Brushes TRIZ Cases

Segmented wiper lips prevent bristle damage and reduce friction during flat applicator withdrawal via elastic bending elements.

A packaging system with a protective cap and return means maintains sealed contact between the closing member and storage receptacle.

Segmented scrubbing jigs clean multiple brushes via ultrasonic waves and chemical agents, suppressing wafer contamination from residual contaminants.

Segmenting the tool into a narrow bore and wide body resolves the contradiction between precision and grip comfort, reducing hand fatigue.

A handheld primer applicator mixes components via a piercing seal to deliver activated primer, eliminating manual mixing waste.

Inertial sensors track spatiotemporal paths, resolving accuracy versus complexity trade-offs.

A cylinder with dual wells secures a paint brush handle using a threaded nut and compression fitting.

Bend sensors on comb teeth detect localized deformation to resolve insufficient sensitivity in prior art strain gauge designs.

A container with a submerged brush scrubs razor heads to remove grime, replacing inefficient water rinsing that clogs blade gaps.

A cosmetic applicator container uses a crumple zone to adjust the stripping element position for precise substance metering.

A disc tongue cleaner uses suction to remove debris.

A toothbrush package uses segmented translucent walls to allow consumers to view the product from multiple angles while maintaining structural integrity.

Replacing mechanical scrubbing with absorption, the microfiber head removes bacteria and plaque while reducing pet discomfort.

Transparent rear cover and window aperture backer card enable dual-sided toothbrush visibility within an enclosed package.

A microprocessor-controlled toothbrush handle uses push-button switches and LED indicators to confirm operational modes before power activation.

A mascara applicator uses a hollow volume and flexible walls to collect and deposit cosmetic composition onto eyelashes.

Segmented LEDs around the brush cap emit light in specific directions to cover areas beyond the brush perimeter, resolving limited surface illumination.

An integrated cleaning pad and fluid plenum remove microscopic contaminants from rolls without requiring large equipment modifications.

A liquid applicator device secures the dispensing tip through an integrated valve capture mechanism.

Radiofrequency electromagnetic radiation heats water within bristle fields to at least 50°C, eliminating UV shading effects and reducing sanitization time.

Opposing magnetic blocks reciprocate in inverse phases within a compact linear actuator, cancelling internal forces and reducing axial size.

Segmentation creates two independent seals while merging the wiper into the rod structure to prevent leakage and uncontrolled application.

A salon chemical dispensing assembly uses a pumping unit and bristled nozzle to move fluid treatment from a bottle.

Segmenting the power circuit into a reusable case protects users from harmful UV exposure while focusing sterilization on bristle bases.