Electrically controllable acoustic impedance matching system
The invention refers to the sector of non-invasive investigations by means of ultrasound, both in the medical field and in the structural field of materials or objects.
Health-Met
The invention, called Health-Met, is a technology designed for any person who is required to wear a helmet, both in the workplace and in the recreational environment.
Super-resolution Spectroscopy
The patent protects the first experimental demonstration of super spectral resolution spectroscopy obtained using a random laser light source.
Photonic Circuits Diagnosis
The invention is part of the technical sector of optical equipment for the characterization and diagnostics of integrated photonic circuits, that is, all those circuits capable of producing, propagating and manipulating optical signals that can be used for multiple applications, from sensors to telecommunications.
Random Laser based sensor
The invention consists of an optical sensor based on the random laser phenomenon, for the characterization of materials capable of diffusing light, such as powders, biological tissues, liquid dispersions and diffusive surfaces.
System for the communication of symbols belonging to a tactile sign language and related method
The present invention concerns the field of localization and support for the "intelligent" navigation of people in closed environments. Thus, it is particularly aimed at blind or visually impaired people
Method and device for capturing and enhancing acquired images in digital form
The invention is a polarizing filter able to rotate autonomously thanks to a mechanical component that allows to acquire a sequence of frames with different polarization and send them to a processing system.
Surface analysis proble
The invention is a probe for the analysis of a surface, that is not easily available for an operator.
Tactile sensor for robotic arm
Tactile sensor emulates the human sense of touch in sensing and locating a pressure over a large surface, reproducing human mechanoreceptors activity.
Optical sensor at high sampling rate
The invention is within the optical fiber sensor technology, and in particular, sensors that measure physical perturbations (temperature, mechanical vibrations, pressure), where the wavelength of the reflected light responds to these parameters, such as fiber Bragg grating (FBG) sensors or Fabry-Perot sensors.