Oakley, Inc.

A face shield adjustment system is provided. A helmet and face shield can be attached such that the face shield is in an as-worn position. The face shield can be moved between a first secured position at a first distance from the eyes of the wearer in an as-worn position and a second secured position at a second distance from the eyes of the wearer in the as-worn position. The secured positions can fix the face shield relative to the eyes of the wearer and/or the helmet by an engagement between teeth of a helmet frame and teeth of a slider, where the slider is attached to the face shield.

Embodiments of the present disclosure are directed to eyewear (e.g., goggles, eye glasses, sun glasses, helmet shields, helmet visors, etc.) that can maximize the wearer's field of view when laminated lenses having electrically conductive functional layers (e.g., electrochromic and/or heating layers) are used. Improved field of view can be accomplished by means of reducing the bezel size of the laminated lens. For example, the bezel's non-transparent footprint can be reduced by stacking electronic components at a peripheral edge of the lens and securing with a frame assembly rather than a separate edge seal.

The present disclosure relates to a high transmittance eyewear. The high transmittance eyewear can include a lens with a chroma enhancement filter. The lens can have a front surface and a rear surface. The high transmittance eyewear can further include a transmittance enhancement layer disposed over the front surface of the lens. The high transmittance eyewear that includes the transmittance enhancement layer and the chroma enhancement filter can provide a high optical transparency (e.g., a high optical transmittance) for the wearer for an indoor or a driving use while maintaining a chroma enhancement capability provided by the chroma enhancement filter.