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.