A cooking apparatus including an image capturer and a processor configured to identify a food object from a plurality of images obtained through the image capturer, adjust a capture interval at which an image of the food object is obtained in real time through the image capturer based on information about a cooking state change of the identified food object, and generate a video based on the captured image obtained according to the adjusted capture interval.

A cooking apparatus including an image capturer and a processor configured to identify a food object from a plurality of images obtained through the image capturer, adjust a capture interval at which an image of the food object is obtained in real time through the image capturer based on information about a cooking state change of the identified food object, and generate a video based on the captured image obtained according to the adjusted capture interval.

An oven includes a main body, a cooking compartment provided in the main body and having a front surface thereof is opened, the cooking compartment having an opening, a camera provided above the cooking compartment and configured to capture an inside of the cooking compartment through the opening, a camera cooling fan disposed above the camera and configured to cool the camera by suctioning external air, a first glass provided at the opening of the cooking compartment so that the camera captures the inside of the cooking compartment and configured to block transmission of heat in the cooking compartment to the camera, and a second glass provided between the camera and the first glass and configured to additionally block the transmission of heat to the camera.

An oven includes a main body, a cooking compartment provided in the main body and having a front surface thereof is opened, the cooking compartment having an opening, a camera provided above the cooking compartment and configured to capture an inside of the cooking compartment through the opening, a camera cooling fan disposed above the camera and configured to cool the camera by suctioning external air, a first glass provided at the opening of the cooking compartment so that the camera captures the inside of the cooking compartment and configured to block transmission of heat in the cooking compartment to the camera, and a second glass provided between the camera and the first glass and configured to additionally block the transmission of heat to the camera.

An interaction module includes a projector configured to project a first image onto a working surface; and a camera configured to record a second image of an object that is placed on the working surface.

An interaction module includes a projector configured to project a first image onto a working surface; and a camera configured to record a second image of an object that is placed on the working surface.

An interaction module includes a housing for holding a projector to project an image onto a working surface and an optical scanning device for scanning a gesture in the region of the image, and a mounting plate configured for fastening to an underside of an object attached above the working surface. The mounting plate is configured for attachment of the housing on a side of the mounting plate which side faces away from the object.

An interaction module includes a housing for holding a projector to project an image onto a working surface and an optical scanning device for scanning a gesture in the region of the image, and a mounting plate configured for fastening to an underside of an object attached above the working surface. The mounting plate is configured for attachment of the housing on a side of the mounting plate which side faces away from the object.

A device for determining the topography of the burden surface in a shaft furnace (10), the device comprising a radar device (20) that scans the burden surface (18) and has an antenna device (22) arranged in the area of a furnace cover (13), the antenna device being arranged on an axis of rotation (24) that is inclined in relation to a vertical axis (15) of the shaft furnace at an angle of inclination and being rotatable about the axis of rotation by means of a drive device in such a manner that a radar fan beam (28) formed by the emitted radar radiation of the antenna device is incident upon the burden surface along a profile line p and sweeps across the burden surface as the antenna device rotates.

A device for determining the topography of the burden surface in a shaft furnace (10), the device comprising a radar device (20) that scans the burden surface (18) and has an antenna device (22) arranged in the area of a furnace cover (13), the antenna device being arranged on an axis of rotation (24) that is inclined in relation to a vertical axis (15) of the shaft furnace at an angle of inclination and being rotatable about the axis of rotation by means of a drive device in such a manner that a radar fan beam (28) formed by the emitted radar radiation of the antenna device is incident upon the burden surface along a profile line p and sweeps across the burden surface as the antenna device rotates.