Gloves TRIZ Cases

Segmented hard chassis portions connected by a reticulated energy-absorbing frame form a living hinge to absorb impact forces and prevent hyperextension.

Seamless molded elastomeric palm eliminates moisture absorption and cleaning difficulty while providing abrasion resistance.

Integrated projections on pipe cleaning sections undo bayonet connections without separate wrenches, preventing tool loss during disassembly.

Hybrid elastomeric glove formulation combines natural and synthetic rubber latex to enhance elongation and tensile strength.

Removing seams from the palm area resolves the trade-off between protection and flexibility, optimizing stick handling precision.

A glove coating comprising hyaluronic acid and glycerin increases skin hydration upon contact.

A glove with a non-elastic strap web between thumb and fingers.

A latex formulation blends carboxylated acrylonitrile butadiene rubber with polyvinyl chloride to create a homogeneous dispersion mixture.

1,1-bis(hydrocarbylthio)hydrocarbyl-1-ene initiators drive anionic polymerization of conjugated dienes to yield functionalized polymers.

Molded plastic pods deflect blades while injection molding lowers costs compared to metal chainmail gloves.

An elastic expansion portion replaces a bulky adjustment tab to reduce weight, while raised silicon gripping features prevent slippage during swings.

Receiving tube secures elongated articles via frictional retention, resolving sliding and rotation issues during manipulation.

Rolls liner and exterior glove layers onto tacky adhesive to resolve stiffness from polymer penetration while accelerating cure.

Slit-based pockets accommodate long fingernails without damaging the glove, while conductive fingertips restore touch screen usability.

A rigid block engages finger knuckles to prevent strap slippage, enabling reliable stress transfer from the barbell to the wrist without straining the hands.

A flexible face mask uses an upper adhesive strip and a convex-concave-convex bottom edge to direct water flow away from the nose.

A glove impact testing apparatus uses segmented load cells to measure transferred force at specific hand regions.

A glove features a palm-mounted mirror that provides rear visibility without requiring head movement.

Composite gloves embed detectable particles to prevent product contamination from detached fragments.

Injection molded joining regions bond glove components into an ergonomic shape, replacing sewing to improve production efficiency and quality consistency.

A self-defense glove integrates a pepper spray canister into the rear portion with a palm-mounted control for immediate activation.

Circulating refueling gas absorbs compression heat to eliminate slow fill requirements and reduce energy consumption.

A three-layered glove uses a stretchable inner liner to conform tightly to hand contours for precise dexterity during beekeeping tasks.

A latex dipping composite material integrates metal oxides and fibers to enhance cut resistance in chemical gloves.

A cooling glove uses a palm pocket and tubular air passage to extract heat from the hand.

A latex formulation using trivalent metal cross-linkers and pH adjusters to enhance mechanical properties in elastomeric gloves.

An integrated hinged connection portion supports a folded glove cuff, eliminating complex machining steps and reducing manufacturing costs.

A disposable touch protector uses a foldable bridge to separate hands from surfaces.

A textile heating assembly coordinates independent control units across distinct fabric supports to manage localized thermal output.

A floating adjustment pad sits between the wrist strap and hand to distribute tightening force across the glove interior.

Coating textile fibers with conductive polymer reduces sheet resistance, enabling lightweight Joule heating in garments without adding bulk.

A protective glove uses structurally independent rigid elements at metacarpophalangeal zones connected by flexible bridges to enable natural hand movement.

Segmented sports gloves resolve the trade-off between grip strength and tactile feel by covering only the thumb and forefinger.

Segmenting the glove into distinct layers balances chemical resistance against tactile sensitivity and cost.