Abstract: A textile fabric includes: a base body having at least one layer, the at least one layer comprising PEN, copolymers, and/or blends thereof as a binding component. The binding component is obtainable by applying temperatures above a glass transition temperature of a binding fiber sheath polymer to core/sheath binding fibers, in which the binding fiber sheath polymer contains PEN, copolymers, and/or blends thereof.

Abstract: The present disclosure relates to a detection circuit for detecting oscillations of a regulated supply signal. The detection circuit includes a filter circuit to filter the regulated supply signal in order to obtain a filtered supply signal. A peak value detector circuit is designed to detect an extremum of the filtered supply signal. A comparator circuit is designed to compare the detected extreme value with a threshold value and to indicate an understepping or exceedance of the threshold value.

Abstract: The present disclosure relates to a detection circuit 200 for detecting oscillations of a regulated supply signal 110. The detection circuit includes a filter circuit 210 to filter the regulated supply signal in order to obtain a filtered supply signal 212. A peak value detector circuit 220 is designed to detect an extreme value of the filtered supply signal. A comparator circuit 230 is designed to compare the detected extreme value with a threshold value and to indicate an understepping or exceedance of the threshold value.

Abstract: A textile fabric includes: a base body having at least one layer, the at least one layer comprising PEN, copolymers, and/or blends thereof as a binding component. The binding component is obtainable by applying temperatures above a glass transition temperature of a binding fiber sheath polymer to core/sheath binding fibers, in which the binding fiber sheath polymer contains PEN, copolymers, and/or blends thereof.

Abstract: A force transducer for measuring compression and/or tension forces includes a rod-shaped deformation body and at least four strain transducers applied on the deformation body and configured for measuring a longitudinal strain and a transverse strain of the deformation body. Front and rear elongate recesses are provided on the front and rear sides of the deformation body at an intersection point between a central longitudinal axis and a central transverse axis of the deformation body. Left and right upper indentations and left and right lower indentations are provided on the deformation body respectively at the four quadrants bounded by the axes. An angle between the central transverse axis and a shortest connecting line between the front elongate recess and the left upper indentation is at least 17° and at most 29°.

Abstract: A force transducer for measuring compression and/or tension forces includes a rod-shaped deformation body and at least four strain transducers applied on the deformation body and configured for measuring longitudinal and transverse strains thereof. Front and rear elongate recesses are provided on the front and rear sides of the deformation body in the area of an intersection between a central longitudinal axis and a central transverse axis of the deformation body. Left and right upper indentations and left and right lower indentations are provided on the deformation body respectively at the four quadrants bounded by the axes. A ratio of a cross-section on a center plane extending orthogonally to the central longitudinal axis and including the central transverse axis, to a sum of first and second partial regions of the cross-section, is from 1.56 to 2.15.

Abstract: A method and a system produces extrusion billets from scraps obtained from stamping, cutting and/or machining operations, in particular scraps made of magnesium or magnesium alloys, without subjecting these to a melting process. The system for carrying out the method is essentially composed of a storage unit for the scraps, a device for comminuting the scraps, a press for producing a round briquette, and an extruder for shaping the round briquette into a extrusion billet.

Abstract: The present invention relates to a force transducer for measuring compression and/or tension forces, that comprises a rod-shaped deformation body with at least a front side (103), a rear side (104), a left side (105), a right side (106), an upper end face and a lower end face, as well as at least four strain transducers (117, 121), that are applied on the deformation body and configured and set-up for measuring a longitudinal strain and a transverse strain of the deformation body. A front elongate recess (109) is provided on the front side (103) in the area of an intersection point (S) between a central longitudinal axis and a central transverse axis (Q1) of the deformation body. Lying opposite the front elongate recess (109), a rear elongate recess (110) is provided on the rear side. At least a left upper indentation is provided above the central transverse axis (Q1) and a left lower indentation is provided below the central transverse axis (Q1) on the left side (105).

Abstract: The present invention relates to a force transducer (101) for measuring compression and/or tension forces, that comprises a rod-shaped deformation body (102) with at least a front side (103), a rear side, a left side (105), a right side (106), an upper end face (107) and a lower end face (108) as well as at least four strain transducers (117, 118, 119), that are applied on the deformation body (102) and configured and set-up for measuring a longitudinal strain and a transverse strain of the deformation body (102). A front elongate recess (109) is provided on the front side (103) in the area of an intersection point (S) between a central longitudinal axis (L) and a central transverse axis (Q1) of the deformation body (102). Lying opposite the front elongate recess (109), a rear elongate recess is provided on the rear side.

Abstract: The invention relates to an apparatus for the weight-dependent filling of containers, especially bottles (3), which comprise a tubular neck section (7) and which consists of a fill nozzle (8), a weighing device (5) and a holding element (6) for holding the container (3) under the fill nozzle (8). In that regard the weighing device (5) includes a force uptake element (14), a force introduction element (15) and a deformation body (17, 18) that is arranged therebetween and that is provided with strain gages (24) applied thereon. In that regard, the force uptake element (14) is secured on a machine frame (2) and the holding element (6) is secured on the force introduction element (15). The invention is characterized in that the force uptake element (14) is embodied as an outwardly lying ring element (14) and the force introduction element is embodied as a coaxially inwardly lying ring element (15), between which at least one radially spring-elastic connecting web (17, 18) is arranged as the deformation body.