Abstract: The invention relates to an X-ray detector device for industrial measurement of workpieces by X-ray, having scintillator means (12) for converting incident X-rays of the X-ray radiation passing through a workpiece being measured into visible light at a scintillator light exit surface (14), optical detector means (22; 24, 26) optically downstream of the scintillator means, for converting the visible light at the scintillator light exit surface into an electronic image signal, and X-ray protection means (18, 20; 18?, 20?; 18?, 20?) which are provided in an optical beam path between the scintillator means and the optical detector means and have a body, in particular a glass body, that is transparent to visible light and has X-ray absorbing properties.

Abstract: The invention relates to an X-ray detector device for industrial measurement of workpieces by X-ray, having scintillator means (12) for converting incident X-rays of the X-ray radiation passing through a workpiece being measured into visible light at a scintillator light exit surface (14), optical detector means (22; 24, 26) optically downstream of the scintillator means, for converting the visible light at the scintillator light exit surface into an electronic image signal, and X-ray protection means (18, 20; 18?, 20?; 18?, 20?) which are provided in an optical beam path between the scintillator means and the optical detector means and have a body, in particular a glass body, that is transparent to visible light and has X-ray absorbing properties.

Abstract: The invention relates to an industrial X-ray workpiece measuring system comprising an X-ray source (4), which is arranged in an X-ray protective housing (2) and has an X-ray focal spot (3), workpiece carrier means, which are arranged in the X-ray protective housing, for accommodating a non-medical workpiece (5) to be examined, and X-ray detector means (10a, 10b, 10c) which are provided on and/or in the X-ray protective housing, are designed to detect an X-ray beam from the X-ray source, which X-ray beam penetrates the workpiece held on the workpiece carrier means, and downstream of which X-ray detector means electronic evaluating means can be connected.

Abstract: A device for additive manufacturing of a workpiece (10; 30) having a cell-like building space (24) for the workpiece to be built, preferably layer by layer, and an additive manufacturing unit (14; 34, 36) provided on or in the building space, wherein a workpiece measurement apparatus (16, 18, 20; 40, 42; 82, 86) is provided on or in the building space such that the workpiece measurement apparatus that provides the workpiece with irradiation from an irradiation source has a detector unit (22; 42) configured to detect an irradiation image of the workpiece provided with the irradiation on and/or through an outer wall of the workpiece, and/or to detect a nuclear spin image of the workpiece provided with the magnetic field excitation, and to generate workpiece measurement data from the irradiation image or the nuclear spin image.

Abstract: A marine device has a floating buoy containing electronics, a submerged payload containing electrical devices and electronics, a power source and a mooring line. At least a part of the power source is submerged and electrically connected to at least one of the submerged payload and the floating buoy, and the mooring line extends between the buoy and at least one of the power source submerged part, the submerged payload and a submerged anchor having a mass allowing it to stay under the water surface.