See how a bed integrates pressure and acoustic sensors with machine-learning classifiers to det
See how a bed system combines pressure and acoustic sensors with machine learning to detect sno
Movable upper and lower brace hooks keep the mandible advanced without rigid locking, reducing condyle discomfort while maintaining airway opening.
Digital CAD milling fixes fin positions for reproducible mandibular advancement, improving sleep apnoea titration, comfort, and durability.
Temperature-controlled cryolysis selectively removes oropharyngeal fat to improve airflow in obstructive sleep apnea without harming nearby tissue.
A vacuum tongue anchor applies adjustable anterior force during sleep to limit posterior tongue collapse and reduce airway obstruction.
A monolithic polymer strut gives provisional sleep apnea appliances immediate mandibular advancement while allowing jaw movement and secure tray joining.
A two-layer overmolded dental tray uses reformable thermoplastic, bite pads, and adjustable members to fit varied dentition for sleep apnea treatment.
A buccal oral appliance uses a treatment arm to trigger discomfort at biting thresholds, discouraging sleep bruxism without invasive care.
A compact oral appliance uses interdental fastening members to hold the jaws fixed, keeping the airway open without bulky CPAP masks.
Nightly wear of a tongue-constraining oral retainer builds tongue pressure during sleep, improving swallowing in dysphagia patients with low exercise compliance.
Selective cooling of oropharyngeal fat relieves airway blockage in sleep apnea while preserving nearby muscle and nerve tissue.
Gentle, sensor-adjusted jaw opening supports mouth breathing during sleep while still allowing swallowing and limiting dryness or drooling.
Controlled cooling targets tongue-base and soft-palate fat to relieve sleep apnea obstruction while preserving nearby muscle and nerve function.
Controlled cooling above damaging thresholds selectively removes oropharyngeal fat to relieve sleep apnea while protecting muscle.
Magnetic garment attachment replaces twisting straps, keeping a back-mounted sleep trainer secure while improving comfort during sleep.
Body heat triggers a delayed shape-memory jaw advance that enlarges the airway after sleep onset, improving comfort without oral electronics.
Selective inflatable underlay segments shift users toward an intended sleep position, improving comfort and supporting respiratory therapy.