Othrodontics TRIZ Cases

A mandible teeth fixing oral device uses a movable connection structure to reduce joint stiffness while maintaining airway patency for snoring prevention.

Computer system generates incremental adjustment appliances to reposition teeth and treat sleep apnea.

Resin molar caps anchor a Bimler device that applies jaw movement forces for precise occlusal positioning without bracket pain.

Radical insertion seats in orthodontic screws enable stable fixation of connecting arms, resolving mechanical instability from axial assembly.

Segmented strain gauges measure forces across multiple axes to resolve measurement inefficiency in conventional orthodontic testing.

Sliding rods in a threaded sleeve resolve insertion complexity by enabling self-locking jaw alignment.

Integrated sensors monitor tooth displacement and force application to resolve discrepancies between planned and actual treatment progress.

An intraoral orthosis uses adjustable detent lugs to connect shells and lock positions.

Adjustable oral appliance uses dual Herbst mechanisms to precisely advance the lower jaw relative to the upper tray structure.

Dynamic thermoforming secures multiple molds on one plate to form dental appliances simultaneously, reducing plastic waste and increasing production throughput.

A dental retainer casing houses the device in an airtight interior space while interlocking portions attach securely to external surfaces.