摘要:
The invention relates to a driving module for driving in particular magazined fixing means (1) into workpieces (2), having an assembly support (3) for a driving assembly (4), wherein the driving assembly (4) has a driver drive (5) which acts with a driving force via a driver punch (7) on the fixing means (1) to be driven in each case, wherein the driving assembly (4) as such can be pressed onto the respective workpiece (2) by means of a drive wedge (11), which extends in a wedge plane (10) and acts on the driving assembly (4) in order to press the driving assembly (4) onto the respective workpiece (2), wherein the driving assembly (4) is assigned a driver plane (12) which is oriented parallel to the wedge plane (10) and in which the line of force action (13) of the driving force extends, and wherein the wedge plane (10) is located in a manner offset from the driver plane (12) by an offset distance (14). The invention leads to an increase of compactness due to an optimal structural design.
摘要:
A piston and a fastener driving element connection including interengaging threads (34, 42) on the piston (18) and fastener driving element (22) and a thermoplastic locking compound between the interengaging threads. The connection being adjustable by following a method comprising the steps of heating the threaded connection sufficient to soften the thermoplastic locking compound, effecting a relative turning movement between the fastener driving element and piston while the thermoplastic locking compound is softened to an extent sufficient to bring the fastener driving element and piston into the desired position of adjustment, and then allowing the softened thermoplastic locking compound to harden.
摘要:
A piston and a fastener driving element connection including interengaging threads (34, 42) on the piston (18) and fastener driving element (22) and a thermoplastic locking compound between the interengaging threads. The connection being adjustable by following a method comprising the steps of heating the threaded connection sufficient to soften the thermoplastic locking compound, effecting a relative turning movement between the fastener driving element and piston while the thermoplastic locking compound is softened to an extent sufficient to bring the fastener driving element and piston into the desired position of adjustment, and then allowing the softened thermoplastic locking compound to harden.