Wearable visual output device, visual output system, and method for customizing a portable visual output device

摘要

A visual output device (10) which can be worn on the head for simulating at least a part of a motor vehicle, the output device (10) having a display device (12) with a first partial area (12a) and a second partial area (12b), the display device (12) for this purpose is designed to provide an image (14; 14b) associated with a respective eye (13a; 13b) in a respective partial area (12a; 12b), and an optical system (16) which is arranged in an imaging direction (x) in at least one predetermined Distance (d) to the display device (12) is arranged, and which is designed to direct light of an image (14a) provided on the first partial area (12a) of the display device (12) to a first area assigned to a first eye (13a) direct and direct light of an image (14b) provided on the second partial area (12b) of the display device (12) onto a second area assigned to a second eye (13b), the first and the second ite partial area (12a; 12b) of the display device (12) are arranged on a first side (S1) of the optical system (16) and the first and second regions are on a second side (S2) of the first side (S1) opposite in the imaging direction (x) optical system (16), characterized in that the optical system (16) has at least one first lens (18a) which is assigned to a first eye (13a) and at least one second lens (18b) which is assigned to a second eye ( 13b), the output device (10) being designed such that the first and the second lens (18a; 18b) each correspond to a predetermined visual acuity correction of the eye (13; 13b) respectively assigned to the lens (18a; 18b) of a user, the output device (10) having a holding device (20) by means of which the first and / or the second lens (18a; 18b) is held, the holding device (20) being releasably attached to a housing (15) the output device (10) is attached in such a way that it can be removed from the housing (15), the output device (10) being designed such that a longitudinal extent of the output device (10) in the imaging direction (x) can be reduced in the holding device (20) removed from the housing (15) , so that the eyes of the user can be positioned closer to the optical system (16) when the longitudinal extent is reduced than when the longitudinal extent of the output device (10) is not reduced.