FIELD: optical systems.
SUBSTANCE: invention relates to the field of optical systems, and more specifically to optical display systems integrated into a helmet or a pair of glasses. Claimed glasses (1) include front side (10) equipped with at least one lens-type optical unit (4), wherein the mentioned front side determines passage (13) for the user nose, the mentioned passage for the nose is determined by first and second so-called inner edges (14a, b) of the front side, respectively facing first and second side edges (12a, b) of front side (10). Glasses (1) also include: module (2) for emitting visual information, including a display-type emitting element for emitting the mentioned display-type visual information, and a mirror-type element for geometric reflection (3) of transformed visual information, adapted to reflect the mentioned transformed visual information into target area (6) of mentioned lens-type optical unit (4). Mentioned module (2) for emitting visual information is placed in a lower or upper fragment of first inner edge (14a) of front side (10), while element (3) of the geometric reflection is placed in the upper or lower fragment of mentioned first inner edge (14a), understanding that when mentioned module (2) for emitting visual information is placed in the lower fragment of mentioned first inner edge (14a) of the front side, element (3) of the geometric reflection is placed in the upper fragment of mentioned first inner edge (14a), and when mentioned module (2) for emitting visual information is placed in the upper fragment of first inner edge (14a) of the front side, element (3) of the geometric reflection is placed in the lower fragment of mentioned first inner edge (14a).
EFFECT: creation of glasses, in which the optical system makes it possible to design the display to reduce the space occupied by the optical system providing the display function, while optimizing usual characteristics (size, compactness, lightness, lens curvature, frame, design) of a pair of ordinary glasses, and not to interfere with the view of the environment.
19 cl, 15 dwg
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Authors
Dates
2021-10-21—Published
2017-12-21—Filed