Gloves TRIZ Cases

A sanitary finger cap uses a pyramid-shaped grasping portion with protrusions to securely hold food items.

Segmented protective members in the thumb webbing resist cuts and heat, extending glove lifespan without compromising finger flexibility.

A therapeutic bonding mitt uses a soft fleece exterior and textured interior to cradle small animals securely.

Expandable zones over metacarpophalangeal joints reduce stress and maintain blood circulation during prolonged gripping.

Segmented backside pad with detachable edges and elastic tethers resolves the contradiction between injury protection and stick grasping flexibility.

Micro-etched crotch areas strengthen glove material between fingers, preventing bubble formation and premature tearing during production.

A tactile glove system captures pressure variation data to guide visually impaired users in gripping objects accurately.

A knuckle support assembly uses a flexible member across cutouts to provide structural support.

Separable internal strap creates a passageway to hold bulky gloves on the wrist, eliminating time loss from searching for loose garments.

Segmented finger compartments and an open palm allow a fighting glove to resolve the contradiction between punching protection and grappling mobility.

Stem-like projections adhere via van der Waals forces, preventing surface damage while ensuring reliable handling of delicate materials.

Carbon fiber reinforced polymer layers conduct heat away from wire-stick puncture sites, reducing burn risks in welding PPE.

Thermal bonding of polyurethane membrane with hot-melt adhesive prevents layer separation while improving moisture discharge.

A fabric glove with a silicone teething cap and securing strap keeps the device attached to a child's hand.

Segmented dorsal and volar metacarpal supports shield bones while preserving range of motion.

A wearable RF blocking glove protects implanted microchips using a segmented design and snap fasteners.

Segmented cuff design with nested waterproof band prevents water ingress between garment and skin while maintaining comfort.

Embedding finger rubber-dipped layers into glove core knitting gaps resolves layering effects and improves aesthetics without increasing material usage.

Thermoelectric wearables monitor and adjust extremity temperatures via feedback loops, reducing discomfort from direct thermal application.

A palm cooling glove with a reversible flap alternates thermal conductivity to remove excess body heat without disrupting manual dexterity or work continuity.

Polycarbodiimide and zinc oxide modify the latex composition to prevent drying cracks while maintaining oil resistance.

Blending nitrile with chloroprene rubber resolves the trade-off between chemical resistance and softness while lowering manufacturing costs.

A fluid-filled exercise glove uses a sealed cavity to generate hydraulic resistance during hand movements.

Porous flashspun material and segmented seals block liquid water while venting vapor to prevent trapped heat.

Heating, cooling, and pressurizing hot-melt adhesive bonds glove layers while preventing uneven bonding and roughness from adhesive reaching the interior.

A dip-formed article uses a specific copolymer latex composition to achieve high tensile strength and tear resistance.

Offset passage openings guide the fastening strap outward through a receiving channel to enable easy hand switching.

Composite Kevlar member in glove thumb webbing prevents rotisserie spit cutting damage while maintaining heat resistance above 300° F.

Elastic expansion zones in the thumb stall dynamically adjust circumferential and longitudinal dimensions to resolve fit issues for diverse hand sizes.

Segmented gloves integrate motion sensors, lights, and solar power to simulate animal motions for engaging fan interaction.

Retractable finger caps on a glove allow fingertip access without removing the entire hand, preventing exposure to harsh weather and glove loss.

Bellows-shaped hard resin covers with soft foamed cores protect finger joints from stick clashes while maintaining flexibility for secure grip.

Intermediate leather layer creates air cushions between palm skins for flexible ball catching.

A silicone massage mitt uses internal reinforcing elements to maintain a neutral hand position for therapists.

Merged latex foam eliminates seams to improve ball control while open wrist hook-and-loop fasteners enable quick donning.

A hockey glove palm sheet connects to finger sheaths via discrete stitches, eliminating restrictive braiding between the thumb and index finger.

Nested waterproof cuff bands prevent water ingress through overlapping seals, resolving gaps between items and skin.

Air vent channels relieve positive pressure in the catheter adapter, enabling flashback confirmation without manual vein occlusion.

Trivalent metal compounds replace sulfur agents in carboxyl diene rubber to eliminate delayed allergic reactions while maintaining mechanical properties.

Segmented finger heat guard sleeves maintain operator dexterity during extended weld bead runs by isolating high-temperature exposure from standard gloves.

A powered glove uses a wrist-mounted infrared LED to heat blood vessels, distributing warmth through circulation.

Conductive ink marks on golf gloves enable radar tracking of hand movement during swings.

Segmented rigid thumb skeleton uses pins in slots to prevent overbending and hyperextension.

A fluid management system secures a protective glove cuff to a gown sleeve using a foldable flap member.

A multifunction fish holder integrates a non-slip grip layer, puncture-resistant rib, and removable tools for secure handling.

Continuous gussets eliminate seams to balance durability with manufacturing efficiency.

Synthetic polyisoprene emulsion forms insulation layers on molds via coagulation, halogenation, and vulcanization to eliminate allergens and toxic solvents.

Finger inserts on a training glove position the middle, ring, and little fingers to apply appropriate pressure for painless sugaring hair removal.

Polymerizing chloroprene with conjugate resin acid components to boost breaking strength and elongation in dip-molded articles.

Segmented grip with pliable spine insert wraps around thick axle bars, resolving stiffness versus accessibility trade-offs in weightlifting equipment.