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2. Meta adds live translation, AI video to Ray-Ban smart glasses

   www.aol.com/news/meta-adds-live-translation-ai...

   The latest update adds video to Meta's AI chatbot assistant, which allows the Ray-Ban smart glasses to process what the user is seeing and respond to questions in real-time. The smart glasses will ...

3. Aviator sunglasses - Wikipedia

   en.wikipedia.org/wiki/Aviator_sunglasses

   Aimed at the sports enthusiast and outdoorsman, The Ray-Ban Shooter variant incorporates a cigarette holder, a circular device located at the center of the nose bridge originally intended to free the sportsman's hands while taking aim. In 1953 Ray-Ban introduced G-15 tempered glass lenses.

4. Ray-Ban - Wikipedia

   en.wikipedia.org/wiki/Ray-Ban

   Ray-Ban is a brand of luxury sunglasses and eyeglasses created in 1936 by Bausch & Lomb. The brand is best known for its Wayfarer and Aviator lines of sunglasses. In 1999, Bausch & Lomb sold the brand to Italian eyewear conglomerate Luxottica Group for a reported $640 million.

5. Ray-Ban Meta - Wikipedia

   en.wikipedia.org/wiki/Ray-Ban_Meta

   Ray-Ban Meta smart glasses represent the next evolution of wearable technology, combining cutting-edge features with iconic style. Meta and EssilorLuxottica created these smart glasses to improve everyday life with features such as high-quality cameras, immersive audio, and AI-powered voice assistant.

6. Sunglasses - Wikipedia

   en.wikipedia.org/wiki/Sunglasses

   The Ray-Ban Wayfarer is a (mostly) plastic-framed design for sunglasses produced by the Ray-Ban company. Introduced in 1952, the trapezoidal lenses are wider at the top than the bottom (inspired by the Browline eyeglasses popular at the time), and were famously worn by James Dean , Roy Orbison , Elvis Presley , Bob Marley , The Beatles and ...

7. Smartglasses - Wikipedia

   en.wikipedia.org/wiki/Smartglasses

   The lenses of smart sunglasses can be manufactured out of multiple adaptive cells, therefore different parts of the lens can exhibit different optical properties. For example, the top of the lens can be electronically configured to have different polarization filter characteristics and different opacity than the lower part of the lens.