Abstract:
The invention relates to a device for measuring a slaughter animal body object, the device including an image camera having an image-camera recording region, a depth camera having a depth-camera recording region, and an evaluation unit. The cameras are positioned in relation to one another by a positioning device in such a manner that the camera recording regions of the image camera and of the depth camera overlap in a common camera recording region at least in certain sections. The evaluation unit is capable of identifying measurement points in the common camera recording region and determining the distances thereof from one another.
Abstract:
The invention relates to an apparatus for volumetrically measuring an object in the body of an animal for slaughter. The apparatus has a first depth camera with a first depth camera recording area, a second depth camera with a second depth camera recording area and has a positioning apparatus for positioning the depth cameras relative to one another. The apparatus has an evaluation unit. The evaluation unit is connected to the depth cameras, and acquires the spatial coordinate data provided by the depth cameras. The spatial coordinate data from the depth cameras can be combined as combined spatial coordinate data in a common spatial coordinate system. A surface model of the object in the body of an animal for slaughter is provided from the combined spatial coordinate data, and a volume of the object in the body of an animal for slaughter is calculated from the surface model.