Magnetically guided robotic device for endoscopic procedures
The invention relates to a magnetically-guided robotic device of the capsular type to carry out endoscopic procedures, in particular in the gastrointestinal tract.
The invention relates to a magnetically-guided robotic device of the capsular type to carry out endoscopic procedures, in particular in the gastrointestinal tract.
The invention proposes a method and a casting device for the application of a silicone coating device for the application a rigid sensorised item.
The proposed mechatronic architecture is based on a sensor decoupled from the mechanical action of the robot, so as to provide a reliable measurement of the joint angle
The invention is characterized by torque sensors applied to a differential device used inside a wearable robot.
The invention is a transmission assembly of a hip exoskeleton associated with a back module.
The invention refers to a selective sub-implementation system for exoskeletons.
The technology, called RUFIVIST (Reconfigurable Underwater Vehicle for Inspection, Free-floating Intervention, and Survey Tasks), is part of the so-called Unmanned Underwater Vehicle (UUV), i.e. underwater drones without personnel on board.
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 anatomical structure. This invention is suitable for a wearable active robot
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 namend 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