Abstract: Equipment for the transport of biomedical devices, comprises a load-bearing framing; movement device/apparatus/element/unit or the like of the framing with respect to a resting surface; at least one supporting plane associated with the framing and provided with removable anchoring device/apparatus/element/unit or the like of at least one biomedical device; at least one intermediate plane for the support of an additional device intended to be interconnected to the biomedical device, wherein the intermediate plane is associated movable by shifting with the framing along a direction of sliding between a working position, wherein it is positioned inferiorly to the supporting plane, and a maintenance position, wherein it is shifted with respect to the working position along the direction of sliding by arranging itself at least partly beyond the overall dimensions defined by the framing and wherein it is associated cantilevered with the framing.

Abstract: A device for the measurement of carbon dioxide in a working gas comprises: a tubular body inside which a working gas is conveyed; at least one emitter of an optical signal arranged at the tubular body; at least one receiver of the optical signal arranged at the tubular body on the opposite side of the emitter; heating unit arranged at least one of the emitter and the receiver; wherein the device comprises at least one temperature sensor positioned in the proximity of the heating unit, at least one control unit operatively connected to the emitter, to the receiver, to the heating unit and to the sensor, the control circuit unit comprising correction unit which are configured to correct the value of the optical signal detected by the receiver depending on the temperature measured by the temperature sensor.

Abstract: A locking device having at least one load-bearing element, a first locking device engageable in a removable manner with the hollow body to lock it in travel with respect to the load-bearing element, the hollow body being movable in rotation around the axis with respect to the load-bearing element, and second locking device engageable in a removable manner with the support element, the locking device being movable between at least one release configuration and at least one locking configuration, wherein the second locking device engage with the support element to secure the load-bearing element in travel with respect thereto, the hollow body being movable in rotation around the axis with respect to the support element with the locking device in the locking configuration.

Abstract: A device for the continuous monitoring of blood characteristic quantities in an external cardiovascular supporting circuit, said circuit including a venous line which conveys blood from the patient to an oxygenator, and along which at least one pump is arranged, and an arterial line which returns blood from the oxygenator to the patient, where said oxygenator comprises at least one blood inlet port connected to said venous line and at least one blood outlet port connected to said arterial line, at least one inlet channel and at least one outlet channel of a work gas intended to supply oxygen to the blood and/or to remove carbon dioxide from the same.

Abstract: Equipment for the support of biomedical devices comprises a supporting frame; a first supporting device/apparatus/unit/component/structure or the like of a first biomedical device associated with the supporting frame; a second supporting device/apparatus/unit/component/structure or the like of a second biomedical device, of the type of a magnetic drive centrifugal pump provided with at least one rotor element and with motor device/apparatus/unit/component/structure or the like for the rotational actuation of the rotor element, associated with the supporting frame, one or more electrical connectors that can be connected to the electrical user points; at least one control and command unit operatively connected to the connectors and configured to process the data coming from the connectors; and a rechargeable power supply device/apparatus/unit/component/structure or the like associated with the supporting frame and electrically connected at least to the control and command unit.

Abstract: An equipment for the support of biomedical devices including at least one basic element associable with at least one carrying device of a patient and provided with an anchoring device/element/component/module/unit or the like of at least one biomedical device; an attachment device/element/component/module/unit or the like of the basic element to the carrying device; and at least one pair of sustaining elements to sustain the legs of the patient. The sustaining elements are associated on mutually opposite sides with the basic element.

Abstract: A device for the rapid attachment of biomedical devices, comprising: at least one base element associable with a supporting plane and defining a guiding seat extending along a sliding direction, the guiding seat being intended to receive by shifting an anchoring element associable with one or more biomedical devices; removable attachment device/component (or the like) of the base element to the supporting plane; removable locking device/component (or the like) of the anchoring element associated with the base element, the locking device/component locking the anchoring element with respect to the base element along the sliding direction upon reaching a predefined anchoring position.

Abstract: A magnetic levitation centrifugal pump comprises: an internally hollow body, an inlet connector and an outlet connector for blood. The hollow body comprises a lower element and an upper element which are mutually coupled to each other; a rotor element housed inside the hollow body and provided with a portion made of magnetic material, the rotor element being magnetically commanded in rotation about a relative axis, without contact, by a stator element associable with the hollow body. The upper element has a perimeter flange for coupling and a substantially dome-shaped body projecting from the perimeter flange. The outlet connector is associated with the dome-shaped body and is spaced away from the perimeter flange, between the outlet connector and the perimeter flange being defined an air space inside which mutual tightening device/component can be inserted for the tightening of the upper element with the lower element.

