Abstract: A rotatingly drivable filament cutting head for a trimmer, having a basic body on which a cutting filament is held. The cutting filament extends from outside the basic body through an opening into an interior region of the filament cutting head open to the surrounding area. A stop is arranged on the filament cutting head, so that, in a first position of the cutting filament, the stop delimits a filament portion of the cutting filament, which is insertable into the interior region, to an insertion length. A deflection element is arranged in the interior region so that the cutting filament can be switched from its first position, without the cutting filament being longitudinally displaced, into a second position. The cutting filament abuts against the deflection element in its second position and the stop does not delimit the length of the filament portion which is insertable into the interior region.

Abstract: A rotatingly drivable filament cutting head for a trimmer, having a basic body on which a cutting filament is held. The cutting filament extends from outside the basic body through an opening into an interior region of the filament cutting head open to the surrounding area. A stop is arranged on the filament cutting head, so that, in a first position of the cutting filament, the stop delimits a filament portion of the cutting filament, which is insertable into the interior region, to an insertion length. A deflection element is arranged in the interior region so that the cutting filament can be switched from its first position, without the cutting filament being longitudinally displaced, into a second position. The cutting filament abuts against the deflection element in its second position and the stop does not delimit the length of the filament portion which is insertable into the interior region.

Abstract: A filament cutterhead is provided for mounting on the drive shaft of a brushcutter. The filament cutterhead includes a housing with a circumferential wall wherein a first wall opening for a cutting filament is formed. A filament spool arranged in the housing is rotatable relative to the housing. A filament channel with a filament inlet segment is provided in a partition wall of the filament spool. The filament channel extends from the filament inlet segment past the hub to a filament outlet segment which is assigned a second wall opening in the circumferential wall. The filament outlet segment is at an offset (v) with respect to the filament inlet segment in the circumferential direction of the hub. The mouth of the filament inlet segment and the mouth of the filament outlet segment lie within an outside diameter (A) of the partition wall and open into a pass-through space.

Abstract: A filament cutterhead is provided for mounting on the drive shaft of a brushcutter. The filament cutterhead includes a housing with a circumferential wall wherein a first wall opening for a cutting filament is formed. A filament spool arranged in the housing is rotatable relative to the housing. A filament channel with a filament inlet segment is provided in a partition wall of the filament spool. The filament channel extends from the filament inlet segment past the hub to a filament outlet segment which is assigned a second wall opening in the circumferential wall. The filament outlet segment is at an offset (v) with respect to the filament inlet segment in the circumferential direction of the hub. The mouth of the filament inlet segment and the mouth of the filament outlet segment lie within an outside diameter (A) of the partition wall and open into a pass-through space.

Abstract: A holistic process is presented that may define a mature definition and management of product content over the entire lifecycle of the product. Product features may be used to describe business or technical details provided by functions for different releases of the product. The product features may be used to manage different product content types and provide links to additional information managed in various storage locations. The product features may be used to provide both transparency about the capabilities of the software product at a detailed level and a systematic way of documenting the relationship between the product features and related product content types such product documentation.

Abstract: An apparatus for producing decorative elements (43), in particular for vehicles, includes a first mould plate (10); a second mould plate (20), which is movable relative to the first mould plate, such that the apparatus may be brought into an open and a closed position. The second mould plate includes a frame (21) and an exchangeable shaping core (22, 23) movable relative to the frame; and a clamp (30), which is arranged and movable in such a way that the entire circumferential zone (44) of a workpiece (40) is fixed to the frame (21) of the second mould plate (20) by the clamp. An associated method is also disclosed.

Abstract: An apparatus for producing decorative elements (43), in particular for vehicles, comprising a first mould plate (10); a second mould plate (20), which is movable relative to the first mould plate, such that the apparatus may be brought into an open and a closed position, wherein the second mould plate comprises a frame (21) and an exchangeable shaping core (22, 23) movable relative to the frame; and a clamping means (30), which is arranged and movable in such a way that the entire circumferential zone (44) of a workpiece (40) may be fixed to the frame (21) of the second mould plate (20) by the clamping means. Furthermore, the present invention also proposes a corresponding method.