Yoo Hoi-Jun, Yoo Jerald, Yan Long
Department of Electrical Engineering, KAIST, Daejeon, Korea.
Annu Int Conf IEEE Eng Med Biol Soc. 2010;2010:5254-7. doi: 10.1109/IEMBS.2010.5626295.
Two novel wireless fabric patch sensors are introduced for low energy wearable healthcare. The first is a wirelessly powered patch sensor that can be attached to a patient to capture electrocardiogram (ECG) while consuming only 12 microW. By using fabric circuit board technology, the band-aid like sensor is implemented. The second wearable cardiac heathcare sensor, fabricated in the form of 4-layer compact smart poultice type including flexible battery, can extend to monitor bio-impedance together with ECG signals at 16 different sites of the heart with 25 reconfigurable electrodes. It also provides cm-range inductive coupled remote system start-up and duty-cycled data transmission using body as communication channel for a low energy wireless interconnectivity. Both sensors exploit dry fabric electrodes to minimize skin irritation during clinical long term operation.
介绍了两款用于低能耗可穿戴医疗保健的新型无线织物贴片传感器。第一款是无线供电的贴片传感器,可附着在患者身上以捕获心电图(ECG),同时功耗仅为12微瓦。通过使用织物电路板技术,实现了这种类似创可贴的传感器。第二款可穿戴心脏保健传感器采用包括柔性电池在内的4层紧凑型智能膏药形式制造,可扩展至在心脏的16个不同部位监测生物阻抗以及ECG信号,带有25个可重新配置的电极。它还提供厘米级感应耦合远程系统启动以及使用身体作为通信通道的占空比数据传输,以实现低能耗无线互连。两款传感器均采用干织物电极,以在临床长期操作期间将皮肤刺激降至最低。