The invention carries out support operations for the biopsy examination, allowing the identification of the nodules of a histological sample, in order to perform the biopsy of the nodule with a machine used downstream of the apparatus itself.
The invention is able to reduce the speed of the foot and store its energy in a group of springs: in this way, the body can freely continue its movements without further interaction with the exoskeleton.
The invention relates a system made of a mechanical structure and a microfiltration system at the end of the VAD, allowing the separation of erithrocytes from the other blood components.
The invention relates to an artificial bladder that can be implanted in a patient's body for the collection and discharge of urinary biological fluids
The invention consists of a multilayered device whose conformation allows to have a non-polymeric internal layer with high resistance to urine
The invention is a tool installed as cap to the tip of an endoscope. The cap contains a teleoperation robot with 2 arms which the surgeon/endoscopist can control with an ergonomic console.
The invention is such as to provide an internal component and an annular component to this external one. The external component can have a stator role and the internal one a rotor role, or vice versa.
This industrial patent proposes an apparently simple geometry (a degree of freedom) capable of arching by moving the center of instantaneous rotation of the end effector as a function of the input angle
This patent is focusing on an artificial heart muscle, an innovative artificial device able to replicate the natural human heart functionalities.
The present invention refers to the field of medical devices, in particular to a system for monitoring and treating metabolic disorders, especially type 2 diabetes.
