Swim Goggles TRIZ Cases

A heat- and pressure-responsive mask skirt conforms to facial contours, improving waterproof sealing and comfort without multiple size versions.

A waveguide near-eye display brings swimming metrics and environmental information into view while keeping the goggles waterproof and wearable.

A detachable common frame and interchangeable waterproof skirts let one set serve as swimming goggles or a snorkeling mask, reducing cost and carrying inconvenience.

Flexible eyepieces absorb impact while hinged lens housings open for quick drainage, preserving a watertight seal during swimming.

Openings in the head strap support secure, interchangeable accessories while preserving mask comfort and watertightness.

Segmented goggle frames connect via a locking shaft that releases to reduce transportation volume while maintaining structural rigidity during use.

Releasably engaging the nose bridge via a slot and locking mechanism accommodates facial variations while maintaining structural integrity.

Swimming goggles integrate a buoyant head strap and non-disassemblable frame to prevent choking hazards while ensuring easy water retrieval.

Ventilation windows with waterproof-ventilation films release breath moisture to prevent lens fogging, while protective covers shield the film from damage.

A rotating adjustment mechanism with opposing threads changes eyepiece spacing while a twisting safeguard prevents lens rotation during manipulation.

Alternating curved protrusions on the goggle's leaning structure conform to diverse facial shapes, eliminating the need for multiple models.

Segmented rigidity stabilizes lens position against torsion while adapting to the nasal root for comfort.

A head strap device with a curved central section and adjustable buckle mechanism.

Segmented flat lenses in a truncated pyramid eyepiece eliminate refraction while reducing hydrodynamic drag for stable watertight swimming goggles.

Glass inserts bonded to swimming goggles enhance durability and lifespan by resisting scratches that damage standard lens coatings.

Serpentine-disposed wires embedded in elastic conduits allow swim caps to stretch without affecting functionality, eliminating drag and seal compromise.

Segmented rigid frames and soft seals resolve the trade-off between lens stability and eye-socket adaptability.