A single prong nasal cannula with a flexible wire and stabilization patches reduces skin irritation by separating oxygen delivery from mechanical support.
Silicone conduits with attached pads stabilize patient interfaces, resolving discomfort from obtrusive mask designs.
Optical scanning generates 3D facial contours to automate mask selection, resolving manual measurement bottlenecks and improving fit accuracy.
A prong-free cannula uses a gas flow-focusing device to capture exhaled carbon dioxide without nasal insertion.
A CPAP mask channel employs a partial bead to secure the cushion, reducing manufacturing complexity while maintaining attachment reliability.
A ventilator system adjusts extrinsic positive end expiratory pressure using real-time respiratory reactance measurements.
An adhesive wing design eliminates bulky headgear, providing a reliable air seal for pre-term infants while preventing discomfort during side sleeping.
Automated image processing replaces manual measurements to reduce clinician time while improving mask fitting accuracy and patient compliance.
A spring-loaded piston mechanism generates vacuum pressure through a facemask to dislodge airway obstructions.
A nasal cannula assembly uses a deformable reservoir to separate nitric oxide from oxygen until inhalation.
An elastic connection element snugly fits a nasal cannula into a patient interface through hole to create a secure pneumatic seal.
Derives actual cannula pressure via Reynolds number compensation to prevent ambient air inhalation and maintain respiratory safety.
A breath-powered positive airway pressure device uses a resiliently flexible expiratory chamber to pressurize inspired air without external electricity.
Permeable flexible air chamber regulates CO2 levels and rebreathing ratios to treat migraine, epilepsy, and asthma by controlling cerebral blood flow.
Variable stiffness cup mask directs oxygen via angled inlet to reduce CO2 retention and improve sealing across face geometries.
A flexible membrane surrounds the undercushion to form a continuous seal around the patient's mouth.
A sleep management vending kiosk uses facial scanning to recommend and vend appropriate respiratory patient interface devices.