Multi-aperture device (10; 10'; 20; 20'; 30; 30') for capturing an object region , comprising: at least two optical paths (12-1 - 12-9) for capturing a first partial region (15-1 - 15-9) of the object region ; and at least two optical paths (12-1 - 12-9) for capturing a second partial region (15-1 - 15-9) of the object region ; wherein the optical paths (12-1 - 12-9) for capturing the first partial region (15-1 - 15-9) and the second partial region (15-1 - 15-9) are arranged in an interlaced manner in a single-line structure; and wherein the first partial region (15-1 - 15-9) and the second partial region (15-1 - 15-9) partially overlap and differ from each other in the object region; wherein each optical path (12-1 - 12-9) comprises an image sensor region (14-1 - 14-9) whose position on an image converter depends on a position of the partial region to be captured within the object region, and wherein optical centers of optics of the optical paths (12-1 - 12-9) are on a straight line along individual optical paths (12-1 - 12-9) and middles of the image sensor regions (14-1 - 14-9) of the optical paths (12-1 - 12-9) vary from an equidistant distribution along the straight line relative to the straight line ; or wherein each optical path (12-1 - 12-9) comprises an image sensor region (14-1 - 14-9) whose position on an image converter depends on a position of the partial region to be captured within the object region, and wherein middles of the image sensor regions (14-1 - 14-9) of the optical paths (12-1 - 12-9) are on a straight line along individual optical paths (12-1 - 12-9) and optical centers of optics of the optical paths (12-1 - 12-9) vary from an equidistant distribution along the straight line relative to the straight line . at least two optical paths (12-1 - 12-9) for capturing a first partial region (15-1 - 15-9) of the object region ; and at least two optical paths (12-1 - 12-9) for capturing a second partial region (15-1 - 15-9) of the object region ; wherein the optical paths (12-1 - 12-9) for capturing the first partial region (15-1 - 15-9) and the second partial region (15-1 - 15-9) are arranged in an interlaced manner in a single-line structure; and wherein the first partial region (15-1 - 15-9) and the second partial region (15-1 - 15-9) partially overlap and differ from each other in the object region; wherein each optical path (12-1 - 12-9) comprises an image sensor region (14-1 - 14-9) whose position on an image converter depends on a position of the partial region to be captured within the object region, and wherein optical centers of optics of the optical paths (12-1 - 12-9) are on a straight line along individual optical paths (12-1 - 12-9) and middles of the image sensor regions (14-1 - 14-9) of the optical paths (12-1 - 12-9) vary from an equidistant distribution along the straight line relative to the straight line ; or wherein each optical path (12-1 - 12-9) comprises an image sensor region (14-1 - 14-9) whose position on an image converter depends on a position of the partial region to be captured within the object region, and wherein middles of the image sensor regions (14-1 - 14-9) of the optical paths (12-1 - 12-9) are on a straight line along individual optical paths (12-1 - 12-9) and optical centers of optics of the optical paths (12-1 - 12-9) vary from an equidistant distribution along the straight line relative to the straight line . <EOS>