Abstract: The face or nose mask (1) includes a mask body (2) with an inlet (3). The mask body (2) includes a sealing element with a first chamber (10), and a second chamber (11) which can be connected by connectors (12, 13) to a source of pressurized air.

Abstract: The face or nose mask (1) includes a mask body (2) with an inlet (3). The mask body (2) includes a sealing element with a first chamber (10), and a second chamber (11) which can be connected by connectors (12, 13) to a source of pressurized air.

Abstract: A customizable face or nose mask for the noninvasive ventilation of patients in general, which comprises a mask body forming at least one surface portion which can be coupled to the face of the patient. The peculiarity of the invention consists in that it comprises, at least at the surface portion, a chamber for containing at least one product without shape memory which can be activated to produce a chemical and/or physical reaction for the transformation of the at least one product without shape memory into a product having shape memory which spontaneously models itself on the patient's face.

Abstract: The face or nose mask (1) includes a mask body (2) with an inlet (3). The mask body (2) includes a sealing element with a first chamber (10), and a second chamber (11) which can be connected by connectors (12, 13) to a source of pressurized air.

Abstract: A self-moistening tracheostomy device including a box-like shell having an entry attachment mouth disposed on one side thereof for receiving the end of a tracheostomy cannula, an inlet opening for oxygen administration, and an exchanger element located inside said box-like shell wherein an exchanger element has a plurality of cellulose-type laminar elements.

Abstract: A customizable face or nose mask for the noninvasive ventilation of patients in general, which comprises a mask body forming at least one surface portion which can be coupled to the face of the patient. The peculiarity of the invention consists in that it comprises, at least at the surface portion, a chamber for containing at least one product without shape memory which can be activated to produce a chemical and/or physical reaction for the transformation of the at least one product without shape memory into a product having shape memory which spontaneously models itself on the patient's face.

Abstract: A face mask for the noninvasive ventilation of a patient, the mask being customizable by having a mask body forming at least one surface portion which can be coupled to the face of the patient, the face mask further including at least one chamber containing at least one product without shape memory which can be activated to produce a chemical and/or physical reaction for the transformation of said at least product without shape memory into a body having shape memory which spontaneously models itself on the patient's face at a surface portion between the mask and the patient's face.

Abstract: A self-moistening tracheostomy device [comprising] including a box-like shell [(2), and] having an entry attachment mouth [(4)] disposed on one side thereof for receiving the end of a tracheostomy cannula, [and] an inlet opening [(5)] for oxygen administration, and an exchanger element [(3)] located inside said box-like shell [(2), characterized in that said] wherein an exchanger element [(3) comprises] has a plurality of cellulose-type laminar elements [(6)].

Abstract: The present invention relates to a ventilation tube particularly for medical devices, which has the particularity that it comprises a tubular body made of flexible plastics which forms raised ridges on its outer surface. An electric wire is embedded in at least part of the ridges and forms an electric resistor for heating the gaseous substance that flows inside the tubular body.

Abstract: A cable particularly for tracheostomy and retrograde-intubation techniques, including in combination an elastic guiding wire (2) constituted by a steel wire (3) arranged inside a flexible spring (4) and a traction-resistant steel cord (10) which is rigidly connected to the steel wire (3).

Abstract: A disposable active humidifier particularly for inspiratory lines of respiratory circuits for intensive care, comprising a body (2,2') provided with an inlet (3,3') and an outlet (4,4') for its connection along the inspiratory line and internally forming a chamber (10) for the flow of the gases of the inspiratory line, the humidifier further comprising a hydrophobic membrane (11) forming at least one portion of the surface of the chamber. The body (2,2') can be introduced by immersion in a water containment chamber (21) at least at the region affected by the membrane (11), the membrane being adapted to allow the passage of water in molecular form in the gas flow chamber (10).