Abstract: The disclosure relates to a hood for humidifying air entering into a tracheostomy valve comprising: a container having a front wall and a rear wall, the rear wall being configured to face an inlet of the tracheostomy valve; the container comprising a material enclosed by the front wall and the rear wall; and a channel, extending through the front wall, extending pass the material and extending through the rear wall, allowing exterior air to flow through the container to the tracheostomy valve during inhalation.

Abstract: The present invention relates to a tracheostomy valve configured to be in fluid communication with a patient's trachea. The valve comprising a hollow valve body, a flexible membrane adapted to work as a check valve opening the valve when the patient inhales and sealingly closing the valve when the patient exhales, and a cap with at least one through hole making the cap fenestrated. The hollow valve body having a through hole forming a passageway for fluid extending between an inner end being an outlet of the hollow valve body and an outer end being an inlet of the hollow valve body. The fenestrated cap being configured to be detachably attached to the outer valve body end, and the inner valve body end is configured to be in fluid communication with the patient's trachea.

Abstract: The disclosure relates to a hood (100) for humidifying air entering into a tracheostomy valve (190) comprising: a container (102) having a front wall (104) and a rear wall (108), the rear wall (108) being configured to face an inlet (192) of the tracheostomy valve (190); the container (102) comprising a material (110) enclosed by the front wall (104) and the rear wall (108); and a channel (112), extending through the front wall (104), extending pass the material (110) and extending through the rear wall (108), allowing exterior air (120) to flow through the container (102) to the tracheostomy valve (190) during inhalation.

Abstract: The present invention relates to a tracheostomy valve configured to be in fluid communication with a patient's trachea. The valve comprising a hollow valve body, a flexible membrane adapted to work as a check valve opening the valve when the patient inhales and sealingly closing the valve when the patient exhales, and a cap with at least one through hole making the cap fenestrated. The hollow valve body having a through hole forming a passageway for fluid extending between an inner end being an outlet of the hollow valve body and an outer end being an inlet of the hollow valve body. The fenestrated cap being configured to be detachably attached to the outer valve body end, and the inner valve body end is configured to be in fluid communication with the patient's trachea.