit the body part after calculating the SAR value.
带希尔伯特天线的螺旋天线用于人体磨损
在目前的场景中,在人体健康服务和身体穿戴应用领域,主要关注的是检测人体疼痛的实际原因。本文介绍了螺旋天线和希尔伯特天线的优化特性,并对其进行了比较,从而分析了螺旋天线和希尔伯特天线在温度、润滑、损伤等方面的合理参数。而对于安全服务来说,最关心的是体积小,损失少。现在这些天线设备从身体传输生理数据,用于健康和安全目的,所需的信息将从身体传输到外围设备。这两种天线的设计工作/谐振频率为500 MHz,主要目标是尺寸最小、误差最小、功耗更小、计算出SAR值后,天线的形状适合身体部位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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