DEVICE: OxyPAP (10851232007711)

A mechanical device designed to provide a visual indication of a patient's airway pressure during ventilation. It is typically contained in a clear housing marked with a pressure scale [e.g., 5 to 60 cm H20 (hPa)], and has a spring-loaded indicator that, in resistance to the expiratory flow of air, registers the airway pressure. It connects to the manometer port of a variety of ventilation devices such as a resuscitation bag, hyperinflation bag, continuous positive airway pressure (CPAP) mask, or a CPAP circuit. It may be used in a healthcare setting (including ambulatory) or in the home. This is a single-use device.

A hand-held, mechanical, breathing-muscle exerciser intended to be used in respiratory therapy to encourage and motivate deep-breathing manoeuvres, typically for the postsurgical treatment and prevention of atelectasis (lung collapse) and to help facilitate airway opening and clearing. It includes an indicator in a housing that rises in relation to patient inspiratory effort, performed via an attached tube and mouthpiece, to determine the maximum volume of gas which can be inspired [i.e., the inspiratory vital capacity (IVC)]. This is a single-patient device designed for use in a medical facility and in the home. This is a reusable device.

A non-sterile device used in a respiratory or anaesthesia breathing circuit or system to maintain a selected level of positive end expiratory pressure (PEEP) in a patient's airway during ventilation. The device is typically constructed of plastic and metal materials, and has a valve(s) actuated with a spring(s) to provide the airway resistance, and an adjustable knob or dial (usually graduated) to adjust the resistance level typically between 5 to 20 cmH2O. It is used with ventilators, stand-alone breathing systems for oxygen delivery, pulmonary resuscitators, or anaesthetic breathing systems often having an expiratory valve function. This is a reusable device.

A flexible, form-shaped device designed to be placed over the nose and mouth to deliver a near-precise mixture of air and oxygen (O2) to a patient's airway without the use of a gas mixer. The device typically includes a variety of exchangeable inserts (the venturi) that allow air entrainment in controlled amounts to provide the desired O2 concentration. It is connected to an O2 source with tubing and includes headstraps for stabilization. Adaptors are typically included for connection to a humidification source. This is a single-use device.