Abstract: A labelling device having a label dispenser and transfer device for transferring a row of labels delivered to the transfer device to an article web. The transfer device may include at least one vertically adjustable slide assembly mounted thereon for pressing the labels onto the article web, and the slide assembly may comprise a base plate and a plurality of pressing elements. The slide assembly may further comprise at least one cassette module assembled with the base plate, and one or more of the pressing elements may be arranged on each of the cassette modules.

Abstract: A labelling device having a label dispenser and transfer device for transferring a row of labels delivered to the transfer device to an article web. The transfer device may include at least one vertically adjustable slide assembly mounted thereon for pressing the labels onto the article web, and the slide assembly may comprise a base plate and a plurality of pressing elements. The slide assembly may further comprise at least one cassette module assembled with the base plate, and one or more of the pressing elements may be arranged on each of the cassette modules.

Abstract: An apparatus for moving a workpiece in a press installation has a transfer bar extending along a longitudinal bar axis and having longitudinally opposite bar ends. A plurality of tool assemblies on the transfer bar are adapted to grip and hold the workpiece; A pair of stationary frames spaced apart along a Y axis generally parallel to the bar axis are juxtaposed with the bar ends and longitudinally flank the bar. A pair of X slides are each displaceable in a horizontal X direction perpendicular to the Y axis on a respective one of the frames. Respective primary mounts on the X slides each carry a respective end of the bar with the bar longitudinally movable in each of the primary mounts.

Abstract: The invention relates to an operating device (1) for operating at least one electric device (2) that has one, two, or more functional parameter(s) (3), said operating device (1) comprising a touchscreen (4) and a mechanical operating element (5). The operating device (1) is designed to assign control over the functional parameter(s) (3) to the mechanical operating element (5) by means of a selection on the touchscreen (4).

Abstract: An apparatus for moving a workpiece in a press installation has a transfer bar extending along a longitudinal bar axis and having longitudinally opposite bar ends. A plurality of tool assemblies on the transfer bar are adapted to grip and hold the workpiece; A pair of stationary frames spaced apart along a Y axis generally parallel to the bar axis are juxtaposed with the bar ends and longitudinally flank the bar. A pair of X slides are each displaceable in a horizontal X direction perpendicular to the Y axis on a respective one of the frames. Respective primary mounts on the X slides each carry a respective end of the bar with the bar longitudinally movable in each of the primary mounts.

Abstract: The present invention relates to a magazine of a setting device for storing and feeding a plurality of joining elements, particularly of joining elements, such as setting fasteners, to a provisioning module for joining elements and a setting device in combination with the joining elements. The magazine has a base element within the setting device including a storage groove, in which the joining elements can be received in an aligned and jointly moveable manner and one end of the base element ends in a head piece of the setting device. The magazine further includes an advancing mechanism, by which the joining elements can be moved within the storage groove towards the head piece of the setting device, as well as a dispensing mechanism, by which the joining elements can be fed individually from the storage groove to the head piece of the setting device.

Abstract: The invention relates to an operating device (1) for operating at least one electric device (2) that has one, two, or more functional parameter(s) (3), said operating device (1) comprising a touchscreen (4) and a mechanical operating element (5). The operating device (1) is designed to assign control over the functional parameter(s) (3) to the mechanical operating element (5) by means of a selection on the touchscreen (4).

Abstract: The present invention relates to a magazine of a setting device for storing and feeding a plurality of joining elements, particularly of joining elements, such as setting fasteners, to a provisioning module for joining elements and a setting device in combination with the joining elements. The magazine has a base element within the setting device including a storage groove, in which the joining elements can be received in an aligned and jointly moveable manner and one end of the base element ends in a head piece of the setting device. The magazine further includes an advancing mechanism, by which the joining elements can be moved within the storage groove towards the head piece of the setting device, as well as a dispensing mechanism, by which the joining elements can be fed individually from the storage groove to the head piece of the setting device.

Abstract: A non-volatile semiconductor memory (30) comprising a semiconductor substrate (1) and a plurality of memory cells (19) and methods for manufacturing such a memory is provided. Each memory cell (19) comprises a charge-trapping element (5), a gate stack (20), nitride spacers (10) and electrically insulating elements (21). The charge-trapping element (5) is arranged on the semiconductor substrate (1) and comprises a nitride layer (3) sandwiched between a bottom oxide layer (2) and a top oxide layer (4), the charge-trapping element (5) having two lateral sidewalls (24) opposed to one another. The gate stack (20) is arranged on top of the charge-trapping element (5), the gate stack having two lateral sidewalls (25) opposing one another. The electrically insulating elements (21) are disposed at opposing sidewalls (24) of the charge-trapping element (5) and cover the sidewalls (24) of the charge-trapping element (5).

Abstract: The surfaces of wordline stacks and intermediate areas of a main substrate surface are covered with an oxynitride liner. Either sidewall spacers of BPSG are formed or a further liner of nitride is deposited and spacers of oxide are formed. These spacers are used in a peripheral area of addressing circuitry to implant doped source/drain regions. The oxynitride reduces the stress between the nitride and the semiconductor material and prevents charge carriers from penetrating out of a memory layer of nitride into the liner.

Abstract: A non-volatile semiconductor memory (30) comprising a semiconductor substrate (1) and a plurality of memory cells (19) and methods for manufacturing such a memory is provided. Each memory cell (19) comprises a charge-trapping element (5), a gate stack (20), nitride spacers (10) and electrically insulating elements (21). The charge-trapping element (5) is arranged on the semiconductor substrate (1) and comprises a nitride layer (3) sandwiched between a bottom oxide layer (2) and a top oxide layer (4), the charge-trapping element (5) having two lateral sidewalls (24) opposed to one another. The gate stack (20) is arranged on top of the charge-trappinig element (5), the gate stack having two lateral sidewalls (25) opposing one another. The electrically insulating elements (21) are disposed at opposing sidewalls (24) of the charge-trapping element (5) and cover the sidewalls (24) of the charge-trapping element (5).

Abstract: Electrically conductive material is introduced into interspaces between the word lines (2) and is partially removed using a mask (6) in such a way that residual portions (7) of the conductive material in each case fill a section of the relevant interspace and produce an electrical contact with source/drain regions (15). With further portions of the conductive material, it is possible to form alignment marks for the fabrication process.

Abstract: Electrically conductive material is introduced into interspaces between the word lines (2) and is partially removed using a mask (6) in such a way that residual portions (7) of the conductive material in each case fill a section of the relevant interspace and produce an electrical contact with source/drain regions (15). With further portions of the conductive material, it is possible to form alignment marks for the fabrication process.