BESPOKE OPTICAL APPARATUS

Brand Owner Address Description
INDESCRATCHABLES Sunshades Eyewear Pty Limited 110 McEvoy Street ALEXANDRIA NSW 2015 Australia Bespoke optical apparatus, namely, eyeglasses, sunglasses, spectacles, goggles for sports, safety goggles, optical lenses; optical shooting glasses; optical sight glasses; sunglasses being optical apparatus; sunglasses being optically corrected; anti-glare glasses; cases adapted for eyeglasses; chains for eyeglasses; cyclists' glasses; field glasses; fitted cases for sun glasses; glasses for optical use; frames for eyeglasses; frames for protective eyeglasses; glasses adapted to protect the eyes; eyeglasses cases; eyeglasses frames; lenses for eyeglasses; magnifying glasses being optics; ophthalmic glasses; protective glasses being spectacles; reading aids in the form of magnifying glasses; optical frames; reading aids in the form of magnifying glasses and incorporating a light; reading glasses; safety glasses for protecting the eyes; ski glasses; skiing glasses; spectacles being glasses; sport glasses being eye glasses; sport glasses being protective spectacles; sport glasses being spectacles; sports glasses being eye wear; optical glass; carrying cases adapted for sunglasses; cases adapted for sunglasses; chains for sunglasses; devices for supporting sunglasses, namely, nose guards which can be worn by attachment to sunglasses, sunglass chains and cords; finished lenses for sunglasses; frames for sunglasses; lenses for sunglasses; straps for sunglasses; sunglasses; optical glasses; sunglasses being tinted; optical lenses; optical lenses for use with spectacles; optical lenses for use with sunglasses; optical safety glasses;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The present disclosure is directed to an optical apparatus suitable for coupling to an optical network. The optical apparatus is adapted to transmit multiplexed optical signals on the optical network and/or de-multiplex optical transmissions from the network. The optical apparatus includes an optical waveguide and an optoelectronic device. The optical waveguide has a set of diffractive elements in the form of a scribed volume hologram, which provides an optical transfer function. The optical waveguide also includes a first optical port and a second optical port. The second optical port is adapted to be optically coupled to the optical network. The optoelectronic device includes a plurality of optical portions. The optoelectronic device is adapted to convert optical signals at the optical portions into electric signals and/or convert electric signals into optical signals at the optical portions.