Abstract: A circuit for extracorporeal blood circulation comprising a feeding line(s) adapted to take blood to be treated from a patient and a return line(s) adapted to reintroduce treated blood into the patient; at least one oxygenation device connected at inlet to the feeding line and at outlet to the return line and at least one inlet port of the blood to be treated and at least one outlet port of the treated blood, at least one inlet channel and at least one outlet channel of a working gas comprising at least one of either air or oxygen to supply oxygen to the blood to be treated and/or to remove carbon dioxide therefrom; at least one feeding device of the working gas connected to the inlet channel; and an ozone dispensing device(s) connected to the inlet channel to introduce ozone into working gas entering the oxygenation device.

Abstract: A magnetic levitation centrifugal pump, comprises: one hollow body provided with at least one inlet connector and with at least one outlet connector for blood; one rotor element, housed inside the hollow body and comprising at least one magnetic portion, where the rotor element can be commanded in rotation about an axis of rotation, without contact, by a stator element associable with the hollow body, the rotor element comprising at least one revolving body, which defines an upper surface supporting a plurality of blades which are adapted to convey blood towards the outlet connector; where the upper surface has a substantially concave shape and where the revolving body comprises at least one through hole which is positioned along the axis of rotation.

Abstract: A device comprising a bag made of flexible material and defining a containment volume of a liquid; at least a first duct associated with the bag and provided with a first transit port placed inside the containment volume for the introduction of an operating liquid inside it; at least a second duct associated with the bag and provided with a second transit port placed inside the containment volume for the outflow of the operating liquid to the outside; at least a third duct associated with the bag and provided with a third transit port placed inside the containment volume for the reintroduction of the operating liquid inside it; and at least a fourth duct associated with the bag and provided with a fourth transit port placed inside the containment volume for the outflow to the outside of the air present in the containment volume itself and in the operating liquid.

Abstract: Equipment for the control of biomedical devices during extracorporeal circulation. The equipment includes at least one basic structure and a (e.g., tangible) controller or a control unit/device/component/etc. that is assembled on the basic structure and provided with at least one control unit/etc. operationally connectable to at least one biomedical device for extracorporeal circulation and configured to control it. The controller/etc. comprise at least one emergency control unit, operationally connectable to the biomedical device and configured to control the latter following a malfunction of the control unit.

Abstract: A device for the rapid attachment of biomedical devices, comprising: at least one base element associable with a supporting plane and defining a guiding seat extending along a sliding direction, the guiding seat being intended to receive by shifting an anchoring element associable with one or more biomedical devices; removable attachment device/component (or the like) of the base element to the supporting plane; removable locking device/component (or the like) of the anchoring element associated with the base element, the locking device/component locking the anchoring element with respect to the base element along the sliding direction upon reaching a predefined anchoring position.

Abstract: A biomedical joint device for the measurement of physical quantities comprises one tubular joint element provided with at least one connecting channel defining a first port, connectable to a biomedical device for the treatment of a body fluid, and a second port opposite to the first port; a sensor means, positioned adjacent to the second port and communicating with the connecting channel, adapted to detect at least one physical quantity characteristic of the body fluid; and one supporting element of the sensor associated with the joint element, to close said second port.

Abstract: An appliance for the transport of biomedical devices. The appliance comprises at least one load-bearing structure, movement device/unit/component/structure of the load-bearing structure with respect to a reference surface and at least one supporting top of at least one biomedical device associated with the load-bearing structure, where the load-bearing structure comprises first removable hooking device/unit/component/structure to the movement device/unit/component/structure, the first hooking device/unit/component/structure being movable between an engagement configuration, wherein the load-bearing structure is constrained to the movement device/unit/component/structure, and a release configuration wherein the load-bearing structure is released and removable from the movement device/unit/component/structure.

Abstract: An appliance for the support of biomedical devices during extracorporeal circulation. The appliance comprises at least one load-bearing body, at least one command and control unit connectable to at least one biomedical device, at least one holding element provided with at least first supporting device/unit/component/structure of a first biomedical device and with second supporting device/unit/component/structure of a second biomedical device, wherein the first supporting device/unit/component/structure and the second supporting device/unit/component/structure are locked to each other and wherein the holding element comprises removable hooking device/unit/component/structure to the load-bearing body.

Abstract: A magnetic levitation centrifugal pump, comprises: one hollow body provided with at least one inlet connector and with at least one outlet connector for blood; one rotor element, housed inside the hollow body and comprising at least one magnetic portion, where the rotor element can be commanded in rotation about an axis of rotation, without contact, by a stator element associable with the hollow body, the rotor element comprising at least one revolving body, which defines an upper surface supporting a plurality of blades which are adapted to convey blood towards the outlet connector; where the upper surface has a substantially concave shape and where the revolving body comprises at least one through hole which is positioned along the axis of rotation.