SmartComm
The SmartComm system was developed as a tool for measuring electrical network parameters and diagnostics for problems related to Power Quality.
The SmartComm system was developed as a tool for measuring electrical network parameters and diagnostics for problems related to Power Quality.
This invention consists of a socket capable of monitoring numerous descriptive parameters of the operation of an electrical load or several electrical loads and of communicating with a control platform, controlled by the user, capable of sending commands to the socket and carrying out in-depth data analyzes received as the Voltage Quality and Power Quality.
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.
The invention is a probe for the analysis of a surface, that is not easily available for an operator.
The invention is a platform, and the relative method, for the identification, classification and subsequent removal of manufacturing defects present on vehicle components.
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.
The technology concerns a remote monitoring system for electromedical devices installed in a patient's home that includes a series of functional modules coupled to at least one electromedical device, capable of detecting the operating status of the device.
It is the purpose of the present invention to provide a sensor that allows to accurately monitor the pH value and its variations over time.
The invention deals with a localization method that finds application in localizing RFID-UHF tags in relative motion with respect to the RFID-UHF reader
The invention relates to an original technique for improving the quality of images that are acquired during an oncology hadrontherapy treatment.