A transfer system for a sealed enclosure, the sealed enclosure defining a first closed volume and having at least one device for sealed connection to a second closed volume, the transfer system being intended to be disposed in the enclosure and to be fastened to a wall of the latter, the transfer system including a chute and a hinge device fastened inside the enclosure, the hinge device including two arms and three pivot hinges and three motors.

The handling device for cases and boxes contained in the cases, comprising a housing intended to receive a case, said housing being closed at a first longitudinal end and open at a second longitudinal end, a holding device (14) mounted at the level of the second end of the housing, the latter comprising two clamping jaws, said clamping jaws applying a clamping force to the case (E), an actuator for opening and closing said jaws, two stop jaws (36, 38), each (36, 38) being supported by a clamping jaw and being articulated in a free manner about and relative to the clamping jaw, springs (40) connecting said stop jaws (36, 38), such that opening of the clamping jaws causes opening of the stop jaws (36, 38) and the stop jaws (36, 38) can be opened independently of the clamping jaws.

The present disclosure relates to the field of radiation imaging for testing and/or quality assurance of items (6) in a variety of industrial applications. The radiation imaging system (1) for inspecting a plurality of items (6) comprises a radiation imaging device. a shielded enclosure (31), at least one access port (33). and at least one item handling apparatus (10) with a movable manipulator (4) configured for detachably coupling and releasing a plurality of mounts (5) suspended on a retaining element (36) arranged in the access port (33). and positioning the plurality items (6) mounted on the mounts (5) within a projection space (23) of the radiation imaging device.

A system for transferring and storing radioactive waste for a shielded cell comprising a duct for discharging radioactive waste, the system having: a first frame which is attachable below the duct; a cylindrical shielded container for radioactive waste, provided with a collar; a rapid transfer port having an alpha port fixable on the duct and a beta port closing the container; a second frame to support the container through the collar, and movable relative to the first frame towards an alignment position, wherein the container is coaxial to the discharge duct; a shielded cover movably mounted on the collar to cover and uncover the beta port; a lifter to lift the container to a raised position, wherein the beta port rests on the alpha port; and a rotating key mounted on the first frame to rotate coaxially to the duct, engageable by an outer portion of the container in the raised position to allow coupling between the beta port and the alpha port.