REAL IMAGE FORMATION SYSTEM IN SPACE

Abstract

The invention relates to a system designed to generate an image. REAL THREE-DIMENSIONAL (5) IN SPACE, COMPRISING A MODULE OF PROCESSING (1), A PROJECTOR (2) CONFIGURED TO EMIT LIGHT ON A DIFFUSING PROJECTION SURFACE (3), AND AN OPTICAL ELEMENT REFLECTOR WITH CONCAVE SURFACE OF ARBITRARY GEOMETRY (4) INTENDED TO FORM THE AFOREMENTIONED REAL IMAGE (5) FROM THE LIGHT DIFFUSE FROM THE SURFACE (3). THE ASSEMBLY IS SUPPORTED BY AN OPAQUE BOX OR SUPPORT STRUCTURE (6). THE SYSTEM CAN INCLUDE SENSORS (8) CONFIGURED TO DETECT THE POSITION OF OBSERVERS (7), SPATIAL DISTRIBUTION IN THE OBSERVATION ZONE OR GESTURES PERFORMED IN THE VOLUME OCCUPIED BY THE REAL IMAGE (5), PROVIDING THIS DATA TO THE PROCESSING MODULE (1). THE MODULE OF PROCESSING (1) APPLIES GEOMETRIC CORRECTION AND COMPENSATION OF PERSPECTIVE ON THE PROJECTED CONTENT, ADJUSTING ORIENTATION, SCALE AND Projection Geometry Based on an Initial System Calibration OR, WHEN PRESENT, BASED ON THE DATA PROVIDED BY SENSORS (8). THE CONCAVE SURFACE OF THE REFLECTING OPTICAL ELEMENT (4) It can be adjusted through controlled deformation and orientation. VARIABLE OR SEGMENT MODULATION, UNDER THE CONTROL OF THE MODULE OF PROCESSING (1), PRODUCING A CORRESPONDING CHANGE IN POSITION OF THE REAL IMAGE (5) IN SPACE.