Dideco S.p.a.

Starmed S.p.a.

Starmed S.r.l.

Libero Luppi

Alessandro Calari

A helmet for artificial respiration without the aid of masks, comprising a containment body with at least one optically transparent portion, which can accommodate hermetically the head of a patient. The containment body has an air intake port that can be connected to a ventilation apparatus and an outlet port. The helmet further comprises, on the containment body, substantially at the mouth of the patient being treated, an opening that can be closed removably by a closure element.

Helmet for artificial respiration without the aid of masks

A device for artificial respiration without the aid of masks, particularly for neonates and premature infants, comprising a frame that is provided with a first environment for accommodating the head of a patient and with a second environment that forms a resting surface for the back of the patient, the first and second environments being separated hermetically, and the first environment being sealed hermetically and being provided with at least one port for connection to a ventilation unit, the second environment further containing an abutment surface that can be arranged according to the length of the trunk of the patient.

Device for artificial respiration without the aid of masks, particularly for neonates and premature infants

An oral cavity cleaning device, particularly for bedridden patients, which comprises a body which has a grip portion connected to a front portion provided with bristles and the like, a channel provided inside the body with an opening at the bristles and an inlet which can be connected to an air suction unit, a container with a liquid located inside the channel, fluid tight means and internal ribs for peripherally supporting the container so as to form an annular region of the channel for the passage of fluid.

Oral cavity cleaning device, particularly for bedridden patients

The device comprises a single needle circuit having lines for admitting whole blood drawn from a patient to a continuously rotating rotor, re-introducing red cells and collecting plasma, the lines being respectively connected to the three outlets of a coupling static block rigidly attached to the rotor, two photocell-lightsource assemblies being further provided for automatically cyclically switching over the blood pick up and red cells introduction steps in the device steady state condition of operation.

Centrifugal plasmapheresis device

The device comprises plural oxygenation modules, each of which has at least one member for diffusing oxygen through the blood, and one shutter for shutting off such fluids. The modules communicate with a chamber wherethrough the pipes of a heat exchanger extend, and with a collecting chamber through a layer of an antifoaming material.

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Mirandola, Italy

Libero Luppi