Gum Massage TRIZ Cases

An integrated liquid reservoir and pump system in a portable teeth cleaner eliminates connecting hoses, preventing leakage during automatic water injection.

Porous foam fills hollow chambers in a vibrating head unit, reducing weight and noise while maintaining effective massage force.

A spring-driven pump assembly propels liquid through one-way valves to generate discrete bursts.

A braided dental floss uses a multi-looped knit structure to create adhesive bulges for enhanced plaque removal.

Axial guide grooves on the shaft part direct resin flow during molding to maintain structural integrity.

A bypass flow assembly directs fluid through a dedicated circuit during pause mode to maintain operational efficiency.

Dual-sided sanding strips mounted on a single handle reduce procedural time by eliminating the need for two-handed manipulation.

A nozzle with a reduced part and parallel flow passages generates bubbles for oral cavity washing.

Nanocoated dental powders prevent sintering distortion by controlling shrinkage reactions and improving slip stability.

Segmented chambers isolate used floss from the source spool, preventing cross-contamination during orthodontic cleaning.

A dental stem with spiral grooves and a flange rotates between teeth to remove plaque.

Segmented tips combine a sharp pointed blade and spoon-like protrusion to remove plaque from interdental spaces and tooth surfaces.

A centrally positioned second gate ensures simultaneous elastomer supply, preventing poor front-end molding and reducing mold complexity.

Mesh-covered elastic finger gloves allow simultaneous brushing of both tooth sides while preventing liquid from soaking the user's hands.

An elastic restoring element in the initial area of a one-piece interdental cleaning device resets pivoted limbs, reducing material fatigue at free ends.

A dental care device integrates a toothbrush, vibrator, and floss holder into one unit for simultaneous cleaning.

Removing the rigid core from the front tip enables elastic deformation for angled molar access, preventing breakage and buckling.

Interchangeable accessory head uses a vibratory mechanism to enhance flossing and brushing motions for powered toothbrushes.

Soft flexible elastic polymer construction with deformable ends removes plaque from dental implants without damaging surfaces or gums.

A biasing member assists shape modification of an elastically deformable applicator element, enabling curvature adaptation to varying eyelid contours.

Segmented semi-spherical and conical protrusions on a flexible pad remove plaque while preserving enamel integrity.

A plate-shaped bite-on part with massage projections matches an infant's jaw curvature to deliver stable force transmission.

A computer-based game system transforms mundane tooth brushing into an engaging experience, motivating users to adhere to recommended brushing intervals.

Rotating bristles driven by airflow resolve plaque removal limits in tight interproximal spaces.

Segmenting the interdental cleaner cover into parts with varying Shore hardness resolves the trade-off between gum safety and food removal effectiveness.

Segmenting power and flow control into two switches improves ease of operation while managing device complexity via universality principles.

A dental floss holder uses a reel and gear mechanism to dispense fresh floss segments.

Segmented bristle units with inverted frustumconical shapes provide deep penetration into interproximal slits.

An integrated dental floss container merges fluid storage and dispensing via a saturated spool, eliminating separate hygiene steps.

A dental device integrates a handle reservoir to dispense liquid agents directly onto oral tissues.

Staggered bristle sets connected by a squeegee expand the contact area, resolving poor cleaning effectiveness and gum damage trade-offs.

Axial seal prevents fluid leakage to non-selected manifolds, maintaining pressure for precise oral cleaning.

A sensor-responsive toothbrush adjusts bristle motion and emits light based on detected oral conditions.

Segmenting the device prevents choking while thermal therapy reduces teething time and inflammation.

Strategic recesses on the core base portion distribute stress to prevent breakage during insertion without increasing material costs.

Nesting the camera lens within the instrument shaft resolves bulk constraints while maintaining slenderness for precise oral cavity access.

Sensing device on oral care tool transmits dynamic data to terminal equipment updating virtual images of brushing actions.

Plastic probes with specific flexural properties adapt to interdental spaces, resolving stiffness issues while maintaining measurement precision.

Polygonal cross-section filaments twist between wires to increase density, resolving filament detachment and limited cleaning reach.

A specific adhesive layer couples the motion transmitter element to the drive shaft, reducing noise and wear while allowing easy manual separation.

A water toothpick mixes tank water with high-pressure gas to form compressed vapor.

A flexible non-cutting endodontic activator uses sonic vibrations to induce hydrodynamic action in irrigating solutions.

A stretchable elastomeric dental floss narrows its diameter when elongated to navigate between teeth.

A dental flossing ring secures flexible cord via a nested groove and pedestal fastener, eliminating messy manual handling and reducing waste.

Alternating smooth and textured floss segments resolve the trade-off between ease of passage and plaque removal effectiveness.

Stretchable elastomeric flossing strip and opposing handles improve ease of operation by reducing gum bleeding and discomfort during cleaning.

Co-injection molding joins soft and hard materials in a flosser holder arm, preventing dental floss tearing and thread breaks during use.

A flexible dental pipette with a beveled tip and cone-shaped bristles dispenses fluid through nozzle apertures for targeted oral care.