Design, development and demonstration
of a series of fully untethered BioStickers for EMG/ECG/EEG/GSR/temperature/motion/location monitoring based on state-of-the-art methods for fabrication of stretchable electronics circuits, using the patented ink formulation and fabrication method.
Demonstration of the use-case scenario
for sticker-smart bed connection for RF energy transmission to stickers, and data acquisition by the smart bed.
Design and development of the smart box:
An IoT node that can be connected to the patient's bed at the hospital or at home. A smart box will be associated to each patient´s bed, thus constituting a smart bed.
Validation
of the acquired signals against gold standard measurements at the Coimbra Hospital and Universitary Centre (CHUC), to determine suitability of each patient for rigorous patient monitoring.
Development of skin-patch adhesive electrodes
based on a poly(acrylamide) and poly (acrylic acid) hydrogels that have the following characteristics: biocompatible; preserves the high water content, gel-like mechanical properties; strong adhesion to the patient skin and a light triggered easy detachment.
Patient-Sticker-Bed-Globalcare architecture
for simultaneous wireless movement of up to 5 patients, with a distance of up to 5 meters from their bed
