Gloves TRIZ Cases

A composite material glove with a rotated index finger reduces waste by allowing single-unit replacement in chemical processing.

Siping grooves and channels direct water away from contact areas, preventing moisture accumulation that reduces friction.

Placing protective elements inside a textile glove resolves fluid tightness and impact protection trade-offs for industrial use.

An elastic strap containing superabsorbent fibers absorbs bodily fluids at the gown-glove interface to prevent contamination.

Localized surface treatments resolve the trade-off between dexterity and protection by applying continuous coatings only where needed.

Moisture-curing urethane adhesive bonds glove sleeves to rubber bodies, resolving deformation trade-offs during production and use.

RFID chip embedded in glove cuff enables wireless life cycle tracking, resolving identification loss during sterilization.

Soluble solid particles dissolve in solvent to form indentations on the outer layer, resolving poor oily grip while maintaining breathability.

Discrete contact zones on a glove and handle provide tactile verification of alignment, resolving off-angle viewing errors in traditional visual guides.

Segmenting finger stalls and applying local elasticity zones balances grip strength against finger mobility, preventing injury without restricting dexterity.

A latex composition combines high and low molecular weight diene rubbers to form a flexible rubber layer.

A removable glove shell covers the base glove to provide waterproofing and warmth while maintaining dexterity.

Segmenting the vulcanization system into separate layers balances durability with hypoallergenic properties.

A nitrile latex composition uses polyester polyol crosslinking to maintain tensile strength and elongation without sulfur additives.

Segmented cells and flexible webs prevent bunching, maintaining consistent vibration protection during tool use.

A wearable glove integrates force and motion sensors to detect item weight and movement patterns during exercise.

Varied basis weight distribution in the absorbent core handles multiple liquid rushes without leakage while maintaining thinness.

Segmented x-straps tighten around the hand and wrist to prevent metacarpal phalangeal joint ruptures and wrist hyperextension.

A hybrid elastomeric formulation blends carboxylated acrylonitrile butadiene rubber with polyvinyl acetate ethylene copolymer to enhance tensile strength and elongation.

An S-shaped support element restricts unnatural thumb movements to prevent radial luxation during impacts.

A coilable tape measure with machine-readable codes paired with a mobile camera captures freight dimensions instantly.

Integrating a glove with positioning protrusions fixes the stimulus location, eliminating wearing position variation and ensuring uniform nerve stimulation.

Fusing less stretchable support members to mesh rear members resolves heat retention and grip trade-offs in athletic gloves.

A chloroprene copolymer latex composition enables the production of medical gloves with excellent mechanical properties and flexibility.