Absorbent Pads TRIZ Cases

Segmented absorbent pant layers intercept urine flow and prevent leakage while preserving bending flexibility.

Asymmetric intermediate fixing portions prevent folding guide lines that cause absorbent body deformation toward the skin side.

A wet-laid fibrous distribution material maintains its three-dimensional structure and void volume after liquid exposure.

Adhesive bonding patterns form peaks and valleys that distribute fluid, resolving leakage risks while maintaining structural strength at low basis weights.

Spatially varying tuft heights and densities resolve the tradeoff between rapid fluid acquisition in the center and skin comfort at the periphery.

Replacing high zinc oxide loading with a zinc-copper-titanium composite prevents film defects while maintaining mechanical strength.

Segmented core elements create an hourglass shape to resolve manufacturing complexity while enhancing absorbency distribution.

Preformed polyisocyanate blocks eliminate extractable components and cell incompatibility while maintaining foam cohesion.

A recessed waist edge on a pull-on diaper guides the disposal tape to its target position, preventing misplacement during compact rolling.

A super-absorbent polymer uses surface cross-linking to enhance shape rupture resistance under pressure.

Segmenting graphics into coordinated zones resolves manufacturing complexity while delivering an underwear-like appearance that aids toilet training acceptance.

Adjusts radial extensions of printing rollers to match material web thicknesses.

Transverse stretching breaks melt bonds in carded nonwovens to release internal fiber tension, restoring bulk lost during rolling.

Reinforcement zones within the absorbent core maintain structural integrity and prevent sagging when saturated in wet environments.

Segmented skin contact layer with inlet cutting parts isolates feces from the urinary tract, preventing bacterial contamination and reducing infection risk.

Thiolated biopolymer dressings conjugate growth factors via disulfide linkages, releasing therapeutic agents in acidic wounds to accelerate healing.

Segmented elastic panels prevent core bunching, reducing visibility and improving fit for absorbent garments.

Absorbent core uses edge portions to create attachment zones, reducing material usage while maintaining structural integrity.

Segmenting the core into a cellulose layer and a superabsorbent layer resolves the contradiction between absorption capacity and permeability speed.

Melt-spun elastic fiber reduces production cost while maintaining wearing comfort by eliminating skin irritants found in rubber-based yarns.

Varying basis weights in front, middle, and rear segments of an absorbent core resolves the contradiction between reduced thickness and slow fluid acquisition.

A cotton nonwoven surface sheet with a protrusion-recess structure maintains gas-liquid equilibrium and weak acidity to prevent skin dampness.

Non-bonded waist member overlaps absorbent body to prevent level differences while maintaining high absorption performance.

Slipping calender rollers perforate low density web material to balance cushioning, softness, and pliability while reducing production costs.

A water absorbing resin uses a specific cross-linked structure index to create a uniform network.

Wrinkled nonwoven side flaps improve body compatibility while making stretchability visible from the outside.

An expandable absorbent core presses against a trough material structure to reduce its length during expansion.

A roll-to-roll process creates a polymer shim using a strippable composition to solve curvature matching difficulties in complex 3D profile manufacturing.

Multi-layer wound dressing combines air permeable foam with activated carbon to resolve the contradiction between ventilation and antimicrobial protection.

Blending acrylic polymer with polydiorganosiloxane and applying radiation crosslinking improves cohesive strength and wet adhesion for medical tapes.

Exterior wetness indicator ink on perforated polymer film changes color upon liquid contact.

Directional peel force differentiation in diaper joining portions prevents spontaneous tape detachment during wear while enabling easy caregiver removal.

Ultra-short pulse laser sources cut advancing absorbent article substrates, eliminating blade wear and rough edges while maintaining high manufacturing speed.

Electrospun rhamnolipid scaffold delivers biosurfactant to bind depleted uranium, neutralizing fibroblast toxicity and restoring cellular migration.

A nonwoven thermal bonding pattern uses parallel rows of varied bond sizes to enhance fiber alignment and structural integrity.

Composite hydrophobic nonwoven and impermeable layers in the waist barrier prevent leakage under pressure while maintaining breathability.

A resorbable porous foam dressing absorbs wound fluid through capillary action to maintain a clean wound bed.

A reusable absorbent undergarment uses a color difference between its top layer and wicking layer to visually indicate fluid absorption through openings.

A carded staple fiber nonwoven acquires and distributes fluids through a specific blend of absorbing, stiffening, and filler fibers.

Removing elasticization from cuff elements prevents skin irritation while maintaining leakage protection through boat-shaped configuration.

Snap closures on a carrier garment allow the absorbent article to detach without removing the garment, solving toilet access challenges.

Varying waist gasketing element length by at least 2 mm per size resolves leakage prevention trade-offs against material usage.

Combining a water absorbing resin with a hydroxyl-bearing polyamine polymer balances centrifugal retention capacity and saline flow conductivity.

Segmented absorbent laminate with polymer sheets and pulp fiber core enables rapid fluid uptake while maintaining thin profile.

Segmented leg cuffs with polymeric films maintain close skin proximity to prevent fecal blowout leakage.

Folding the material web stabilizes tension during angled cutting, resolving precision versus integrity trade-offs in high-speed production.

Outward curving elastic waist bands create dedicated void space for body exudates, preventing skin soiling while maintaining a slim profile.

Advancing discrete chassis with lateral axes parallel to the machine direction enables accurate registration of refastenable side panels.

Segmenting leg elastic members away from side seams minimizes visible wrinkling while maintaining leakage protection in pant diapers.

Segmenting the device into a washable outer holder and disposable inner layer resolves cost versus hygiene trade-offs.