A resealable aerosol-generating article uses a moveable portion to control fluid communication between medicament sources and airflow pathways.
Logic circuit prevents simultaneous vaporizer activation to eliminate doubled anesthesia effects.
Optically clear adhesive bonds transparent control film to ventilator display, eliminating sealing joints that trap moisture and increase production costs.
A dual control system links an external input device to a ventilator controller via communication paths.
Interactive apparatus detects inspiratory parameters using pressure, flow, and sound sensors to monitor inhalation techniques.
A dry powder inhaler uses a resilient member to move medicament from the reservoir to delivery channels.
A disposable intubation device uses a bendable stylet and integrated LED light for direct airway visualization.
A capnograph analyzes expired CO2 waveforms to characterize respiratory patterns during ventilator weaning.
A linear digital proportional piezoelectric valve uses a motor-driven shaft and follower to control fluid flow.
Periodic electromagnetic valve action maintains high cough pressure while preventing airway collapse caused by rapid pressure release.
A reader unit detects identification data stored in a memory element attached to a respiratory tube.
Skin conductance analysis differentiates pain from awakening by isolating emotional sweating signals, avoiding interference from blood circulatory changes.
Non-standard thread pitch prevents cross-contamination by blocking incompatible component mating.
A wireless endoscope integrates illumination and imaging into a flexible cylindrical shaft.
An expandable absorbent plug delivers anesthetic agents to nasal cavity walls through controlled volume expansion.
Dynamic pressure adjustment based on airway resistance improves breathing assistance while minimizing medication side effects.
A lung replica uses compressible lobes to generate inhaled and exhaled airflow for spatial deposition studies.
Hermetic sealing protects internal components while enabling easy cleaning, resolving infection risks from non-portable traditional devices.
Single inhaler aerosol formulation merges three drugs to reduce COPD exacerbation rates by 20-30% while eliminating multiple device management.
Replacing thermoforming, 3D-printed aligners use divot anchors and embedded sensors to simultaneously treat sleep apnea and straighten teeth.