32 results about "Noninvasive ventilation" patented technology

A ventilator system (100 / 200 / 300 / 400) includes an integrated blower (130 / 230 / 330). In one case, the ventilator system includes: an inspiration port (122 / 222 / 322) for connection to an inspiratory limb (112 / 212 / 312) of a dual-limb patient circuit (110 / 210 / 310), and an expiration port (142 / 242 / 342) for connection to an expiratory limb (114 / 214 / 314) of the dual-limb patient circuit; a gas delivery device (120 / 220 / 320) connected to the inspiration port to supply a pressurized flow of gas to the inspiration port to generate a positive pressure; and a blower having an inlet (132 / 232 / 332) that is operatively connected to the expiration port and configured to be controlled to selectively supply a negative pressure level between 4 and 120 cmH2O to the expiration port, and an outlet (134 / 234 / 334) to exhaust gas received from the expiration port. In another case, the ventilator system includes a blower to generate positive pressure / flow to augment flow for noninvasive ventilation.

A system that includes both an Airway and Ventilation device (AV) and an Automated External Defibrillator (AED) device is described. The system allows minimally trained persons to operate it in emergency situations involving respiratory failure and / or cardiac arrhythmias. An integral part of the AV of the system is a face mask manufactured in two parts: a face attachment unit configured to attach to the patient's face and a mask body that is releasably connected to the face attachment unit by a quick release mechanism allowing quick removal of the mask body from the face attachment unit, leaving only the face attachment unit attached to the patients' face, in order to address urgencies such as vomiting. After vomiting ceases and is cleared, then the mask body may be reattached to continue ventilation.

The present invention relates to a patient ventilation device or breathing device and components thereof for use in all types of ventilation systems of respiratory equipment, including invasive and non-invasive ventilation, positive pressure ventilation therapy, continuous positive airway pressure (CPAP), especially dual Horizontal Therapy and Sleep Disordered Breathing (SDB) disease treatment, such as Obstructive Sleep Apnea (OSA), and for a variety of other breathing disorders and diseases. In particular, the present invention relates to ventilators, blades, gaskets, multiconductor wires, impellers, gas inlets and inlet elements, improved air paths or fluid flow paths and components thereof, and / or to a modular ventilation device or breathing apparatus as described above. device, and particularly in combination with one or more other aspects of the invention.

The invention relates to the technical field of medical breathing equipment, in particular to a humidifier for noninvasive ventilation. The humidifier comprises a bottom case, a heating assembly, a humidifier main body and an upper cover, wherein the humidifier main body is provided with a water box; the heating assembly is fixed at the bottom case; a through hole is formed in the bottom of the humidifier main body; a heating disc of the heater assembly is embedded in the through hole; the heating disc and the bottom of the humidifier main body form the bottom surface of the water box; an air inlet hole and an air outlet hole are formed in the side surface of the water box; the air inlet hole is connected with a flow disturbing device capable of scattering airflow entering the water box. The humidifier for noninvasive ventilation is provided with the flow disturbing device, so that the airflow entering the humidifier can be scattered and fully contacts the water surface in the humidifier; the humidifying effect is good; the integral humidifier main body replaces the separated water box and main body structure in the prior art; the heating effect is better; the structure of the humidifier is simple; the cost is lower.

The continuous airway opening pillow according to the present invention comprises a pillowcase matching the width of the shoulders of the human body, and a pillow core arranged in the pillowcase, and the two sides of the pillowcase are respectively provided with arms for inserting into the arms and then fixing the pillowcase on the shoulders. The shoulder tube, the pillow case is provided with a zipper for installing the pillow core. An elastic part for adjusting the size of the shoulder tube is arranged on the shoulder tube and the pillowcase. The open pillow of the present invention can keep the patient's head, neck and shoulders at the same level all the time, effectively open the airway, and improve the effect of non-invasive ventilation; and under normal conditions for patients with sleep apnea syndrome, using a continuous airway open pillow can effectively Prevent airway collapse and relieve sleep apnea symptoms; for those with thoracic deformities and rickets, the open pillow can prevent further physiological changes in the chest and back; shorten the time required for nurses to open the patient's airway continuously, and improve clinical work efficiency.

The invention belongs to an experimental platform (1) for noninvasive ventilation leak detection and particularly relates to a device which achieves leak real-time detection due to synchronous monitoring and processing of pressure and flow at different points of a breathing route during the noninvasive ventilation process. A system of the experimental platform for the noninvasive ventilation leakage detection comprises a breathing machine control system which can achieve breathing machine functions, a leak detection module (02) which comprises a plurality of flow sensors, pressure sensors and a data acquisition card, a LabVIEW based micro processing and display unit (03), a face mask and a fixing device (04) thereof, a simulation trachea (05) and a lung model (06). According to the experimental platform for the noninvasive ventilation leak detection, synchronous monitoring and processing of multi-channel flow and pressure signals are achieved due to driving and filter circuits of the flow sensors and pressure sensors and a data acquisition and processing algorithm and three selectable leak real-time detection methods which comprise a leak branch circuit based flow detection method, a breathing branch circuit based flow difference value detection method and a face mask front-rear end flow difference value detection method are achieved through connection of three different breathing structures.