Abstract: The patent application relates to a saw horse having at least two stand elements, each stand element (1) having a base (4) and two vertical braces (2) which in each case leave an interspace (5) between one another for accommodating wood (21) to be sawed or the like, and which project upwardly from the base (4). One vertical brace (2) of one stand element (1) is connected to a vertical brace (2) of the other stand element (1) via a connecting element (6) in such a way that the interspaces (5) of the two stand elements (1) are aligned with one another in an operating position in which the connecting elements (6) extend parallel to one another.

Abstract: A supporting framework has at least one roller which is carried by a carrying frame. The roller has an axis positioned generally along the horizontal direction in the use position. An axial extension projects out of each opposite end of the roller. The carrying frame has a pair of opposite, generally vertically extending bearing limbs, each bearing limb having a bearing opening. Each axial extension of the roller extends into one of the bearing openings of the bearing limbs. Lateral guide elements are provided at the two opposite ends of the roller. Each lateral guide element has a radially projecting lug which can be moved between an active position and an inactive position. The lugs can prevent a workpiece from moving past the ends of the roller when the lugs are in the active positions.

Abstract: A fastening device (61) for fastening a hand router to the underside of a work platform (2) of a workbench (1) has radially outwardly extending projections which are associated with a base ring for the hand router and which may be introduced into associated fastening pockets by rotating the base ring in the work platform (2). The fastening pockets can be formed by fastening members (12) associated with the underside (2?) of the work platform (2).

Abstract: Load-bearing frameworks (40), tables or the like with four feet have at least one foot being formed by a cap (1) which is associated with a cap-carrier (2). The cap (1) can be rotated about a horizontal axis (25). The cap (1) forms a standing surface (3) by way of a portion of its circumferential surface (5). For stabilizing purposes, the circumferential surface (5) runs along a helical curve around the horizontal axis (25).

Abstract: A drill bit has a cylindrical drill head (1) having two essentially diametrically situated primary cutting edges (2) and chip channels (3) associated therewith. The outer surface (5) of the drill head is formed by curved sections (6) whose end faces (4) have teeth (8) which extend in the axial direction (A) and have cutting edges (7) and cutting faces (9). The cutting faces (9) run at an acute angle in the cutting direction (S) and are set back with respect to a radial line (L) passing through the cutting edge (7). The teeth are formed by crenellated elements (8) which with one of their respective side walls form a cutting face (9) of the cutting edges (7). The side walls (10) of the adjoining crenellated element (8) opposite from the cutting face (9) runs parallel to the cutting face (9).

Abstract: A folding stand (1) for a cross-cut saw or the like, has an elongate carrying body (4) for a cross-cut saw, at the ends of which two legs (3) are hinged. The legs pivot from a storage position, in which they are placed parallel to the carrying body (4), into an operating position, in which they are placed in a trapezoidal position relative to each other. The cross-cut saw is detachably fixed to the carrying body (4). The carrying body (4) is configured as a frame (4), while the fixing device forms brackets (5, 5?, 5?) interacting with the frame.

Abstract: The invention relates to a foldable frame (1) for oscillating saws or the like with an elongated support body (2), to which the oscillating saw is mountable, and to which, at each one of its two respective ends, are connected two legs (6,7), the latter being swivelable from a storage configuration in which they extend essentially parallel to the support body (2) to an operative configuration in which they extend essentially perpendicular from the support body (2). In order to improve the usefulness of the above-described foldable frame, it is proposed that the support body (2) be configured as two support body sections (3, 4), which are connected to one another by a hinge (5), which in the storage configuration lie parallel to each other, and which by swivelling movement through 180° can be brought into the operative configuration.

Abstract: A spring clamp has a clamping mouth (1) with two clamping jaws (2) which can be spring-loaded toward one another by the force of a spring. The clamping jaws (2) are formed by arms (3) which are connected to one another in an articulated manner at one end. The other ends of the arms (3) which form actuating sections (4) can be moved toward one another in order to open the clamping mouth (1). The two abutting clamping jaws (2) together with the articulation pin (5) of the arms (3) define a reference plane (E). An angle bisector (G) between the two actuating sections (4) is inclined at approximately 90° to the reference plane (E). A hook may be provided at the actuating section (4).

Abstract: A clamping tool, particularly a clamping clip, is provided with first and second clamping jaw carriers which are associated with a track and which respectively bear a clamping jaw. At least the first clamping jaw carrier can be displaced along the track in one direction by a stepped shifting gear mechanism and is prevented from being displaced in the opposite direction by a detachable return locking element and can be displaced along the track.