A device comprising: a multi-aperture imaging device comprising: an image sensor; an array of optical channels (16a-d) disposed next to one another, wherein each optical channel (16a-d) includes optics (22a-d) for imaging at least a partial field of view (24a-d) of an overall field of view (26 1, 26 2) on an image sensor area (28a-d) of the image sensor, a beam-deflecting device for deflecting an optical path of the optical channels (16a-d), wherein a relative location of the beam-deflecting device can be switched between a first position and a second position, such that in the first position, the optical path is diverted in the direction of a first overall field of view (26 1), and in the second position, the beam path is diverted in the direction of a second overall field of view (26 2); wherein the device further comprises: a controller (44; 54) that is designed to control the beam-deflecting device into the first position to obtain a first imaging information (46 1) of the first overall field of view (26 1) from the image sensor; to control the beam-deflecting device into the second position to obtain a second imaging information (46 2) of the second overall field of view (26 2) from the image sensor; and to insert a part of the first piece of imaging information (46 1) into the second imaging information (46 2) to obtain accumulated image information which reproduces in parts the first overall field of view (26 1) and in parts the second overall field of view (26 2); wherein the device is designed to create a depth map comprising a plurality of depth planes for the second imaging information (46 2), and to insert the part of the first image information (46 1) into a predetermined depth plane of the second imaging information (46 2) to obtain the accumulated image information. a multi-aperture imaging device comprising: an image sensor; an array of optical channels (16a-d) disposed next to one another, wherein each optical channel (16a-d) includes optics (22a-d) for imaging at least a partial field of view (24a-d) of an overall field of view (26 1, 26 2) on an image sensor area (28a-d) of the image sensor, a beam-deflecting device for deflecting an optical path of the optical channels (16a-d), wherein a relative location of the beam-deflecting device can be switched between a first position and a second position, such that in the first position, the optical path is diverted in the direction of a first overall field of view (26 1), and in the second position, the beam path is diverted in the direction of a second overall field of view (26 2); an image sensor; an array of optical channels (16a-d) disposed next to one another, wherein each optical channel (16a-d) includes optics (22a-d) for imaging at least a partial field of view (24a-d) of an overall field of view (26 1, 26 2) on an image sensor area (28a-d) of the image sensor, a beam-deflecting device for deflecting an optical path of the optical channels (16a-d), wherein a relative location of the beam-deflecting device can be switched between a first position and a second position, such that in the first position, the optical path is diverted in the direction of a first overall field of view (26 1), and in the second position, the beam path is diverted in the direction of a second overall field of view (26 2); wherein the device further comprises: a controller (44; 54) that is designed to control the beam-deflecting device into the first position to obtain a first imaging information (46 1) of the first overall field of view (26 1) from the image sensor; to control the beam-deflecting device into the second position to obtain a second imaging information (46 2) of the second overall field of view (26 2) from the image sensor; and to insert a part of the first piece of imaging information (46 1) into the second imaging information (46 2) to obtain accumulated image information which reproduces in parts the first overall field of view (26 1) and in parts the second overall field of view (26 2); wherein the device is designed to create a depth map comprising a plurality of depth planes for the second imaging information (46 2), and to insert the part of the first image information (46 1) into a predetermined depth plane of the second imaging information (46 2) to obtain the accumulated image information. a controller (44; 54) that is designed to control the beam-deflecting device into the first position to obtain a first imaging information (46 1) of the first overall field of view (26 1) from the image sensor; to control the beam-deflecting device into the second position to obtain a second imaging information (46 2) of the second overall field of view (26 2) from the image sensor; and to insert a part of the first piece of imaging information (46 1) into the second imaging information (46 2) to obtain accumulated image information which reproduces in parts the first overall field of view (26 1) and in parts the second overall field of view (26 2); wherein the device is designed to create a depth map comprising a plurality of depth planes for the second imaging information (46 2), and to insert the part of the first image information (46 1) into a predetermined depth plane of the second imaging information (46 2) to obtain the accumulated image information.