Gloves TRIZ Cases

A palm cover, arm cover, and sewn band protect e-sports players from rubbing while keeping the sleeve stable during mouse use.

Arcuate digit shells and a segmented main body spread impact forces across the hand while preserving finger and thumb movement.

This fluidized bed process replaces solvent evaporation with air-suspended PLA powder to make pinhole-free biodegradable gloves.

Glycyrrhizinic acid coatings deliver slow and immediate release to hydrate skin and reduce irritation during prolonged glove wear.

This hand protector combines rigid digit guards with flexible materials to reduce fracture and nerve-damage risk.

A detachable shell enables quick hand entry and exit while operating a retractable leash in cold weather.

A 3D punch zone, grip foil, and ventilation zone add impact protection, ball control, and comfort to a supported goalkeeper glove.

A controlled chloroprene copolymer structure enables strong, extensible vulcanizates at 100°C for 30 minutes without accelerators.

Laser or chemical removal of textile support leaves a polymer-only joint that tears when a glove snags on rotating tools.

A stable knuckle cover separates directional lighting and accessory mounts from the fingers, preserving glove utility if the light fails.

A single-piece cellular knee pad uses varied cells and a zig-zag profile to distribute pressure and reduce bulk.

A flexible hand shield and ready-positioned dispenser enable same-hand use, reducing two-handed handling and contamination risk.

This case combines ionic liquids and metal oxides to strengthen thin synthetic latex gloves while avoiding sulfur curing additives.

This SHWT glove uses flexible, segmented sleeves to fit varied finger sizes while improving one-handed removal, grip, and protection.

A multilayer glove adds a thin aramid thermal layer for at least 75% greater TPP without the bulk that limits dexterity.