FIELD: electronic glasses.
SUBSTANCE: system for colour coding objects in the field of view of a plurality of glasses wearers, comprising: a pair of glasses containing at least one eyeglass lens, respectively; wherein said corresponding at least one eyeglass lens contains a liquid crystal cell, the transmission of which can be changed by a suitable control means; wherein the liquid crystal cells are configured such that the transmission of the liquid crystal cells can be switched between high transmission and low transmission states; and means for adjusting or controlling the durations of the high transmission states (Ton) of the liquid crystal cells (LC) so that the respective liquid crystal cells (LC) enter the high transmission states (Ton) at different times; as well as one source (S1, S2, S3) of RGB light for the owner of the glasses; means for controlling or adjusting illumination durations, colour and intensity of the RGB light source (S1, S2, S3) in such a way that the RGB light source (S1) for the first glasses wearer shines with the first color during the high transmission state (Ton) of the liquid crystal cell (LC) of his glasses and that the RGB light source (S2) for the second glasses wearer shines during the high transmission state (Ton) of the liquid crystal cell (LC) of the second glasses wearer with a second color different from the first colour.
EFFECT: colour coding in the field of view of the respective participants.
7 cl, 12 dwg
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Authors
Dates
2023-03-22—Published
2022-10-03—Filed