Gloves TRIZ Cases

Segmented finger padding and a wraparound forearm sleeve protect against pitched-ball impacts while preserving batting flexibility and dexterity.

Integrated garment sensors track physiological, environmental, and situational data to improve monitoring accuracy and enable earlier health alerts.

Independent valve-gate pressure buildup enables thin-wall hollow molding with uniform thickness, smooth surfaces, and lower-cost durable parts.

A planar mitt added to a football training glove restricts finger bending, adds ventilation, and helps reduce holding and pass interference penalties.

A moisture-wicking sleeve and glove-retention cuff create a liquid-impermeable seal that traps leaked fluids and protects sterility.

A thermoformed knit dorsal layer and foam medial layer improve punching grip, ball direction control, and hand protection in wet play.

Visible only under incorrect hand rotation, glove markings help golfers self-correct to a neutral grip and improve shot direction.

A spring-loaded glove knife uses concealed nesting, linkage guidance, and chain mail protection for rapid access without open carry exposure.

Functionalized silica particles keep latex layers separated and anchored, enabling durable breach indication without complex glove manufacturing.

A two-ring glove cuff coupling uses grooves, a sealing ring, and projections to keep dry suits watertight while allowing easy release.

A concave wrist end and mixed elastic wrist strap improve puncture and friction protection while preserving hand dexterity and comfort.

Textured former molding creates inner and outer fish scale surfaces that improve grip, donning ease, and dexterity without weakening the glove.

Rigid-flexible digit shells distribute high-speed impact forces to protect fingers, wrist, and forearm without restricting hand movement.

A two-layer fiber sheet keeps liquid on the inner side for adhesion and film retention while preventing outer-side wetness and stickiness.

Textured polishing, scrubbing, and massaging fingertips combine oral care steps in one glove to clean hard-to-reach areas and reduce contamination.

Grooved thin bend zones and thicker palm coating improve glove grip and abrasion resistance without sacrificing flexibility or dexterity.

A drawstring, spool, and piezoelectric stopping sheet deliver realistic finger braking while cutting AR/VR glove size and power use.

A reconfigurable sleeve mitten switches between cuff, mitten, and trigger-finger modes to keep hands warm without losing dexterity or separate gloves.

A breathable three-layer apparel structure keeps moisture or medication on skin while blocking liquid transfer, heat, UV, and abrasion.

A common magnetic field and lock buckles let the handle and glove woven tape snap together quickly, then release by physical unlocking.

Embedding active nanoparticles into the rubber matrix prevents coating loss while sustaining antimicrobial, ESD, heat, and chemical protection.

A strap threaded through a dorsal opening lets one trigger glove fit different hand sizes while staying securely fastened and easy to operate.