医疗保健专用锂离子电池超声充电示范

I. Makin, H. Jabs, T. D. Mast, L. Radziemski
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引用次数: 0

摘要

医疗保健应用程序中使用的设备经常需要供电。随着用于疾病治疗的植入式设备以及专用于医疗保健操作的智能数字设备的快速发展,这些系统的无线充电至关重要。目前大多数无线供电都使用电磁场。这项工作描述了用于充电锂离子电池的超声功率传递(UPD)的体内演示,足以用于胃-食管连接(GEJ)神经刺激器设备,同时满足充电模块1.2 cc的空间预算。使用相同的1 - 3 MHz UPD方法,该工作描述了用于医疗保健环境中专用应用的智能设备充电电池的可行性,其规格与无线qi标准版本1.0相似。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Demonstration of Healthcare-Specific Li-ion Battery Charging Using Ultrasound Power Delivery
Devices used in healthcare applications frequently require powering. With the rapid development of implantable devices for disease treatment, as well as smart digital devices dedicated for healthcare operations, wireless charging of these systems is critical. The majority of wireless powering currently uses electromagnetic fields. This work describes the in vivo demonstration of Ultrasound Power Delivery (UPD) for charging Li-ion batteries, adequate for a gastro-esophageal junction (GEJ) neurostimulator device, while fulfilling the charging module’s space budget of 1.2 cc. Using the same 1 – 3 MHz UPD approach, this work describes the feasibility of charging batteries for smart devices intended for dedicated applications in a healthcare environment, with similar specifications as the wireless Qi-standard version 1.0.
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