Abstract: A setting tool for driving fastening elements in a constructional component includes a setting mechanism located in the tool housing (21) and including a drive piston (7) for driving a fastening element (6) in the constructional component (1), a reading device (10) for acquiring information containing in a coding (8) provided on a magazine strip (27) containing the fastening element (6), and control device (15) communicating with the reading device (10) for adjusting setting parameters for a setting process dependent on data acquired by the reading device (10) upon reading out the coding (8).

Abstract: The present invention relates to a manually operated working tool such as an internal combustion operated setting tool for driving in fastening elements such as nails, bolts, pins into a magnetizable substrate, having an inductive metal detector assembly (20) with at least one excitation coil arrangement (21) and evaluation means. A means for generating an alternating current for the excitation coil arrangement (21) having at least two consecutive frequencies fn from a start frequency f0 to an end frequency fmax is provided on the inductive metal detector assembly (20).

Abstract: The present invention is directed to a combustion-operated setting device for driving fastening elements such as nails, bolts and pins into a substrate, with a setting mechanism comprising a driving piston (15) which is supported to be displaceable in a guide, and with an electronic monitoring device for monitoring the status of the setting device. At least one sensor array (21, 22) is arranged at the guide for generating a measurement data pattern which can be evaluated by the monitoring device.

Abstract: A setting tool for driving fastening elements in a constructional component includes a setting mechanism located in the tool housing (21) and including a drive piston (7) for driving a fastening element (6) in the constructional component (1), a reading device (10) for acquiring information containing in a coding (8) provided on a magazine strip (27) containing the fastening element (6), and control device (15) communicating with the reading device (10) for adjusting setting parameters for a setting process dependent on data acquired by the reading device (10) upon reading out the coding (8).

Abstract: The present invention relates to a fuel-driven setting tool (10) for driving fastener elements such as nails, bolts, and pins into a substrate. The tool has a setting piston (13) guided in a piston guide (12) and displaceable using the combustion energy of a propellant and having a voltage source for supplying an electrical consumer on the setting tool (10). For improving a setting tool of this type, a generator device (30, 40) can be provided for transforming setting energy from the combustion of the propellant into electrical energy.

Abstract: A setting tool for driving fastening elements in a constructional component includes a setting mechanism located in the tool housing (21) and including a drive piston (7) for driving a fastening element (6) in the constructional component (1), a reading device (10) for acquiring information containing in a coding (8) provided on a magazine strip (27) containing the fastening element (6), and control device (15) communicating with the reading device (10) for adjusting setting parameters for a setting process dependent on data acquired by the reading device (10) upon reading out the coding (8).

Abstract: The present invention is directed to a combustion-operated setting device for driving fastening elements such as nails, bolts and pins into a substrate, with a setting mechanism comprising a driving piston (15) which is supported to be displaceable in a guide, and with an electronic monitoring device for monitoring the status of the setting device. At least one sensor array (21, 22) is arranged at the guide for generating a measurement data pattern which can be evaluated by the monitoring device.

Abstract: The present invention relates to a manually operated working tool such as an internal combustion operated setting tool for driving in fastening elements such as nails, bolts, pins into a magnetizable substrate, having an inductive metal detector assembly (20) with at least one excitation coil arrangement (21) and evaluation means. A means for generating an alternating current for the excitation coil arrangement (21) having at least two consecutive frequencies fn from a start frequency f0 to an end frequency fmax is provided on the inductive metal detector assembly (20).

Abstract: The present invention relates to a fuel-driven setting tool (10) for driving fastener elements such as nails, bolts, and pins into a substrate. The tool has a setting piston (13) guided in a piston guide (12) and displaceable using the combustion energy of a propellant and having a voltage source for supplying an electrical consumer on the setting tool (10). For improving a setting tool of this type, a generator device (30, 40) can be provided for transforming setting energy from the combustion of the propellant into electrical energy.

Abstract: A fastening element, which is designed to be set in a bore of a constructional component formed of a hard material, includes a stem (11) adjoining load application part (13), a metal washer (14) having a recess (16) formed in its end surface (15) adjacent to the free flat end surface (12) of the stem (11), and a deformable, energy dissipation element (17) arranged in the recess (16) of the metal washer (14) and projecting beyond the free flat end surface (15) of the metal washer (14) in an unsetting condition of the fastening element (16) in which the energy dissipation element (17) remains undeformed, with the recess (16) having a free lateral space (26) for accommodating the energy dissipation element (17) in its deformed condition.

Abstract: A method and a device for hand-operated machine tools, particularly for hammer drills, for optimal cutting of different substrates by energy adaptation, wherein the machine tool, when turned on, is operated initially—preferably in a pre-selectable manner—in a first operating state (I) with reduced power consumption at reduced nominal voltage (e.g., 170 V). After a predetermined time period of 5 seconds, for example, a second operating state (II) with increased power consumption at full nominal voltage of, for example, 230 V, is switched to automatically. In the first operating state with reduced power consumption, the single-blow energy is reduced and/or the hammer rate and rotational speed are decreased. In particular, such a method and device ensures that cutting is carried out without damage in the case of hollow block material and a precise tap-drilling is ensured in the case of solid material.