Abstract: A refrigerated display cabinet has a containment structure defining a product display compartment divided by a shelf into a lower area and an upper area, and an access opening, an air inlet mouth and an air outlet mouth being in communication with the product display compartment. A channel connecting the air inlet and outlet mouths contains an evaporator connected to a refrigeration circuit and a plurality of fans arranged downstream of the evaporator, and is divided into a first group and a second group of fans respectively generating a flow of refrigerated air towards the lower area and a flow of refrigerated air towards the air outlet mouth. A control unit adjusts speed of the first group of fans independently of speed of the second group of fans and flow rate of refrigerated air towards the lower area independently of flow rate of refrigerated air towards the air outlet mouth.

Abstract: A spring mounting device in a cladding tube for nuclear fuel, comprising a spring distributor, a spring loader in the cladding tube, the distributor supplying the springs to the loader, said loader comprising a longitudinal slide to receive the spring, a pusher in order to set the spring into place in the cladding tube and is able to move in the slide, means of displacement of said pusher, said device comprising mechanical means in order to associate the actuation of the means of displacement with that of the spring distributor.

Abstract: A spring mounting device in a cladding tube for nuclear fuel, comprising a spring distributor, a spring loader in the cladding tube, the distributor supplying the springs to the loader, said loader comprising a longitudinal slide to receive the spring, a pusher in order to set the spring into place in the cladding tube and is able to move in the slide, means of displacement of said pusher, said device comprising mechanical means in order to associate the actuation of the means of displacement with that of the spring distributor.