Brush Bodies TRIZ Cases

Moving servo amplifiers away from motors along a curved path minimizes mechanical stress and extends service life.

Adjustable brush links clean varying duct heights without stopping, eliminating time lost exchanging brushes.

Segmented sleeve chucking claws with parallel protrusions prevent idle running on large wafers, ensuring central alignment and consistent pressure distribution.

Automated exterior cleaning machine uses magnetic attraction and flexible rollers to adhere to wind turbine tower surfaces, eliminating worker fall risks.

Spring tension maintains contact between bristle surfaces to remove grease and bacteria from vehicle restraint members.

An elastomeric mascara remover head with spiral grooves absorbs solvent via capillary action to remove residue without eye irritation or swelling.

A brush manufacturing machine uses a control unit to modify functional scope via input signals for flexible production.

Angled opaque bristles form a cone to direct ultraviolet light, preventing stray radiation from harming surrounding surfaces.

Over-molding a rigid insert with a softer thermoplastic carrier creates an anchor-free mounting system that reduces material costs and manufacturing complexity.

A toner adder brush roller uses a template to control filament population density, preventing toner packing and starvation in laser printer cartridges.

Segmented bristle blocks pivot independently to resolve the conflict between automatic rotary cleaning and user manual brushing habits.

A portable toothbrush integrates a body cavity for by-product containment with an internal reservoir for mouthwash discharge.

An embedded metal truss frame in a plastic toothbrush handle resolves the conflict between bending strength and gum irritation by distributing cleaning forces.

Segmented male-female sockets resolve disassembly force trade-offs while maintaining structural stability during automated cleaning cycles.

Segmenting the handle into a recycled core and virgin cover resolves surface quality issues while reducing environmental impact.

Fusing oblique bristle clusters into straight perforations eliminates complex mold geometry and reduces manufacturing effort.

Overmolding tuft spikes into a flexible matrix prevents extrusion and loosening, enhancing retention security during power toothbrush operation.

A handheld paw cleaning device integrates a 360-degree halo light source around rotating bristles to illuminate the cleaning area.

An elastic strip pivots a hook into a U-shaped slit, enabling rapid replacement of C-shaped brushes that deform during rod cleaning.

A cosmetic applicator core features a bending zone that pivots the distal part to scrape product from container walls.

Segmented rotating brushes adapt to external charging rings, preventing paint residue buildup and color distortion.

A toothbrush head features a side groove housing an adhesive cleaning device for sensitive oral care.

A toothbrush brush head features a central depression formed by inner bristle tufts shorter than outer tufts.

Rear-side insertion via guide plate deflection channels eliminates complex carrier plates and anchors, reducing production costs.

Segmenting the trimming station from processing carriages enables external tool access while maintaining a compact machine footprint.

A rotary cleaning tool assembly uses a motor and selective head coupling to rotate interchangeable brushes for diverse surface tasks.

A dental abrasive assembly secures an abrasive head using a resilient mandrel with a bulbous working end that compensates for manufacturing tolerances and wear.