ACTUATED PUPIL STEERING FOR HEAD-MOUNTED DISPLAY SYSTEMS
Some embodiments herein are directed to head-mounted Virtual Retina Display (VRD) systems with actuated reflective pupil steering. The display systems include a projection system for generating image content and an actuated reflective optical architecture, which may be part of an optical combiner, t...
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creator | TREMBLAY, Eric Julian PAPADOPOULOS, Ioannis UFFER, Nicolas Lionel ROMERO, Carlos Alberto Macias ZAGOLLA, Volker ZIEGLER, David Thomas DE GOL, Philippe |
description | Some embodiments herein are directed to head-mounted Virtual Retina Display (VRD) systems with actuated reflective pupil steering. The display systems include a projection system for generating image content and an actuated reflective optical architecture, which may be part of an optical combiner, that reflects light from the projection system into the user's eyes. The display systems are configured to track the position of a user's eyes and to actuate the reflective optical architecture to change the direction of reflected light so that the reflected light is directed into the user's eyes. The VRDs described herein may be highly efficient, and may have improved size, weight, and luminance such that they are capable of all-day, everyday use. |
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The display systems include a projection system for generating image content and an actuated reflective optical architecture, which may be part of an optical combiner, that reflects light from the projection system into the user's eyes. The display systems are configured to track the position of a user's eyes and to actuate the reflective optical architecture to change the direction of reflected light so that the reflected light is directed into the user's eyes. 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The display systems include a projection system for generating image content and an actuated reflective optical architecture, which may be part of an optical combiner, that reflects light from the projection system into the user's eyes. The display systems are configured to track the position of a user's eyes and to actuate the reflective optical architecture to change the direction of reflected light so that the reflected light is directed into the user's eyes. The VRDs described herein may be highly efficient, and may have improved size, weight, and luminance such that they are capable of all-day, everyday use.</abstract><oa>free_for_read</oa></addata></record> |
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subjects | OPTICAL ELEMENTS, SYSTEMS, OR APPARATUS OPTICS PHYSICS |
title | ACTUATED PUPIL STEERING FOR HEAD-MOUNTED DISPLAY SYSTEMS |
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