Abstract: The invention relates to a pull-out tester (1) for a setting tool used for setting a setting bolt (3), comprising a retaining part (4) for holding the setting bolt (3), an elastic element (7), at least one means (9) for transmitting a pull-out force acting on the setting bolt (3) onto the elastic element (7) such that if a pull-out testing force acting on the setting bolt (3) is exceeded, the connection between the setting bolt (3) and the pull-out tester (1) can be detached due to a deformation of the elastic element (7). The problem addressed by the invention is that of being able to provide a substantially constant pull-out testing force, even in different temperatures and with a different pull-out speed of the pull-out tester (1).

Abstract: A fastening system for fastening an add-on part on a setting object comprises a setting bolt having a first end and a second end, comprising a fastening section and a load application section, a sealing element with an opening for sealing the setting bolt inserted into the setting object when the setting bolt is arranged within the opening, and the add-on part being fastened on the load application section of the setting bolt.

Abstract: A nail-shaped fastening element having a shank, at whose one end a tip is configured and at whose opposite other end a head is configured, and having a sleeve-shaped washer is disclosed. At a first end facing the tip, the sleeve-shaped washer has a first collar that narrows the opening cross section of the sleeve-shaped washer and, at a second end facing opposite the first end, it has a second circumferentially outwardly disposed collar.

Abstract: The invention relates to a pull-out tester (1) for a setting tool used for setting a setting bolt (3), comprising a retaining part (4) for holding the setting bolt (3), an elastic element (7), at least one means (9) for transmitting a pull-out force acting on the setting bolt (3) onto the elastic element (7) such that if a pull-out testing force acting on the setting bolt (3) is exceeded, the connection between the setting bolt (3) and the pull-out tester (1) can be detached due to a deformation of the elastic element (7). The problem addressed by the invention is that of being able to provide a substantially constant pull-out testing force, even in different temperatures and with a different pull-out speed of the pull-out tester (1).

Abstract: A fastening system for fastening an add-on part on a setting object comprises a setting bolt having a first end and a second end, comprising a fastening section and a load application section, a sealing element with an opening for sealing the setting bolt inserted into the setting object when the setting bolt is arranged within the opening, and the add-on part being fastened on the load application section of the setting bolt.

Abstract: A threaded bolt includes a head (11), a load cation section (12) having a bar-shaped core region (17), an attachment section (13), with the head (11), the core region (17), and the attachment section (13) being formed as a one-piece part formed of metal, and a thread (15)-carrying threaded sleeve (16) formed of a plastic material and secured radially outwardly on the core region (17), with the thread (15) of the threaded sleeve (16) forming the outer thread of the load-application section (12).

Abstract: A combustion-engined setting tool for driving fastening elements such as, e.g., nails, bolts, or pins in a workpiece, includes a plate-shaped member (17) axially displaceable in the tool combustion chamber (14), a member (33) for displacing the plate-shaped member (17), a holding device (30) for retaining the plate-shaped member (17) at an axial end (15) of the combustion chamber (14) against action of the displacing member (33), with the holding device (30) having magnetic elements (31) for producing a holding force for retaining the plate-shaped member (17) and a device for overpowering the holding force produced by the magnetic elements (31).

Abstract: A nail-shaped fastening element having a shank, at whose one end a tip is configured and at whose opposite other end a head is configured, and having a sleeve-shaped washer is disclosed. At a first end facing the tip, the sleeve-shaped washer has a first collar that narrows the opening cross section of the sleeve-shaped washer and, at a second end facing opposite the first end, it has a second circumferentially outwardly disposed collar.

Abstract: A device and a method for fastening a first object of a second object are provided. The device comprises a sleeve and an arbor, wherein the sleeve comprises a first load application means for the first object and an abutment for an outer surface of the second object, as well as a passage, wherein a contraction of the passage in the sleeve extends at least up to the point of the passage that is the closest adjacent point to the abutment.

Abstract: A threaded bolt includes a head (11), a load cation section (12) having a bar-shaped core region (17), an attachment section (13), with the head (11), the core region (17), and the attachment section (13) being formed as a one-piece part formed of metal, and a thread (15)-carrying threaded sleeve (16) formed of a plastic material and secured radially outwardly on the core region (17), with the thread (15) of the threaded sleeve (16) forming the outer thread of the load-application section (12).

Abstract: A nail-shaped fastening element having a shank, at whose one end a tip is configured and at whose opposite other end a head is configured, and having a sleeve-shaped washer is disclosed. At a first end facing the tip, the sleeve-shaped washer has a first collar that narrows the opening cross section of the sleeve-shaped washer and, at a second end facing opposite the first end, it has a second circumferentially outwardly disposed collar.

