Abstract: Device for supplying domiciliary and ambulatory oxygen, comprising an oxygen filling station and a portable oxygen reserve that can be selectively connected to the filling station, the filling station comprising an oxygen concentrator intended to isolate gaseous oxygen from the air, a liquefier connected to one outlet of the concentrator to receive the isolated gaseous oxygen so that it can be liquefied, a transfer connector connected to one outlet of the liquefier and intended to be connected to an inlet connector of the reserve, the reserve comprising a tank connected to the inlet connector so that liquid oxygen can be transferred from the filling station to the tank, a delivery system comprising members for tapping off, heating and regulating the flow of the oxygen from the tank so as to deliver gaseous oxygen to a patient.

Abstract: A packaging device for biological products, comprising a parallelepiped-shaped container having an upper face, a lower face, and two side faces extending in a longitudinal direction between two end faces and defining at least one first recess, the device comprising a distinct storage element to be housed immovably in the first recess of the container in a direction parallel to the longitudinal direction, the storage element comprising a storage zone for a first type of receptacle of biological products, the storage element and/or the container being conformed to bound at least one second recess for a second type of receptacle of biological products, the container comprising an opening on an end face provided for introducing or removing the storage element and/or the second type of receptacle, the device comprising a cover distinct from the container for selectively closing the opening.

Abstract: Device for supplying domiciliary and ambulatory oxygen, comprising an oxygen filling station and a portable oxygen reserve that can be selectively connected to the filling station, the filling station comprising an oxygen concentrator intended to isolate gaseous oxygen from the air, a liquefier connected to one outlet of the concentrator to receive the isolated gaseous oxygen so that it can be liquefied, a transfer connector connected to one outlet of the liquefier and intended to be connected to an inlet connector of the reserve, the reserve comprising a tank connected to the inlet connector so that liquid oxygen can be transferred from the filling station to the tank, a delivery system comprising members for tapping off, heating and regulating the flow of the oxygen from the tank so as to deliver gaseous oxygen to a patient, the oxygen supply device comprising a gaseous oxygen outlet connector intended to be connected to the airways of a patient, the said oxygen outlet connector being situated on the portab

Abstract: A transportable device for storing and delivering oxygen includes a casing (3) containing a cryogenic tank (1) designed to contain liquid oxygen, a heating circuit connected to the tank (1) including at least one member (2, 12) for heating/vaporizing the oxygen originating from the tank (1) for the purpose of its being supplied to a user. The device includes a pedestal (4) furnished with at least one rolling member (5) for allowing the displacement by rolling of the device, the pedestal (4) and the casing (3) including conjugate coupling members (6, 16; 7, 17) displaceable between an active position of locking of the casing (3) on the pedestal (4) and an inactive position of unlatching of the casing (3) relative to the pedestal (4).

Abstract: Transportable device for storing and delivering oxygen includes a casing containing a cryogenic tank, a heating circuit connected to the tank including at least one member for heating/vaporizing the oxygen originating from the tank for the purpose of its being supplied to a user, a circuit for filling the cryogenic tank including a fluidic connection member designed to be connected, in a filling direction, to a matching connector of a liquid oxygen reserve, a venting valve connected inside the tank, a manually actuated movable member for controlling the venting valve, the control member being movable relative to the casing for actuating the valve via a system for transmitting movement between closed and open positions of the venting valve so in moving from closed to open positions, the control member describes a movement having at least one component oriented substantially towards the inside of the casing and/or in the filling direction.