The proposed technology is a system to recognize accidental falls reliably. The procedure is based on accelerometer data, to which characteristic indexes of motor activities are applied. Low power consumption and simplicity enable its implementation in non-invasive wearable devices of daily use.
The present invention concerns the development of catheters designed for navigation and stabilization of endovascular instrumentation close to a target to be reached with extreme precision.
The present invention relates to a device for the electrical characterization of cellular constructs, featured by electrodes solidly integrated within the culture chamber of the constructs.
The present invention concerns the synthesis of small molecules, obtained by a totally innovative process, characterized by a stimulatory effect on the secretion of GLP-1, a gastrointestinal hormone.
The invention relates to a sensorized high throughput bioreactor, that can be placed in series and/or parallel with similar systems, to expose cultures of the same or different cell groups to mechanical stimuli, such as hydrodynamic pressure and shear stress, [...]
The invention consists of a novel experimental set-up for the muscular rehabilitation of the tongue, which is necessary for the restoration of motility and physiological function of the organ for the purpose of adequate swallowing in patients, who are post-stroke [...]
The invention is a polyarticulate exoskeleton that uses an underactuated kinematics, where the center of rotation of the anatomical joint is fixed and that of the exoskeletal joint has movement capability (bending) allowing the robotic structure to slide on the [...]
This invention concerns the localization and support for smart navigation in enclosed spaces
The invention describes the methods of production of encapsulated piezoelectric transducers, having optimal characteristics for use in the construction of haptic interfaces that can be incorporate into a printed polymeric material, such as a bracelet
The invention named CareToy is a modular smart «toy gym» for domestic use of premature babies and it is able to monitor a multiplicity of parameters, synchronize the information received and integrate it
