Goggles TRIZ Cases

Hands-free dispensing and modular assembly cut storage space and hand contact for sanitary eye and face shield use in healthcare.

Embedding flexible batteries in the wearing unit cuts face-worn device weight, frees body-unit space, and supports varied shapes with easy replacement.

By moving a stretchable antenna into the goggle strap above water, this case improves RF reception while supporting integrated audio playback.

Embedded repeater coils wirelessly deliver power inside an ophthalmic lens, removing bulky frame electronics and improving comfort.

A non-uniform shutter pattern darkens only high-intensity regions, protecting the eyes while preserving visibility in welding shields.

A non-uniform shutter pattern selectively darkens high-intensity light zones while preserving visibility and smoothing transitions in protective windows.

A single sliding or friction brake mechanism gives helmet-mounted goggles three-way adjustment with less weight and faster setup.

A curved transmissive window with different inner and outer radii reduces distortion and eye fatigue while blocking welding light and heat.

A rigid support frame paired with a flexible, independently movable interface improves HMD comfort, facial conformity, and fit stability.

A pivoting rigid visor with a flexible bib and cap preserves eye protection while improving forward head tilt and visibility in confined work.

A rigid forehead fulcrum, rear arc support, and elastic top strap improve wearing stability while enabling distance-based virtual image viewing.

A curved eye shield combines a clear central view, filtered outer zones, and variable thickness to reduce welding eye fatigue.

A rigid support frame paired with a flexible facial interface keeps HMD displays stable while conforming to different facial shapes for comfort.

Placing the display between the glare shield and protective screen protects it from fumes and stress while keeping weld data visible at the edge of view.

Placing the display at the field edge behind the protective screen and using a glare-shield cutout keeps welding data visible and protected.

Perpendicular magnetic attractors and a mechanical interlock secure goggles to a helmet while allowing quick on and off without strap slippage.

Perpendicular magnets and a mechanical latch keep goggles secure on a helmet without strap shift, while allowing easy attachment and removal.

A rigid support frame paired with a flexible interface improves head-mounted display comfort by conforming to different facial shapes.

A sliding pivot bracket, return member, and magnets cut the force needed to open a welding face shield while restoring stable positioning.

Detachable goggles, face shield, and helmet reduce gear switching while adjustable liquid crystal filtering improves welding visibility and protection.

An intermediary adapter commands the protective filter to close before tool startup, preventing exposure to welding arc light.

An inward-flipping goggle mechanism keeps the helmet balanced, shields lenses from slag and dust, and preserves a wide field of view.

A magnetic-mechanical goggle latch locks to the helmet interior to prevent strap shift while enabling quick on and off.

An intermediary adapter commands the protective filter closed before tool activation, improving user safety without helmet-side switch complexity.

A reversible elastic strap release lets water-activity eyeglasses loosen temporarily without re-adjustment, improving comfort and secure fit.

Adjusts lens switching to each user's accommodation time, improving vision training comfort, accuracy, and effectiveness.

Index-matching layers and a transparent conductive stack cut visor insert reflections while heating the shield to prevent fogging.

Manual sensor shutoff and mechanical covering let ski goggles disable auto-darkening in fog or rain to keep vision clear.

Transparent conductive coatings create independent lens heating zones, cutting bulk and energy use while maintaining uniform anti-fog heating.

A built-in heating element warms safety eyewear lenses to prevent fogging and maintain clear vision in construction environments.

A lip-engaged helmet shield and rear strap redirect wind load from the face while sealing the helmet opening against dust.

Separate left and right pressure sources tailor negative-pressure therapy to each eye, improving treatment of uneven bilateral disease progression.

Spiral surface meridians spread optical power across multiple focal distances, creating a tubular focus that reduces refocusing needs and bulk.

Distinct vertical curvature zones in a seamless goggle lens reduce image distortion and keep vision consistent across viewing directions.

An integral chassis barrier seals the goggle lens without a separate gasket, cutting assembly cost, waste, and moisture ingress.

A low-viscosity primer composition improves adhesion between substrate and photochromic layer while suppressing optical defects.

An angled peripheral lens edge is placed within an invisible zone to hide rimless spectacle edges and preserve an uninterrupted field of view.

Multiple lens zones with different vertical curvatures widen the field of view while reducing image distortion and visual discomfort.

Snap-fit brackets and magnetic connectors let existing headgear securely retain eyewear while keeping removal easy and retrofit practical.

Downward cameras and 3D displays let protective eyewear show below-eye work areas with natural depth perception while reducing neck and eye strain.

A self-wetting clear adhesive bonds removable lens layers without pins, removing air gaps, dirt traps, and internal reflections.

A memory coupling keeps a flip-up helmet visor near its prior setting when the chin bar is raised and lowered, improving comfort and airflow.

Pressure-controlled goggles measure orbital pulsatility and modulate blood, venous, and lymphatic flow without invasive pressure probes.

A pivoting visor with spring actuation and lock adjustment enables fast deployment, internal storage, and headset clearance in helmets.

An airtight filter assembly with a one-way valve and eye shield blocks airborne exposure while reducing fogging and easing communication.

A conical eyewear lens expands vertical and side vision while improving airflow to reduce internal fogging and wearer discomfort.

A conical lens with controlled surface curvature and face-conforming contact improves field of view, ventilation, and fog resistance.

Curved flexible shields, ventilation channels, and corrective-lens support help equine goggles protect sensitive eyes without reducing comfort.

A buckling beam lattice in wearable cushioning keeps head pressure nearly constant during compression, improving fit and comfort.

Upper and lower flaps with adhesive-backed compressible foam minimize facial gaps to block dental splatter and harmful light.

Binocular VR stimulation presents different images to each eye and uses gaze tracking to improve amblyopia treatment compliance and monitoring.

A sliding-pivot visor coupling replaces bulky helmet hinges, enabling secure adjustment, clean appearance, and easy detachment.

Rear-mounted clips engage tongue apertures to solve difficult gloved-hand operation while preserving streamlined aesthetics.