ResMed Asia Pte. Ltd.

The present technology relates to one or more of the screening, diagnosis, monitoring, treatment, prevention and amelioration of respiratory-related disorders. The present technology also relates to medical devices or apparatus, and their use. In particular, the present technology a headgear for supplying pressurised air to a patient, comprising a headgear tubing which is inflatable from a collapsed state to an inflated state to form a conduit for supplying pressurised air to the patient, and when the headgear tubing is in the collapsed state, the headgear tubing is elastically deformable and foldable on itself. The headgear may further comprise a rigidiser.

Techniques for machine learning-based dropout severity prediction are provided. Usage information for a patient is accessed, the usage information indicating participation, by the patient, in a respiratory therapy. A dropout event with respect to the respiratory therapy is identified based on evaluating the usage information using a consolidated usage rule. In response to identifying the dropout event, a dropout severity prediction is generated based on the usage information and a trained machine learning model. In response to determining that the dropout severity prediction satisfies one or more criteria, one or more interventions for the patient are initiated.

Disclosed is a positioning and stabilising structure configured to provide a force to hold a seal-forming structure in a therapeutically effective position on the patient's head. The positioning and stabilising structure comprises a pair of side straps. Each side strap comprises a flexible material arranged to define a first channel extending adjacent and parallel to a first longitudinal edge of the side strap and a second channel extending adjacent and parallel to a second longitudinal edge of the side strap. A substantially rigid member is connected to a free end of the side strap and extends substantially between the channels. A flexible member is provided to each channel and is connected to a respective end of the substantially rigid member, wherein each flexible member is also connected to the flexible material at an opposite end of the channels to the substantially rigid member. A hook and loop fastener system is arranged to allow the substantially rigid member to be connected to a non patient facing side of the side strap.

The present disclosure is concerned with a system for delivering CBT-I to a patient. The system comprises one or more wearable devices each having one or more sensors configured to continuously monitor the patient's physiological, behavioural and/or environmental data; a patient application executable on a patient system, the patient application including one or more CBT-I modules and being configured to receive physiological, behavioural and/or environmental data from the wearable devices; a clinician application executable on a clinician system and configured to receive one or more CBT-I parameters pertinent to the CBT-I; and a CBT-I server communicatively coupled to the patient application and to the clinician application, the CBT-I server being configured to make physiological data received from the patient application available to the clinician application and selectively deliver one or more of the CBT-modules on the patient application in accordance with the CBT-I parameters received from the clinician application.

A heat and moisture exchanger (HMX) device may be used with a patient interface. The HMX device may include: a frame; and an HMX material supported on the frame and comprising: a sheet comprising a plurality of fibers randomly entangled to form a plurality of tortuous paths to allow air to flow through the sheet, wherein a plurality of holes extend through the sheet of fibers to allow air to flow through the sheet of fibers and bypass the plurality of tortuous paths, and wherein the sheet of fibers comprises a plurality of folds.

A method includes receiving first image data associated with a first real-time video feed of an outer container having an outer label thereon. The method also includes identifying the outer label in the first real-time video feed by analyzing the received first image data. The method further includes determining first information associated with contents of the outer container by analyzing the identified outer label. The method then includes displaying, via a display device, at least a portion of the first real-time video feed of the outer container. Finally, the method includes augmenting the displayed first real-time video feed of the outer container based at least in part on the determined first information associated with the contents of the outer container.

A patient interface is configured to deliver a flow of positive pressure respiratory gas to an entrance of a patients airways. The patient interface includes an elastomeric support wall forming at least part of a plenum chamber configured to receive the flow of positive pressure respiratory gas. The patient interface also includes an elastomeric support flange positioned at an end of the elastomeric support wall and extending radially inward from the support wall. The support flange has a flap portion at a central superior region of the support flange that extends further in the radially inward direction than the rest of the support flange. In addition, a foam cushion is mounted on the support flange. The foam cushion is configured to form a seal with the patients face and includes an attachment surface that is in contact with an outer surface of the support flange.

A patient interface including a vent structure that allows a continuous flow of gases exhaled by the patient from an interior of a nasal plenum chamber to the ambient. The vent structure is sized and shaped to maintain the therapeutic pressure in the nasal plenum chamber in use. The vent structure includes a housing secured to the nasal plenum chamber, and a vent wall coupled to the rigid housing and selectively movable between a closed position and an open position. The vent wall is biased toward the closed position. The vent wall is maintained in the closed position and is configured to be positioned in the open position as a result of contact with an oral cushion in order to accommodate the oral cushion with an oral plenum chamber and form an oro-nasal cushion.

Packaging for a patient interface comprises: a plurality of panels arranged to be folded inwardly to define a housing for the patient interface, the plurality of panels comprising a pair of opposed side panels and a pair of opposed end panels; and a panel-retaining structure that is arranged to prevent outward collapse of the panels such that the patient interface is held in a compressed state; wherein at least one of the panels comprises at least one patient interface retaining feature that is attachable to the patient interface; and wherein the panel-retaining structure is releasable to cause the patient interface in the compressed state to urge one or more of the panels outwardly, to thereby enable display of the patient interface in a substantially in-use configuration.