Othrodontics TRIZ Cases

Curved flanges and an elongated nose seal the gingival floor to prevent matrix band collapse and material leakage.

Computer-generated cephalometric tracts guide 3D printed orthodontic devices to correct facial asymmetries without direct patient contact.

Segmented biting tools distribute resistive force across the dental arch, resolving uneven pressure issues that cause discomfort and appliance damage.

Deformable passive RFID tag monitors patient compliance by changing antenna position during wear, resolving complexity trade-offs.

Molded silicone mouthpieces resolve self-molding fit errors by combining rigid occlusal support with soft tissue comfort.

Segmented compartments and a pull-through slot maintain the sequential wear order of dental aligners, eliminating user confusion during shipping and handling.

Segmented dental appliance system with bite adjustment structures repositions teeth through incremental stages.

Custom intra-oral prosthesis defines the vestibule to restore natural facial appearance and oral function.

An attachment with a specific force-applying surface angle generates counter-torque to prevent tipping during translation.

Lost wax casting of a cobalt-chromium-molybdenum alloy creates a thin palatal portion that eliminates bulky plastic retainers.

A transparent polymeric dental aligner uses a resilient component to apply elastic force for tooth repositioning.

A removable orthodontic device uses form-fitting caps and connecting elements to transmit positioning forces directly to teeth.

Lateral locking mechanism secures the spindle against unintended rotation while reducing installation dimensions for confined oral spaces.

Vertical bone screw arrangement on a narrow central element stabilizes fixation near the median palatine suture while minimizing soft tissue contact.

A dual shell dental appliance uses an elastomeric core to enhance flexibility and strength, resolving environmental stress cracking.

Post-installation twisting of a chrome-cobalt alloy wire adapts rod orientation to patient morphology, reducing remanufacturing needs.

Cervical collar brace mount with adjustable elastics reduces bulk and facial pressure while stabilizing underbite treatment.

Segmented elastic and radial locking mechanisms prevent connecting rod disengagement during mouth opening, ensuring reliable mandible propulsion.

A degradable inflatable balloon fills gingival embrasures to restore lost attachment while eliminating bacterial presence.

Removable build platforms carry unique identification entities linked to design data, preventing damage to fragile mold labels during automated processing.

A mandible model transforms cartesian translations into natural movements using Bennett angles and protrusion displacement.

Mandibular advancement via adjustable inserts maintains airway patency during concurrent orthodontic tooth repositioning.

Segmenting material hardness balances force persistence and patient comfort while maintaining dimensional stability.

Digital modeling calculates anatomical slopes to position constraining features, resolving discomfort from generic designs.

A maxillary skeletal expander uses screw guide holes to orient mini-screws vertically for stable fixation.

Adjustable serpentine rods and blocking frames expose teeth while maintaining sterilization resistance.

Mandibular advancement aligner combines orthodontic tooth repositioning with airway expansion in a single wearable device.

An automated system uses spline detection and machine learning to assign tooth numbers, eliminating manual input errors in dental restoration workflows.

Computer-designed dental splint with insertion holes guides interdental brushes along defined axes, preventing gingival injury during cleaning.

Appliance ledge guides mandibular teeth into a desired resting position, reducing pain and malocclusion from traditional orthodontic treatments.

A composite interocclusal appliance uses a thermoplastic liner on a rigid backing plate to contour to maxillary teeth.

Segmented wedge body and detachable guard prevent tooth damage while securing matrix placement.

A dental appliance storage case integrates a speaker and communications device to generate audible location signals.

Color-changing indicators track orthodontic appliance usage by reacting with oral fluids, resolving monitoring reliability issues.

A segmented dental splint modifies internal material distribution to facilitate progressive tooth alignment.

Laser machining a nickel-titanium retainer prevents permanent deformation and bone degeneration from restricted mobility.

A modular anterior guidance package directs mandibular movement to reduce bruxism muscle forces.

A shell-like orthodontic appliance features a lingual sagittal adjustment portion to stabilize maxillomandibular occlusion.

A labial arch correcting plate and base with mounting elements reproduce tooth shapes for precise anterior alignment.

A dynamic modeling system establishes gingival attachment points to adapt orthodontic appliances to changing tissue contours.

A laminar dental appliance with a hard outer layer and soft inner core absorbs occlusal forces.

Variable elastic resistance enables active masticatory muscle strengthening while maintaining a simple device structure.

Ball joints in the upper jaw distractor allow dynamic adaptation to patient anatomy, reducing undesired tooth movements and root resorption risks.

Merging mandibular advancement with vibrational stimulation resolves the conflict between immediate breathing relief and long-term orthopedic correction.

A system derives volumetric representations from image sequences to enable interactive marker placement on anatomical landmarks.

Segmented rim height and conical studs guide the tongue to the palate, enabling quick acquisition of adult swallowing skills.

Dual vibratory motors transmit mechanical oscillations through bite pads to accelerate tooth movement while reducing orthodontic pain.

A dental measurement device uses optical projection to establish precise facial reference lines and dimensions.

An integrated tooth positioner applies optimized vibrations to speed bone remodeling and reduce treatment duration.

A lingual anterior device with hard palate conformity mitigates temporomandibular joint disorder.