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AssigneeFestool GmbH
InventorsSibylle RAPP, Andreas WELKER, David MESSER, Philipp EISENMANN
Estimating the term…
A stop unit including a stop body extending in the longitudinal direction; and a fastening device having a first fastening mechanism and a second fastening mechanism for fastening the stop unit to an electric tool and which are arranged spaced apart from one another in the longitudinal direction. The stop unit further includes an operating element, which is coupled to the first fastening mechanism and the second fastening mechanism and can be made to perform a first operating-element movement, by means of which the fastening device can be sequentially shifted first into a first fastening state and then into a second fastening state, in which in the first fastening state the first fastening mechanism is in its fastening position and the second fastening mechanism is in a release position, and in which in the second fastening state the first and the second fastening mechanism are in the relevant fastening position.
1-16. (canceled)
A stop unit for guiding a workpiece, comprising a stop body which extends in a longitudinal direction of the stop unit, as well as a fastening device with a first fastening mechanism and a second fastening mechanism, said fastening mechanisms being able to be brought into a respective fastening position, in order to fasten the stop unit to an electrical tool and being arranged distanced to one another in the longitudinal direction, further comprising an operating element which is coupled to the first fastening mechanism and to the second fastening mechanism and which can be brought into a first operating element movement, by way of which first operating element movement the fastening device can sequentially firstly be brought into a first fastening state and subsequently into a second fastening state, wherein in the first fastening state the first fastening mechanism is situated in its fastening position and the second fastening mechanism is situated in a release position and wherein in the second fastening state the first and the second fastening mechanism are situated in the respective fastening position.
A stop unit for guiding a workpiece, comprising a stop body which extends in a longitudinal direction of the stop unit, as well as a fastening device with a first fastening mechanism and a second fastening mechanism, said fastening mechanisms being able to be brought into a respective fastening position, in order to fasten the stop unit to an electrical tool and being arranged distanced to one another in the longitudinal direction, further comprising an operating element which is coupled to the first fastening mechanism and to the second fastening mechanism and which can be brought into a first operating element movement, by way of which first operating element movement the fastening device can sequentially firstly be brought into a first fastening state and subsequently into a second fastening state, wherein in the first fastening state the first fastening mechanism is situated in its fastening position and the second fastening mechanism is situated in a release position and wherein in the second fastening state the first and the second fastening mechanism are situated in the respective fastening position, wherein the operating element is arranged on a longitudinal side of the stop body.
A stop unit for guiding a workpiece, comprising a stop body which extends in a longitudinal direction of the stop unit, as well as a fastening device with a first fastening mechanism and a second fastening mechanism, said fastening mechanisms being able to be brought into a respective fastening position, in order to fasten the stop unit to an electrical tool and being arranged distanced to one another in the longitudinal direction, further comprising an operating element which is coupled to the first fastening mechanism and to the second fastening mechanism and which can be brought into a first operating element movement, by way of which first operating element movement the fastening device can sequentially firstly be brought into a first fastening state and subsequently into a second fastening state, wherein in the first fastening state the first fastening mechanism is situated in its fastening position and the second fastening mechanism is situated in a release position and wherein in the second fastening state the first and the second fastening mechanism are situated in the respective fastening position, wherein the first fastening mechanism comprises a first fastening element, which, via the first operating element movement, can be pressed against the electrical tool in order to establish the first fastening state, wherein the second fastening mechanism comprises a second fastening element, which, via the first operating element movement, can be brought into engagement with the electrical tool in order to establish the second fastening state, wherein the stop unit comprises a coupling mechanism having a coupling element which couples the operating element to the second fastening element, wherein the coupling element is directly coupled to the second fastening element via a joint.
Dependencies are inferred from the claim text.