Goggles TRIZ Cases

An ear-and-eye mask uses digital noise cancellation to create a silent environment for rest.

A convex rib on the gasket unit maintains elastic contact pressure against the wearer's skin.

A diving mask uses a hollow positioning flange and rigid frame to minimize internal volume while maintaining seal integrity.

A stretchable retention band secures a mounting bracket to eyewear temples for attaching hearing protection and illumination devices.

Relocating the electric socket to the headband balances weight and reduces stress on components during removal.

Segmented soft frames adapt to face profiles while rigid holding frames ensure lens stability, preventing water leakage.

An asymmetric strap with a longer upper branch eliminates slacking at the occipital region by matching head curvature.

Backup rings fit hook channels in swimming goggles frames to secure protective pads, resolving comfort and leakage trade-offs.

A modular adapter attaches a filter to the mask inlet, preventing pathogen exposure while maintaining low inspiratory effort.

Segmented resistive eye-shield zones compensate for manufacturing resistance variations to eliminate hot spots and ensure uniform fog prevention.

High elastically stretchable regions in the rear peripheral portion accommodate facial contours and prevent water ingress.

A movable connecting web links detachable eye protection caps, resolving the trade-off between reliable radiation shielding and unrestricted treatment access.

Rotatable connectors and adjustable strap diverters distribute elastic force evenly, preventing goggles from sliding up or down on a player's head.

Deflected polycarbonate mounting sheet with elastic adhesive secures anti-fog layer to curved visor surfaces, preventing peeling under humid conditions.

Phase change material moderates device temperature while a porous plug permits vapor flow, preventing condensation on viewing windows.

Conforming deflector shield blocks oral cavity debris from entering eye gaps during dental procedures.

Elevated frame portions create localized contact points that prevent entanglement and shifting during storage.

A full-face diving mask integrates a flexible annular skirt and fused unitary body to provide superior sealing against water ingress.

Segmented magnets and clips prevent collision failure while venting apertures reduce fogging.

A goggle lens assembly uses a quick release system to removably couple the lens to a flexible body.

Segmented hinge mechanisms with exposed pins enable secure eye shield positioning while simplifying manual removal and attachment.

A goggle strap connector uses aligned tension to lock male and female brackets securely.

A goggle frame features a buckling structure with a rotating cantilever to secure detachable belts.

Segmented foam seal engages facial contours to secure disposable shield, resolving comfort and cost trade-offs in dental eye protection.

Tongue-and-groove and magnetic attachments secure interchangeable lens assemblies to the inner frame, enabling easy replacement without removing goggles.

Inverting the foil placement protects it from scratches and thermal damage while partial UV transparency enables darkening.

Therapeutic spectacles deliver neuromodulation via contact pads to the nasofrontal region, inducing tear production and blinking to relieve dry eye symptoms.

Staggered metallic and plastic eye protectors deflect lacrosse balls, reducing head impact while maintaining clear visibility.

A visor network structure uses expanded metal wire portions with rectangular cross sections oriented to enhance light transmittance.

A helmet-mounted eye shield uses a spring and torsion member to manage movement between storage and usage positions.

An automated goggle system regulates external pressure to modify intraocular pressure, replacing invasive surgery and improving patient compliance.

A vision recovery training device detects magnetic body position via a Hall sensor to prevent initial position errors during diopter lens rotation.

Optical glass achieves high refractive index through controlled cooling rates that set the fictive temperature above the glass transition point.

Photovoltaic cell powers Guest-Host liquid crystal film to rapidly adjust transparency, solving slow photochromic response and battery weight issues.

Flexible strap integrates energy-absorbing material to reduce peak acceleration and Head Injury Criteria values during head impacts.

A lens unit attachment mechanism adjusts position and angle via pivot points and retention members.

A head-mounted display cushion module integrates a fan and rear channel to drive airflow across the skin contact surface.

Extrusion molding suppresses strain in plastic sheets, preventing cracking and eye discomfort during vacuum forming.

Integrally molded goggle frame connects exhaust valves and nose pad supporter to ensure tight lens clamping.

Polymeric lens assemblies embed metal-detectable components to enable reliable fragment detection.

A protective visor light refraction device refracts ambient light through a serrated lattice shutter to filter harmful ultraviolet radiation.

A magnetic ball-and-disc joint connects eyewear to headgear temples, enabling rapid attachment and removal without manual fasteners.

A sports mask uses a frame button to activate clips for quick screen attachment and removal.

Segmented buffering bodies absorb squeezing forces while the wavy inner ring surface matches the eye socket, reducing pressure and preventing water seepage.

A goggle fastening unit uses a movable body part to push lens protrusions outward for quick detachment.

Segmented battery pods with spring contacts secure to straps, delivering consistent voltage for fog-free lens heating during extended wear.