Abstract: A method for providing source data for training and validating a processing model for processing analyte image sequences. An analyte image sequence is generated by labeling analytes with markers in a plurality of coloring rounds and detecting the markers with a camera. The markers are selected, in particular based on a codebook, such that signal sequences of analytes in an image region over the analyte image sequence comprise colored signals and uncolored signals, in particular an order of the colored and uncolored signals is based on the codebook. The camera captures an image of the analyte image sequence in each of the coloring rounds. The method comprises capturing a spot analyte image sequence of a sample, and comprises providing an evaluation of image regions based on image signals of the image regions. Further, the method comprises identifying spot image regions from the evaluation of the image regions.

Abstract: A rotary crane including a vertical axis; an jib that extends from the vertical axis; a drive for rotating the jib about the vertical axis; a condition monitoring which determines wind loading, namely internal force variables, tensions, strains, transverse forces, tilting and torsion torques of the rotary crane; and a computing unit which computes a preferred direction for locking the jib from the wind loading. The invention also relates to a method for orienting the rotary crane. In order to improve the orientation of the jib of a shut down rotary crane it is proposed that the rotary crane includes measuring elements for capturing local measuring local values of the wind loading.

Abstract: A method for grinding a grinding material in a mill including a grinding body and at least one roller which rolls on the grinding body under a grinding pressure, wherein the grinding material is fed in a stream of grinding material, forms a grinding bed between the grinding body and the roller and is crushed in the grinding bed by the roller, wherein a grinding bed height of the grinding bed between the grinding body and the roller is continuously measured, and wherein the mill is controlled based on control variables to achieve a predetermined nominal condition, wherein the control variables include at least the grinding pressure and the stream of the grinding material and the nominal condition includes at least one nominal value for the grinding bed height, wherein a mechanical condition of the roller and therefrom a stability of the grinding bed are continuously determined.

Abstract: A rotary crane including a vertical axis; an jib that extends from the vertical axis; a drive for rotating the jib about the vertical axis; a condition monitoring which determines wind loading, namely internal force variables, tensions, strains, transverse forces, tilting and torsion torques of the rotary crane; and a computing unit which computes a preferred direction for locking the jib from the wind loading. The invention also relates to a method for orienting the rotary crane. In order to improve the orientation of the jib of a shut down rotary crane it is proposed that the rotary crane includes measuring elements for capturing local measuring local values of the wind loading.

Abstract: A grinding device, in particular a vertical mill for grinding a grinding material, the grinding device including at least two grinding elements that are movable relative to one another, wherein the two grinding elements together form at least one grinding portion in which the grinding material is grindable by the two grinding elements; and at least one contact pressure device including at least one hydraulic cylinder including a cylinder operating chamber and at least one gas spring including a spring operating chamber, wherein the cylinder operating chamber and the spring operating chamber are flow connected with one another, wherein a contact force is impartible upon at least one of the grinding elements by the at least one contact pressure device and the grinding elements are pressable onto one another by the contact force.

Abstract: A grinding device, in particular a vertical mill for grinding a grinding material, the grinding device including at least two grinding elements that are movable relative to one another, wherein the two grinding elements together form at least one grinding portion in which the grinding material is grindable by the two grinding elements; and at least one contact pressure device including at least one hydraulic cylinder including a cylinder operating chamber and at least one gas spring including a spring operating chamber, wherein the cylinder operating chamber and the spring operating chamber are flow connected with one another, wherein a contact force is impartible upon at least one of the grinding elements by the at least one contact pressure device and the grinding elements are pressable onto one another by the contact force, wherein a smallest flowable cross-sectional surface between the cylinder operating chamber and the spring operating chamber amounts to at least 10% of a cross-sectional surface of the c

Abstract: A method for grinding a grinding material in a mill including a grinding body and at least one roller which rolls on the grinding body under a grinding pressure, wherein the grinding material is fed in a stream of grinding material, forms a grinding bed between the grinding body and the roller and is crushed in the grinding bed by the roller, wherein a grinding bed height of the grinding bed between the grinding body and the roller is continuously measured, and wherein the mill is controlled based on control variables to achieve a predetermined nominal condition, wherein the control variables include at least the grinding pressure and the stream of the grinding material and the nominal condition includes at least one nominal value for the grinding bed height, wherein a mechanical condition of the roller and therefrom a stability of the grinding bed are continuously determined.

Abstract: A process for vulcanizing tires in an automatically actuatable curing press, which has a vulcanization mold of two or more parts that can be opened and closed and has bead rings for positioning and shaping the tire beads, wherein the bead rings can be moved via actuation mechanisms in the axial direction with regard to the tire position in the curing press. A loading device takes the tire to be vulcanized and positions the tire on the lower bead ring. The press/mold/tire system is sealed inside the bead rings by the curing mold and/or the press and is sealed outside the bead rings by the tire. The automatically actuatable curing press, which is for vehicle tires, has a vulcanization mold of two or more parts that can be opened and closed, and has mold segments, side shells, and bead rings for positioning and shaping the tire beads of the tire. A loading device is provided for taking the tire to be vulcanized and positioning it on the lower bead ring.

Abstract: An apparatus for the butt connection of plies formed of plastic deformable material and having cut surfaces, comprising at least one contact beam which can be displaced at an inclination against the plies, this contact beam having a play contact surface for applying an inclined directed force to the plies which are to be butt connected.

Abstract: A method of, and apparatus for, the butt connection of plies formed of plastic deformable material, especially rubberized steel cord plies, wherein the cut surfaces of the plies to be connected are beveled or tapered parallel to one another, positioned so as to be mutually elevationally offset with respect to one another, and then joined together.