Abstract: An adjustable rack assembly for a dishwasher basket, comprises a rack (12) having a base bar (14) and a plurality of holding bars (16) that are fixedly attached to the base bar; and a bracket (18; 60; 80) provided at each end of the base bar for connecting said rack to a bar (10) of the dishwasher basket. The brackets (18; 60; 80) are adapted to permit horizontal shifting thereof along the bars (10) of the dishwasher basket. The rack assembly further comprises a releasable clamping means for securing the position of the brackets with respect to the bars of the dishwasher basket.

Abstract: An adjustable rack assembly for a dishwasher basket, comprises a rack (12) having a base bar (14) and a plurality of holding bars (16) that are fixedly attached to the base bar; and a bracket (18; 60; 80) provided at each end of the base bar for connecting said rack to a bar (10) of the dishwasher basket. The brackets (18; 60; 80) are adapted to permit horizontal shifting thereof along the bars (10) of the dishwasher basket. The rack assembly further comprises a releasable clamping means for securing the position of the brackets with respect to the bars of the dishwasher basket.

Abstract: In a method for controlling a laser body shell welding system, in which a scanning head is attached to a machine arm or is operated as an external tool of the machine arm, the scanning head having at least one scanning mirror for positioning a laser beam on a workpiece to be welded, and the operation of the laser welding system including time-critical functions for controlling the time-critical functions, an embedded control system or a memory-programmable control system is used.

Abstract: In a method for controlling a laser body shell welding system, in which a scanning head is attached to a machine arm or is operated as an external tool of the machine arm, the scanning head having at least one scanning mirror for positioning a laser beam on a workpiece to be welded, and the operation of the laser welding system including time-critical functions for controlling the time-critical functions, an embedded control system or a memory-programmable control system is used.

Abstract: In a method for approaching a moving article over an approach path, an approach position of the article is situated within an approach region, control data sets are calculated in advance in a first calculation step, the control data sets contain a movement set that includes path segments, which describe the approach path for an approach position, the first calculation step for the movement set is based on a first determined approach position of the article, the movement set for the first determined position of the article is optimized with regard to the approach speed, the current approach position of the article is determined immediately before the start of the movement, a second calculation step is carried out in which the respective path segment to be currently executed is changed as a function of the determined current approach position of the article so that the approach path is shifted in the direction of the current approach position, and an approach movement is carried out by executing the path segmen

Abstract: A method of driving on a movable piece material over a drive-on path, comprising the steps of providing a drive-on position of the piece material inside a drive-on region, computing control data sets preliminarily in a first computation step, providing in the control data set a travel set which describes the drive-on path at the drive-on position, starting the first computation step for the travel set from a fixed drive-on position of the piece material, optimizing the travel set to the first fixed position of the piece material with respect to the drive-on speed, determining, directly before a start of a drive-on movement in accordance with the travel set, an actual drive-on position of the piece material, performing a second computation step which a corresponding actual travel set changed depending on the determined actual drive-on position of the piece material so that the drive-on path is changed in direction of the actual drive-on position, and performing a drive-on movement by working off of the travel