Abstract: A connection device for a medical line including a first portion with a first passage duct, the first portion configured to couple with a first medical line to allow a flow of a fluid, and a second portion configured to couple with the first portion, and including a second passage duct that is arranged to connect with a second medical line. Furthermore, the connection device includes a releasable connection to connect the first portion and the second portion, from a coupled configuration, to a decoupled configuration.

Abstract: An endoscopic surgery device for the insertion and recovery of a haemostatic plug at the surgical site. The device comprises a tubular body suitable for slidingly housing the plug, and a plunger slidingly engageable within the tubular body so as to push the plug outside the body, and to position it at the surgical site. The plug is connected to a locator that is radio-opaque, has a suitable color, and has a specific weight that allows it to float relative to the internal organs, blood or other fluids present at the surgical site. A loop is provided at a distal end of the plunger and at a proximal end of the plunger, a first handle is provided for actuating the plunger so as to grip the ball and recover the plug after use by retracting the plunger inside the tubular body.

Abstract: An endoscopic surgery device for the insertion and recovery of a haemostatic plug at the surgical site. The device comprises a tubular body suitable for slidingly housing the plug and a plunger slidingly engageable within the tubular body so as to push the plug outside thereof, and to place it in the surgical site. The plug is connected to a locator being of a suitable color, radio-opaque and floating relative to the internal organs, blood or other fluids present at the surgical site. At a distal end of the plunger, a handle is provided for gripping the locator for recovering the plug after use and retracting the plunger within the tubular body.

Abstract: An endoscopic robot (1), designed for being inserted into a body cavity (C) f a patient and advanced therein in a prefixed direction (A) with a so-called inchworm-like motion, comprising a variable length segment (2) and aspiration means (12, 13) for selectively producing a pneumatic vacuum (V) between the robot (1) and the body cavity (C) at the robot ends (3, 4) sufficient to produce a substantial anchorage to the body cavity walls, thereby allowing the inchworm-like motion and avoiding, at the same time, any pushing action against the body cavity walls which causes discomfort and pain to the patient.