Abstract: A rotational braiding machine (100) has a plurality of first braiding material carriers (200a), a plurality of second braiding material carriers (200b), a movement unit, a drive and a controller. The movement unit is arranged and designed in order to move relocating elements (300) associated with the first braiding material carriers (200a) in each case between a first position and a second position. The drive is designed to drive the plurality of first braiding material carriers (200a) such that they rotate about the common braiding center in a first rotation direction and to drive the plurality of second braiding material carriers (200b) such that they rotate about the common braiding center in a second rotation direction which is different from the first rotation direction. The controller is additionally designed to control the movement unit such that the movement of at least one of the relocating elements (300) can be adjusted.

Abstract: A cable shielding and an electrical conductor having such a cable shielding are provided. The cable shielding has a first wire winding and a second wire winding. The first wire winding has a plurality of turns. The first wire winding is wound in a first direction with a first pitch about a longitudinal axis. The second wire winding has a plurality of turns. The second wire winding is wound in a second direction, which is different from the first direction, with a second pitch about the longitudinal axis. Turns of the plurality of turns of the first wire winding and corresponding turns of the plurality of turns of the second wire winding cross one another in each case at a first crossing point in such a way that a plurality of first crossing points of the first wire winding and the second wire winding are present in the direction of the longitudinal axis. The plurality of first crossing points run at least approximately helically in the direction of the longitudinal axis.

Abstract: A method for producing a self-closing foil sheathing (14) wound onto at least one line (10) of a cable arrangement (12) includes providing an elastically deformable foil strip (16) which, in a load-free or bare state, is bent in a plane of the foil strip (16). The foil strip (16) is wound onto the line (10) in order to form the foil sheathing (14) which surrounds the line (10). The foil strip (16) during winding onto the line (10) is elastically deformed radially to the outside and in this way is subjected to radial loading in the direction of the line (10).

Abstract: The connector element, in particular SFP connector, contains a locking mechanism for forming a lockable plug-type connection between the connector element and a mating piece. For this purpose, a locking element is formed. The locking element is mounted in rotatably movable fashion, wherein, in the case of actuation of an actuation element, in particular a pull tab, the locking element is rotated out of a locking position into an open position. In order to exert a restoring force for return to the locking position, a spring steel sheet is disposed which is supported on a housing part and which exerts a spring force on the locking element counter to the force brought about by the actuating element. Expediently, a plurality of spring lugs are formed which exert a spring force on the locking element in different directions.

Abstract: The connector element, in particular SFP connector, contains a locking mechanism for forming a lockable plug-type connection between the connector element and a mating piece. For this purpose, a locking element is formed. The locking element is mounted in rotatably movable fashion, wherein, in the case of actuation of an actuation element, in particular a pull tab, the locking element is rotated out of a locking position into an open position. In order to exert a restoring force for return to the locking position, a spring steel sheet is disposed which is supported on a housing part and which exerts a spring force on the locking element counter to the force brought about by the actuating element. Expediently, a plurality of spring lugs are formed which exert a spring force on the locking element in different directions.

Abstract: A connector element is configured in a manner of a flat connector and has a two-part connector housing extending in the longitudinal direction and a locking mechanism for forming a lockable plug-in connection with a counterpart. The locking mechanism contains a locking element having a pull tab fastened thereto. In order to enable a reliable emergency release even if the pull tab is ripped off, the locking element is led outside by a mounting part and the pull tab is irremovably fastened to the mounting part by riveting the pull tab or injection molding the pull tab onto the mounting part. This also makes it possible to easily adapt the pull element in a customer-specific manner.

Abstract: A connector element is configured in a manner of a flat connector and has a two-part connector housing extending in the longitudinal direction and a locking mechanism for forming a lockable plug-in connection with a counterpart. The locking mechanism contains a locking element having a pull tab fastened thereto. In order to enable a reliable emergency release even if the pull tab is ripped off, the locking element is led outside by a mounting part and the pull tab is irremovably fastened to the mounting part by riveting the pull tab or injection molding the pull tab onto the mounting part. This also makes it possible to easily adapt the pull element in a customer-specific manner.