Teeth Filling TRIZ Cases

Rotatable chambers align openings to mix thixotropic dental compositions, enabling ejection through PLT applicator cannulas.

Horizontal penetration holes in a dental endo file disperse torque, preventing stress concentration and breakage during rotation in crooked root canals.

Alternating oscillation and rotation prevents file breakage and self-threading in curved canals.

Segmented receptacles store separate initiators to prevent premature reaction while enabling single-step dispensing.

A film tensioning element uses pressurized gas within hollow rings to adjust stiffness dynamically.

Segmenting mixing components within one chamber reduces device complexity while maintaining storage stability for multi-component dental preparations.

Segmented housing and optical filtering isolate weak luminescence from ambient light, enabling clear imaging in high-interference environments.

High B2O3 content reduces the softening point below 800°C, preventing framework deformation during veneering while maintaining strength.

Curved protrusion ties allow adjustable lower jaw positioning while preventing hard stops and excessive pressure at end positions.

Variable heat treatment customizes nickel-titanium crystal structures, reducing torsional stress and cyclic fatigue during curved root canal navigation.

A dental handpiece controls drive sequences to limit cumulative rotation angles of cutting tools.

Segmented spiral flutes alternate between cutting and evacuation modes to prevent debris embedding during drilling.

A dental appliance tongue sleeve holds the tongue forward via suction, preventing obstruction and eliminating noise or tissue pressure from CPAP systems.