Abstract: A method for forming a deep draw closure cap includes draw forming a first cup from a planar sheet of a metal material defining a base thickness. The first cup comprises a first cup base, a first cup wall, and an open end. A first redrawing of the first cup is performed to form a first redrawn cup including a first redrawn cup base, a first redrawn cup wall, and an open end. The first redrawn cup is passed through an ironing die to reduce a thickness of the first redrawn cup wall adjacent to the open end.

Abstract: A method for transporting manufactured products from a first production machine to a second production machine via a conveying apparatus comprises receiving, at one end of the conveying apparatus, manufactured products produced by the first production machine. The manufactured products are transported at a speed of the conveying apparatus. The manufactured products are spaced apart from each other along the conveying apparatus such that an empty space is created between each manufactured product. The first production machine is stopped in response to a stoppage of the second production machine and the conveying apparatus is actuated to a second operating state that is configured to allow a manufactured product last output by the first production machine prior to the stop to be received by the conveying apparatus in the empty space nearest to the first production machine. The conveying apparatus is then stopped.

Abstract: A method for transporting manufactured products from a first production machine to a second production machine via a conveying apparatus comprises receiving, at one end of the conveying apparatus, manufactured products produced by the first production machine. The manufactured products are transported at a speed of the conveying apparatus. The manufactured products are spaced apart from each other along the conveying apparatus such that an empty space is created between each manufactured product. The first production machine is stopped in response to a stoppage of the second production machine and the conveying apparatus is actuated to a second operating state that is configured to allow a manufactured product last output by the first production machine prior to the stop to be received by the conveying apparatus in the empty space nearest to the first production machine. The conveying apparatus is then stopped.

Abstract: A device for applying a sealing compound into a closure cap for containers comprising: an outer stamp (18) and a concentric inner stamp (14), the stamps being movable with respect to each other, an annular gap (26) between the stamps (14, 18), which is open towards the outside or the inside and of which at least one section is variable between an initial gap width and a gap width zero in the movement direction of the stamps in an axial relative movement of the stamps (14, 18), a feeding system for plasticized sealing compound within a stamp, which is connected to the annular gap (26), a mechanism that prevent any reflux of the melt from the annular gap, and adjustment mechanism for at least one of the stamps for changing the gap width of the annular gap.

Abstract: A method for deep drawing blanks, which are punched out of sheet metal that is painted or coated with film material, for example made of steel or aluminum, into flangeless molded blanks, wherein the blanks are formed to a crucible-shaped part, with a flangeless cylindrical edge, around a drawing core by means of a drawing bell of a drawing die, and a predetermined spring force is applied to the side of the edge opposite to the drawing bell during the forming of the edge of the blanks by means of a blank holder, characterized in that the spring force applied to the blank holder is spontaneously reduced substantially to zero shortly before the end of the drawing process.

Abstract: A device for applying a sealing compound into a closure cap for containers comprising: an outer stamp (18) and a concentric inner stamp (14), the stamps being movable with respect to each other, an annular gap (26) between the stamps (14, 18), which is open towards the outside or the inside and of which at least one section is variable between an initial gap width and a gap width zero in the movement direction of the stamps in an axial relative movement of the stamps (14, 18), a feeding system for plasticized sealing compound within a stamp, which is connected to the annular gap (26), a mechanism that prevent any reflux of the melt from the annular gap, and adjustment mechanism for at least one of the stamps for changing the gap width of the annular gap.

Abstract: A method for deep drawing blanks, which are punched out of sheet metal that is painted or coated with film material, for example made of steel or aluminium, into flangeless moulded blanks, wherein the blanks are formed to a crucible-shaped part, with a flangeless cylindrical edge, around a drawing core by means of a drawing bell of a drawing die, and a predetermined spring force is applied to the side of the edge opposite to the drawing bell during the forming of the edge of the blanks by means of a blank holder, characterised in that the spring force applied to the blank holder is spontaneously reduced substantially to zero shortly before the end of the drawing process.

Abstract: A method is for operation of a counting radiation detector, in particular of a counting X-ray detector, with improved linearity, in which each detector element of the counting radiation detector supplies counting pulses at counting rates as a function of a number of radiation quanta which occur per unit time during operation. In the method, the counting rates which are supplied from each detector element or from subsections of the detector element are converted via a functional relationship to actual counting rates or are multiplied by correction factors which are dependent on the magnitude of the counting rates. The correction factors are determined in advance for the respective detector element or for the subsections of it, and any discrepancy (which occurs as a result of a dead time of the detector element, for example) in the counting rates is corrected from the actual number of radiation quanta which arrive per unit time.

Abstract: The invention relates to a computer tomograph comprising a detector unit (2) consisting of a plurality of detectors (1) for identifying X-ray radiation (40). According to the invention, the individual detectors (1) of the detector unit (2) are configured to receive incident quanta of the X-ray radiation (40) and to record the received X-ray radiation (40), both in terms of its intensity and in terms of the quantum energy of the individual X-ray quanta of the received X-ray radiation (40). The invention also relates to a corresponding method for identifying X-ray radiation by means of a computer tomograph that comprises a detector unit (2) consisting of a plurality of detectors (1).

