The invention relates to a clamp for seven longitudinal profiles (1, 2, 3, 4, 5, 6, 7) arranged next to one another and oriented in a longitudinal direction (L), said clamp having one clamping jaw (11) and another clamping jaw (12) which are movable towards one another and away from one another, with a receiving area (13) in the one clamping jaw (11), which receiving area has a bearing face (13c) at the bottom for two of the seven longitudinal profiles (2, 3), said bearing face being movable at least in some regions relative to the clamping jaw (11) transversely to the longitudinal direction (L), and with another receiving area (14) provided in the other clamping jaw (12) for the bearing of four others of the seven longitudinal profiles (1, 4, 5, 6).

The invention relates to a clamp for seven longitudinal profiles (1, 2, 3, 4, 5, 6, 7) arranged next to one another and oriented in a longitudinal direction (L), said clamp having one clamping jaw (11) and another clamping jaw (12) which are movable towards one another and away from one another, with a receiving area (13) in the one clamping jaw (11), which receiving area has a bearing face (13c) at the bottom for two of the seven longitudinal profiles (2, 3), said bearing face being movable at least in some regions relative to the clamping jaw (11) transversely to the longitudinal direction (L), and with another receiving area (14) provided in the other clamping jaw (12) for the bearing of four others of the seven longitudinal profiles (1, 4, 5, 6).

A sawing machine for cutting steel bar stock includes a rack assembly that has a plurality of stalls that are each configured to hold at least one elongated piece of metal in generally parallel alignment with the others. A chain drive is coupled with the plurality of stalls and is operable to move the plurality of stalls to align a selected stall of the plurality of stalls with a pushing position. A saw is arranged at or near a first end of the rack assembly and has a saw blade positioned perpendicular to the elongated pieces of metal held by the rack assembly. A pusher device is operable to linearly move a pusher member from a second end of the rack assembly toward the first end, such that the elongated piece of metal held by the selected stall is move by the pusher device to a desired cutting position.

A twin clamp comprising a first individual clamp, having an inner first clamping jaw and an outer first clamping jaw, a second individual clamp, having an inner second clamping jaw and an outer second clamping jaw. The individual clamps are coupled to one another via a first mounted clamping lever and a second mounted clamping lever. The first clamping lever is connected to the inner first clamping jaw and to the outer first clamping jaw; the second clamping lever is connected to the inner second clamping jaw and to the outer second clamping jaw, and comprising a first spring which pushes apart the inner first clamping jaw and the outer first clamping jaw counter to force exerted by the first clamping lever, and a second spring, which pushes apart the inner second clamping jaw and the outer second clamping jaw counter to force exerted by the second clamping lever.

A twin clamp comprising a first individual clamp, having an inner first clamping jaw and an outer first clamping jaw, a second individual clamp, having an inner second clamping jaw and an outer second clamping jaw. The individual clamps are coupled to one another via a first mounted clamping lever and a second mounted clamping lever. The first clamping lever is connected to the inner first clamping jaw and to the outer first clamping jaw; the second clamping lever is connected to the inner second clamping jaw and to the outer second clamping jaw, and comprising a first spring which pushes apart the inner first clamping jaw and the outer first clamping jaw counter to force exerted by the first clamping lever, and a second spring, which pushes apart the inner second clamping jaw and the outer second clamping jaw counter to force exerted by the second clamping lever.

A machine including: a table having a surface adapted to have a workpiece lay and move thereon, and a vise for gripping the workpiece. The machine also includes a drive system for moving the vise and workpiece a distance along the table surface, and a sensor assembly connected to the vise for measuring an amount of slip distance occurring between the vise and the workpiece. The machine also includes a control unit connected to the sensor assembly and the drive system for storing the measured slip distance and for operating the drive system and for operating to do at least one of, when a predetermined amount of slip distance is detected: sounding an alarm and stopping further movement of the workpiece, and, when a slip distance is measured, for causing the drive system to move the vise and workpiece an added distance equal to the measured slip distance.

A hand-held circular saw includes a housing in which a drive motor for rotatably driving a circular saw blade is disposed, and also includes a handle which is disposed on the housing and on which a hanging device having a rotation axis portion and a hook element is disposed. The hook element is disposed perpendicular to the rotation axis portion. The rotation axis portion forms an axis of rotation and is rotatably mounted on the housing. The hook element can pivot about the axis of rotation in an associated plane. The associated plane is aligned parallel to a center of gravity plane of the hand-held circular saw.

A hand-held circular saw includes a housing in which a drive motor for rotatably driving a circular saw blade is disposed, and also includes a handle which is disposed on the housing and on which a hanging device having a rotation axis portion and a hook element is disposed. The hook element is disposed perpendicular to the rotation axis portion. The rotation axis portion forms an axis of rotation and is rotatably mounted on the housing. The hook element can pivot about the axis of rotation in an associated plane. The associated plane is aligned parallel to a center of gravity plane of the hand-held circular saw.