Snoring Prevention TRIZ Cases

An extraoral clamp repositions the mandible to prevent apnea without custom fitting or bite changes.

A U-shaped oral support establishes a stable respiratory airflow channel through the vestibule, reducing foreign body sensation and occlusion pressure.

Segmenting the tongue lifter from retention reduces bulkiness while maintaining effective airway opening.

Bioadhesive strips deliver encapsulated bacteria to modify the oral microbiome, addressing migraine pathophysiology by targeting nitric oxide production.

A valved nasal cannula uses a centrally anchored diaphragm valve to provide airway pressure without external energy sources.

Adjustable clamps grip the tongue to prevent posterior collapse, resolving airway blockage risks during sleep.

Non-uniform arch board thickness fixes the tongue position to maintain an open respiratory tract for obstructive sleep apnea patients.

An implantable elastic device adjusts tongue position, resolving non-adjustable thread tension and tissue compression issues in sleep apnea treatment.

Acoustic reflection pharyngometry measures airway dimensions during sequential mandibular repositioning to identify optimal oral device settings.

An implantable traction device mechanically maneuvers the thyroid cartilage and hyoid bone to maintain upper airway patency.

Tapered elastomeric splint resolves rigidity-versus-adaptability trade-offs by using bosses to guide jaw alignment and relax temporomandibular joints.

A motorized intraoral actuator adjusts lower jaw position based on real-time sensor data to treat obstructive sleep apnea.

Bidirectional barbs on a surgical implant pull and hold soft palate tissue, preventing extrusion while maintaining airway openness.

A mouthpiece with a force transducer strengthens the genioglossus muscle through targeted resistance exercises.

A nasal device with a movable pressing portion expands the nasal cavity to increase airflow capacity while preventing displacement during sleep apnea treatment.

Segmented oral device draws tongue forward using independent partial vacuums, resolving pressure seal issues that block single-source vacuum propagation.

Passive mechanical splint replaces complex CPAP systems, resolving patient comfort trade-offs while maintaining reliable airway patency.

Segmenting the intraoral anchor from the nasopharyngeal tube maintains retropalatal patency without surgical complexity.

Probiotic bacterial compositions combined with zinc compounds and bioactive flavonoids establish a healthy oral microbiome.

A flexible toroidal nasal device generates expiratory positive airway pressure through passive airflow resistance.

Tomographic image analysis and respiration simulations determine optimal adjustment distances, eliminating trial-and-error discomfort.

Electrical stimulation of the hypoglossal nerve moves the tongue anteriorly to maintain upper airway patency during sleep.

C-shaped nostril separators connected by a flexible bridge adapt to individual anatomy, resolving comfort trade-offs while increasing oxygen intake.

A universal dental guard absorbs bruxism forces without custom fitting, reducing manufacturing time.

Adhesive sheet closes mouth to reduce snoring while breathing tube allows airflow, avoiding bulky CPAP equipment.

A wearable sleep mask uses a pressure sensor and vibrator to alert wearers when they roll onto their back.

A mouth guard integrates an adjustable tongue depressor that positions the tongue to prevent airway obstruction, eliminating CPAP reliance.

Segmented base components with specific geometric extents provide a durable solution that abates teeth grinding safely.

An elongate member with fixation elements applies force to the airway segment.

An adaptive sleep posture alerting apparatus uses periodic vibrotactile signals to correct body orientation while preserving natural sleep stages.

An oral device stresses the trigeminal nerve during swallowing to promote dentitional swallowing acquisition in children.

Integrated sensors and processors detect shock loads and vital signs, resolving the trade-off between device complexity and real-time health monitoring.

Expansion screws adjust a mandibular tray to increase pharyngeal space, resolving non-reconfigurable device limitations.

An elastomeric mouth guard with a protruding bubble absorbs shock to prevent bruxism and TMJ issues.

Elastic lip-clamping mechanism positions tongue to maintain airway clearance, eliminating deep insertion risks and accidental swallowing hazards.

Segmented braces connected by an elastic piece stabilize the throat wall and tongue root to prevent snoring noises from multiple anatomical sources.

An oral appliance with guide parts enables lower jaw movement.

A magnetic mouth appliance maintains jaw closure to promote nasal breathing.

An adjustable dental appliance uses interlocking rails and indentation tracks to position the jaw.

A tongue base heat exchanger delivers controlled cold temperatures to trigger adipose tissue apoptosis, avoiding severe bleeding from surgical ablation.

Thermal impression material and adjustable side straps advance the mandible, widening the airway while minimizing anterior tooth pressure.

An integrated bite splint with a tunnel-like recess and inclined walls prevents shifting during use while distributing axial loads.

Replacing rigid guide rods with elastic tension straps eliminates cheek irritation from angular components while maintaining structural stability.

A nasal insert with an internal spiral element creates a rotational air movement to increase respiratory airflow.

Bone anchors transmit spring force to the lower jaw, preventing tooth displacement while maintaining oral closure.

An elastic metallic wire nasal spreader opens nostrils while reducing pressure on inner walls and skin irritation.

An oral device advances the lower jaw while applying a vacuum to depress the tongue.

Segmentation and asymmetry enable a bi-flow nasal stent with V-shaped cutouts to restore natural breathing while maintaining valve support.