Abstract: The present invention is directed to a setting device with a muzzle part for fasteners (51) in which a fastener guide (15) is arranged so as to be displaceable axially, with a receiving space (23) for a fastener (51), which receiving space (23) is partially encircled by guide surfaces, and with a detector element (31) for a fastener in the receiving space, wherein a first guide surface (34) of the guide surfaces for a fastener is arranged at the side of the detector element (3) facing the receiving space (23). The first guide surface (34) extends parallel to a longitudinal direction of the muzzle part. To improve a setting device of this kind, concave second and third guide surfaces (35, 36) are arranged at the side of the detector element (31) facing the receiving space (23) so as to adjoin the first guide surface on opposite sides in longitudinal direction.

Abstract: A combustion-engined setting tool for driving fastening elements such as, e.g., nails, bolts, or pins in a workpiece, includes a plate-shaped member (17) axially displaceable in the tool combustion chamber (14), a member (33) for displacing the plate-shaped member (17), a holding device (30) for retaining the plate-shaped member (17) at an axial end (15) of the combustion chamber (14) against action of the displacing member (33), with the holding device (30) having magnetic elements (31) for producing a holding force for retaining the plate-shaped member (17) and a device for overpowering the holding force produced by the magnetic elements (31).

Abstract: A combustion-engined setting tool for driving fastening elements in a constructional component includes a guide cylinder (12), adjoining the combustion chamber (14) and in which a setting piston (11) is displaceable, a press-on element (30), and a transmission device for connecting the press-on element (30) with the combustion chamber rear wall (16) for axially displacing same in response to a press-on stroke of the press-on element, with the transmission device being formed as a cable drive (20) having a transmission member (21) and at least one deflection roller (24) for the transmission member (21).

Abstract: A propellant container for a hand-held setting tool includes a valve outlet (23) for delivery of propellant, and a terminal element (24) provided at an end region (29) of the propellant container (20) remote from the valve outlet (23) and having a locking member (25) for securing the propellant container (20) in a propellant container receptacle (16) of the setting tool (10) and having a terminal element (14) for the valve outlet (23) of the propellant container (20), and a counter-locking element (35) provided in an end region (39) of the propellant container receptacle (16) adjoining the receiving opening (19) and cooperating with the locking member (25) of the propellant container (20).

Abstract: A magazine for a hand-held setting tool for driving in fastening elements includes a guide housing (21), a spring-biased displacement element (24) for displacing fastening element (40), and an elongate guide member (26) having a guide region (27) that in a closing position (33) of the guide member (26) projects into the guide chamber (22), which is formed in the guide housing (21) for retaining the fastening elements in the guide channel (22), and that in a release position (34) of the guide member (26) is withdrawn from the guide chamber (22) to provide for displacement of at least one fastening element (40), with the guide member (26) having two support sections (28, 29) spaced from each other in a longitudinal direction of the guide member (26) and cooperating, respectively, with two control cams (30, 31) fixedly secured on the guide housing (21) for displacing the guide region (27) from the locking position (33) to the release position (34) and from release position (34) to the locking position.

Abstract: A setting device (10) drives fastening elements into a receiving material and includes a housing (11) with a piston guide (13) arranged in the housing (11) and with a hollow space (14) in which a setting piston (15) is displaceably mounted. A bolt guide (16) is connected to the piston guide (13) by an interface (17). The setting device further has a piston restoring device (20) with an adjusting member (21) which engages in the piston guide (13) in a work position and is moved out of the piston guide (13) into a release position (24). Further, there is a securing element (30), with the adjusting member (21) being held in the work position (23) in a first position (33) of the securing element (30) and the adjusting member (21) being released to move into the release position (24) in the second position (34) of the securing element (30).

Abstract: An explosion power-operated setting tool includes a setting piston (15) for driving in fastening elements in constructional components, and a resetting device (30) having a lever-shaped resetting member (31) for returning the setting piston (15) from its end position (26) into its initial position (25), a bearing section (43) for supporting the lever-shaped resetting member (31), and a damping member (43) for damping the lever-shaped resetting member (31) upon the resetting member (31) impacting the bearing section (43), with the damping member (44) having a bearing surface (46) which the rear surface (36) of the lever-shaped resetting member (31) abuts and which has a profile substantially corresponding to a profile of the rear surface (36) of the lever-shaped resetting member (31).

Abstract: A combustion-engined setting tool for driving fastening elements in a constructional component includes a guide cylinder (12), adjoining the combustion chamber (14) and in which a setting piston (11) is displaceable, a press-on element (30), and a transmission device for connecting the press-on element (30) with the combustion chamber rear wall (16) for axially displacing same in response to a press-on stroke of the press-on element, with the transmission device being formed as a cable drive (20) having a transmission member (21) and at least one deflection roller (24) for the transmission member (21).

Abstract: An explosion-power operated setting tool for driving fastening elements in a structural component includes a setting piston (15) displaceably arranged in the guide chamber (14) of a piston guide (13) arranged, at least partially, in the tool housing (11), a resetting device (30) having a resetting member (31) for returning the setting piston (15) in its initial position (25) after completion of a setting process, and a spring (35) for resiliently biasing the resetting member (31) in a direction of its initial position, and a damping device (40) for the spring (35).