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There are exciting new developments in health care wearables, fitness trackers and therapeutic implantable devices. This advancement is fueled, in part, by the miniaturization of sensors and associated electronics. One of the greatest opportunities in wearables and implanted devices is the wealth of data that can be extracted from these devices and the high-quality information that can emerge by combining...
The Smart Patches and Wearable Band (W-Band) are proposed for comfortable sleep monitoring system which recognizes and diagnoses sleep disorders. By using Planar Fashionable Circuit Board (P-FCB) techniques, the Smart Patches are implemented with the plain fabric patch so that it can have light weight and small size. And the stretchability of the W-Band can achieve user convenience, low manufacturing...
An SoC monitors thoracic impedance variance (TIV) and ECG concurrently. TIV of 0.1?? at 3.17V/?? sensitivity and 8-point ECG signals can be measured with 25 reconfigurable electrodes. The chip with body-channel-transceiver consumes 3.9mW and is integrated on a 4-layer fabric circuit board with flexible battery as a poultice-like plaster.
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 12μW. 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...
An attachable ECG sensor adhesive bandage is implemented for continuous ECG monitoring system by using Planar-Fashionable Circuit Board (P-FCB) technology. The sensor patch improves convenience at low cost: it is composed of dry electrodes and an inductor directly screen printed on fabric, and the sensor chip is also directly wire bonded on fabric. The sensor patch is wirelessly powered to remove...
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