Othrodontics TRIZ Cases

Radiological image analysis reconstructs the extracted tooth position to guide implant placement and reduce stress, loosening, and irritation.

A urethane-containing photocurable monomer blend gives dental mouthpieces high toughness while keeping hardness and flex for comfortable use.

Computer-guided treatment planning sequences head morphology and tooth alignment to improve predictability and reduce appointments.

Wireless power and a fluid pressure chamber let an orthodontic aligner track tooth movement accurately without bulky onboard electronics.

A layered orthodontic shell uses a stiffer outer layer and discontinuities to apply controlled tooth-moving forces with less discomfort.

Heated semi-crystalline propylene elastomer flows around teeth, then crystallizes in the mouth for a reusable custom retainer.

A mesh resin base disperses stress so intraoral appliances can stay thin, improve mouth opening, and reduce irritation and ulcers.

A 3D-fitted orthotic helmet stabilizes jaw traction direction and suppresses headgear displacement under external force, especially in children.

A curved guide and rack drive simulate natural jaw advancement precisely while reducing temporomandibular joint stress during MAD selection.

Variable occlusal thickness and reinforcing parts help clear aligners prevent premature contact, limit posterior intrusion, and sustain force.

A guide slot, attachment, and adjustment band steer tooth movement along a set path while reducing unwanted rotation, tipping, and anchor tooth shift.

An adjustable intraoral plate and spring assembly opens the jaw gradually, reducing hand force, pain, and front-tooth loosening in trismus treatment.

Thermoset cross-linking helps dental aligners resist fatigue and stress relaxation, maintaining force delivery over longer treatment periods.

Localized NdFeB magnetic stimulation built into a clear orthodontic aligner speeds tooth movement while avoiding separate external devices.

Sliding pins and a rotating shaft grip dental models through standardized openings, enabling fast, accurate automated mounting and release.

Parsing parameter-set list structures lets decoders rebuild reference picture lists with less signaling data and accurate slice decoding.

Digital tooth overlap analysis schedules IPR at the right alignment stage to improve access, removal accuracy, and final tooth shape.

Gradient polymer domains tailor resilient force distribution in dental appliances to improve tooth alignment comfort and reduce wear time.

A cavity built into a removable orthodontic splint houses an auxiliary device to enable rotation and faster tooth movement with better aesthetics.

A cross-linked rigid layer with a remoldable soft layer lets oral appliances keep strength while allowing post-manufacture fit adjustment.