Goggles TRIZ Cases

A swimming goggle cushion pad incorporates a porous buffer unit with support ribs to absorb deformation stress and provide restoring forces.

A detachable goggle lens system uses movable engagement members to swap optical components quickly.

Reversible snap-connected clips pivot to adjust strap orientation for secure goggle fit.

Segmentation and universality principles enable a modular buoyant attachment that keeps goggles afloat, preventing loss of expensive eyewear in water.

An intermediary support member transfers downward force from over-the-glasses frames to the user's nose, eliminating pressure on prescription lenses.

Segmenting the goggle frame from the face seal resolves field-of-view versus fit contradictions while reducing heat retention.

Temple clips attach to glasses while a bridge distributes force for secure protection.

Hinged side portions wrap around loupes while a central cutout allows light passage, resolving comfort and protection conflicts.

An undulating aperture in the headgear channel constrains the earwear cord, resolving the contradiction between coupling stability and easy removal.

Segmented airbag massage avoids eyeball pressure while thermal humidity control stabilizes the ocular environment for dry eye relief.

A goggle lens assembly uses a sliding shutter mechanism to control airflow through the eyewear.

A dual lens eyewear apparatus uses a liquid crystal film between inner and outer lenses to electronically adjust light transmittance.

Pivoting the screen creates a 5-10 mm gap that prevents mist buildup during low-speed skiing.

Rear-mounted temple components balance front lens weight, eliminating nasal pressure and fatigue during extended wear.

Adjustable headband supports heavy surgical eyewear without obstructing downward vision or altering frames.

A smart workspace system detects task steps and displays information panels to guide makers through complex operations.

A metal detectable lens carrier integrates dispersed metal particulates into a polymeric matrix to hold safety lenses.

A protective mesh visor features elastic lens cutouts for clear vision.

Continuous side walls accommodate diverse shielding materials to block beta, X-ray, and gamma radiation without obstructing the patient's forward view.

A goggle and face mask apparatus with a detachable pivot connection.

A semipermeable membrane vent allows water vapor to escape while blocking liquid water and dust particles.

Clamping and engaging parts attach a nasal mask to eyeglasses, blocking ultraviolet rays and strong winds from reaching the nose.

A single suction nozzle holds an insert during injection molding to prevent mechanical tension.

An integrated face mask and eye shield forms sealed compartments around the mouth, nose, and eyes while incorporating UV-C LEDs for active viral protection.

Deformable fit members in goggle nose recesses adapt to unique facial contours, eliminating the need for multiple inventory sizes.

A streamlined fairing and extended strap connection point define the aquatic goggles design.

Porous functional inserts prevent condensation return and bacterial growth by allowing vapor permeation while blocking liquid water intrusion.

Integrated electrodes on portable display equipment perform electroretinograms, reducing reliance on bulky specialized examination settings.

Bracket-mounted stop surfaces constrain eye shield movement between storage and usage positions.

Spectral filters in protective goggles block harmful radiation while an image projection system restores scene visibility for users.

Segmented fastening components with an elastic strip prevent soft rubber deformation from causing disengagement.

Rearward vision module placement in recessed lens space expands field of view while accommodating thicker automatic darkening filters.

Flexible curved glass substrates expand the viewing area and reduce weight, resolving neck stress caused by heavy flat rectangular filters.

Rotatable positioning member adjusts facial interface fit on head-mounted displays, accommodating diverse head shapes and glasses without replacement cushions.

Rotatable nasal support appendages adapt to varying facial morphologies, resolving fit gaps in the nasal region.

Segmented laser-absorbing lens inserts slide into frame notches to resolve assembly complexity and improve convenience during dental procedures.

Rigid pivot elements allow one-handed visor movement, eliminating elastic strap pressure on the face.

Segmented opaque components create a reliable lightproof seal across different facial anatomies, eliminating the need for complex goggle seals or dark rooms.

Sliding clips lock goggle lenses into frames, preventing accidental disengagement during impacts while allowing tool-free replacement.

A multi-pane eye-shield combines a spherical anterior lens and cylindrical posterior lens to deliver distortion-free vision.

Spring-loaded clips suspend the rear lens to prevent structural strain on fragile electrical connections.

A wearable medical apparatus uses a capacitive sensor and controller to track radiation exposure duration for patient treatment.

A glaucoma treatment eyeglass combines LCD screens and LED lights to stimulate ocular blood flow while a pressure control unit manages intraocular pressure.

A 3D lens holder positions optical lenses outside the goggle's minimal surface to create a sealed volume.

Segmented frame dynamics resolve optical distortion trade-offs by adapting to head profiles while maintaining rigid lens geometry.

Propping plates and releasing plates engage head strap slots to allow one-way adjustment, eliminating awkward manual handling of press boards.

A one-piece shield uses freeform surface geometry to maintain non-zero minus power and minimize prism as worn.

Side-mounted ventilation units enable airflow through the shield structure, preventing steam buildup that blocks the wearer's view.