Abstract: A device for depositing a free-flowing medium onto a surface of an object along an arcuate depositing curve deviating from the circular shape,with a depositing device which is connected to a supply for the medium,with a holding device for the object, with a drive device which between the holding device and the depositing device produces a relative movement such that the depositing device is moved along the depositing curve,whereinthe holding device unmovably holds the object,there is provided at least one radial cam with which a cam follower is in engagement,the cam follower is coupled, via a gear transmitting a linear movement, to the depositing device, wherein the transmission of the gear is such that path of the radial cam is converted into the desired depositing path curve course,and there is provided a drive device for the cam follower.

Abstract: A method for measuring the volume of flowing liquids under avoidance of measuring errors owing to undesired high gaseous content, wherein the gaseous content of the liquid flowing through a conduit is measured, the deviation of the detected gaseous content from an allowable value is determined, the volume flow of the liquid is influenced in a plurality of steps or continuously in response to the determined deviation, and the volume of the flowing liquid is measured.

Abstract: A method for ejecting sheet metal parts from a press, the press comprising a stationary core die portion and a movable punching die portion driven during a working stroke towards and during a return stroke away from the core die portion by driving means, a drawing member encircling the movable punching die portion, a circular or annular portion of said movable punching die portion being biased by spring means, ejection means associated with the press between the dead center of the strokes, the ejection being adapted to move a part laterally out of the travel path of the movable punching die portion by a laterally directed force. The method comprises the steps of punching and molding the parts by the cooperation of the movable punching die portion and the core die portion during a working stroke. A part is taken along with the movable punching die portion during the return stroke by a vacuum between the punching die portion and the part.

Abstract: A pair of numerically controlled feed devices are successively operated, with the second feed device taking over from the first feed device when two or more punching steps have been performed. A trailing row of punching tools performs the first punching step with respect to a fresh plate at the same time when a leading row of tools performs the last punching step with respect to the preceding plate. There are provided sensors to determine plate length and/or angularity of the late edges in order to enable a numerical control to compute correction data for correcting the feeding of the plate whereby punching through the trailing and leading edges of the lates is avoided.

Abstract: A pair of numerically controlled feed devices are successively operated, with the second feed device taking over from the first feed device when two or more punching steps have been performed. A trailing row of punching tools performs the first punching step with respect to a fresh plate at the same time when a leading row of tools performs the last punching step with respect to the preceding plate. There are provided sensors to determine plate length and/or angularity of the plate edges in order to enable a numerical control to compute correction data for correcting the feeding of the plate whereby punching through the trailing and leading edges of the plates is avoided.

Abstract: A plate positioning system for presses, comprising a feeding slide guided along a first axis which is moved to and from the cutting tool of the press, at least a pair of releasable gripping mechanism (preferably gripping pliers), which are guided by the slide along a second axis to be adjustable relative to the first axis, a serving slide which is adjustable along the first axis, which serving slide includes releasable gripping mechanism (preferably gripping pliers) to advance a plate into a transfer position to be taken by the first gripping mechanism, wherein the gripping mechanism engage opposite sides of a plate at a trailing edge thereof, wherein the transfer position corresponds to the plate position for the first cut and wherein the transfer of the plate to the first gripping mechanism is performed during the first cut, the serving slide bringing the plate into the transfer position only when the gripping mechanism have reached their receiving position along both axes.

Abstract: A feeder for introducing and feeding plates into a machine tool, comprising a positioning station in which the plates are positioned one after the other with respect to orthogonal axes, a transfer section between the machine tool and the positioning station, two feeding carriages provided with grippers for seizing an edge of the plates and adapted to be adjusted along two parallel first guides between the positioning station and the machine tool by first feeding drives, with the two first guides guided by a second guide, the axis of which extends orthogonally with respect to the axis of the first guides, and adapted to be adjusted each by a second feeding drive of their own; and an automatic control controlling the feeding drives in such a manner that a plate is fed into a first processing position before the machine tool after the last working stroke for the preceding plate and before the machine tool performs a further working stroke.

Abstract: Automatic loading device for automatically positioning of panels of sheet metal or the like and to transfer the panels to a feeding device of a machine tool, preferably a cutting press. The cutting press cuts a plurality of blanks out of the panel along a given pattern which is stored in a program. The program is controlling the cutting press and the feed device in synchronism in order to provide the blanks, e.g. lids for cans within minimum production time. The time when the loading device is working overlaps the production time for the preceeding panel, i.e. the aligning of the panel in the loading device took place when the preceeding panel is cut. As soon as the feeding device returns to the zero position the loading device transfers the next panel to the feeding device, the panel maintaining its precise aligned position. The feeding device starts to a new feed cycle.