Absorbent Pads TRIZ Cases

Segmented ventral and dorsal regions with elastic lower edges prevent position displacement during walking while maintaining fittability.

Segmenting a pH regulator into lateral regions excludes the agent from the central area, preventing skin irritation while maintaining fluid pH control.

An adhesive layer seals the Velcro patch against external air, ensuring accurate moisture detection inside a smart diaper.

Cellulose ester polymer compositions lower surface tackiness to prevent leaks in absorbent articles without compromising adhesive sealing capabilities.

A self-supporting interface dressing uses a hydrophobic matrix to maintain structural integrity while conforming to irregular wound surfaces.

A symmetrical absorbent pad uses longitudinal halves with different absorption capacities for flexible orientation.

Disposable absorbent articles with cores featuring localized capacity profiles tailored to wearer anatomy.

Hydrolyzing polylactic acid and adding compatibilizers resolves immiscibility between PLA and polyolefins, ensuring consistent fiber shape during recycling.

A disposable article uses segmented breakable bonds with differentiated peel strengths to unfold side panels.

A translucent crotch region in a reusable shell reveals a color-changing wetness indicator on the disposable insert to signal saturation and prevent waste.

Oscillating bonding forms curved elasticized webs that conform to leg anatomy, preventing semi-solid fecal material leakage from absorbent articles.

A curved folding axis equalizes web path lengths to resolve alignment mismatches in absorbent article manufacturing.

Secondary blooming of divided tows reduces filament protrusion, preventing quality degradation from longitudinal cutting.

A composite hydrogel material combines polyurethane film and hydrophilic colloid particles to provide stretchability and exudate absorption.

A fibrous absorbent material uses a needlepunch process to impregnate absorbent fibers into a resilient matrix.

Integrating dry pharmaceutical agents into polyurethane prepolymer formulations using organic solvents to enable stable foam production.

Onagraceae plant extract enhances water-absorbent resin flowability and inhibits unpleasant odor generation.

Overlapping the absorbent core with a transverse elastic element secures the fit against pet movement, preventing exudate leakage at the end edges.

Arrays of absorbent articles use ultrasonically bonded stretch laminates with distinct bond shapes and patterns to create visible product variations.

Centrifugal and gravitational forces guide elastic belts onto the chassis during rotation, eliminating complex vacuum systems.

Curved elasticized laminates align with body anatomy to prevent semi-solid exudate leakage and reduce skin irritation in absorbent articles.

Silane-based quaternary ammonium salt coating on superabsorbent polymer particles provides antimicrobial action.

Distributed fastening tabs prevent leakage and sagging by distributing shear stress across the waist region.

Incorporating boron nitride or graphene into nonwoven fibers reduces thermal resistance, preventing skin discomfort during wear in high temperatures.

Segmented adhesive bonding at the waist edge resolves air permeability versus fixing reliability, delivering soft pleats without rigid grooves.

A disposable incontinence diaper arrangement uses varying chassis lengths and contoured leg openings to enhance fit for users with smaller body dimensions.

Bonding a polymeric film to nonwoven layers disperses stress concentrations, preventing tearing at the interface.

Arcuate secondary fastening strips position non-stiff components away from wearer skin, reducing irritation while maintaining secure attachment.

A wound dressing merges Manuka honey with collagen to suppress matrix metalloproteinases while promoting tissue repair.

Apertures in the nonwoven web maintain breathability while elastic members form plush rugosities.

A permeable undergarment uses a wicking fiber mesh to transfer body fluids into a detachable absorbent pouch for collection.

Nesting a disposable absorbent insert inside reusable containment pants resolves the trade-off between underwear-like appearance and urine leakage management.

Segmenting the absorbent core into a removable insert resolves the trade-off between underwear-like aesthetics and reliable urine containment.

Segmented elastic members create a bending fit that enters the intergluteal cleft, eliminating puffy discomfort during wear.

Discrete hydrophilic zones in a single-layer web resolve the trade-off between rapid exudate acquisition and softness without dual-layer complexity.

A spool loading mandrel uses a telescopic gripping member to securely hold the core during transport.

A polyolefin hot melt adhesive composition uses a composite formulation to achieve high cohesive strength.

Segmented elastic bodies in the belt distribute tensile stress to prevent skin red marking while maintaining reliable sag protection and leakage prevention.

Elastic members close secondary slits to form a boat-shaped absorber, preventing lateral leakage while improving liquid diffusibility.

Multicomponent fibers with distinct melt flow rates create crimped structures that boost loft while maintaining liquid barrier stability in hygiene products.

Differentiating extensibility between front and rear diaper side parts improves fit quality while reducing material costs through localized elastic application.

Heated anvils expand to maintain precise gaps with the ultrasonic horn during continuous web processing.

Connecting elements anchor elastic threads while forming visible patterns, eliminating separate machinery and reducing production costs.

Composite aluminum and silica coatings resolve the trade-off between low caking tendency and high centrifuge retention capacity in water-absorbing polymers.

Discrete bonds secure elastomeric strands at different spacings to generate visually distinct chassis and waistband patterns without adhesive.

Snap-secured flaps create a dynamic pouch that prevents leakage and skin irritation during pad replacement.

Multi-frequency capacitive sensing detects wetness events and saturation levels in absorbent articles, preventing prolonged contact with bodily exudates.

Entangled thermoplastic nonwoven fabric provides gripping efficiency and softness without lamination, reducing production costs for hygiene products.