Abstract: Cutting insert for a tool for machining. The cutting insert is particularly suitable for grooving tools for grooving turning. The cutting insert has a chip breaker geometry in its cutting region, which enables both machining of full cuts and machining of partial cuts as well as machining of webs. In particular, due to the shape of a chip cavity provided in the cutting region and due to the presence of a negative chamfer, very short chips can be produced in all three machining variants, so that a high level of process reliability is ensured and long tool lives are made possible.

Abstract: The present invention relates to a device 10 and a method for curtain-coating of panel-shaped components 60 as well as components which have been manufactured by such a method. The device comprises a device 40 for generating a liquid curtain 42 of coating material, an input transport device 20 and an output transport device 30, wherein the output transport device 30 and/or the input transport device 20 can be height-adjusted.

Abstract: The present invention relates to a method for coating a board of wood-based material, in particular a board of real wood, a plywood board or a board for parquet flooring, with a flowable plastics material. The method comprises applying the plastics material as a single, thick layer to the board of wood-based material (6) and creating an impressed structure by means of a material web (3) or a structure roller. After creating the impressed structure, the plastics material is cured to produce a wear resistant surface.

Abstract: The present invention relates to a laminate panel (40; 40?; 40?; 40??) with a carrier layer (41; 41?; 41?; 41??) of wood or wood-based material, in which at least the upper side has a decoration and a layer of a cured resin (46; 46?; 46?; 46??). The rear side of the laminate panel (40; 40?; 40?; 40??) is provided with a paperless counteracting layer of a cured counteracting material (45; 45?; 45?; 45??).

Abstract: The present invention relates to a device 10 and a method for curtain-coating of panel-shaped components 60 as well as components which have been manufactured by such a method. The device comprises a device 40 for generating a liquid curtain 42 of coating material, an input transport device 20 and an output transport device 30, wherein the output transport device 30 and/or the input transport device 20 can be height-adjusted.

Abstract: The present invention relates to a laminate panel (40; 40?; 40?; 40??) with a carrier layer (41; 41?; 41?; 41??) of wood or wood-based material, in which at least the upper side has a decoration and a layer of a cured resin (46; 46?; 46?; 46??). The rear side of the laminate panel (40; 40?; 40?; 40??) is provided with a paperless counteracting layer of a cured counteracting material (45; 45?; 45?; 45??).

Abstract: A method for coating a board of wood-based material, comprising the steps of providing a board of wood-based material; applying a first liquid coating; applying at least a second liquid coating onto the still wet first coating, so that a partial mixture of the coatings takes place; curing the applied coatings by means of radiation, wherein the coatings are selected so that the cured resultant coating has a hardness gradient wherein the hardness of the resultant coating decreases with increasing depth viewed from the surface of the resultant coating.

Abstract: A weighing scales includes a step-on surface, on which a person to be weighed stands, and a plurality of artificial gemstones arranged beneath or in the step-on surface. At least some of the artificial gemstones are adapted for illumination from below so as to produce information, such as a weight indication, which is readable visually from above.

Abstract: The present application relates to a coated board of wood-based material and a method for coating a board of wood-based material, wherein the board of wood-based material is in particular a wall panel or floor panel or is intended for producing such a panel, comprising a front side and a rear side, wherein at least the surface of the front side is provided with a polymer coating and wherein the polymer coating has a hardness gradient, so that the hardness of the polymer layer decreases with increasing depth from the surface.

Abstract: The present invention relates to a method for coating a board of wood-based material, in particular a board of real wood, a plywood board or a board for parquet flooring, with a flowable plastics material. The method comprises applying the plastics material as a single, thick layer to the board of wood-based material (6) and creating an impressed structure by means of a material web (3) or a structure roller. After creating the impressed structure, the plastics material is cured to produce a wear-resistant surface.

Abstract: The present application relates to a coated board of wood-based material and a method for coating a board of wood-based material, wherein the board of wood-based material is in particular a wall panel or floor panel or is intended for producing such a panel, comprising a front side and a rear side, wherein at least the surface of the front side is provided with a polymer coating and wherein the polymer coating has a hardness gradient, so that the hardness of the polymer layer decreases with increasing depth from the surface.

Abstract: In a tool holder system having a base support plate (1), from which a locating part (3) extends in the direction of a holder axis (5) for connection to a machine tool, in particular, a lathe, having a tool support plate (9), to which a cutting tool (43) can be attached via an intermediate piece (35), and having an adjustable guide (11) for setting the position of the two plates (1 and 9) relative to one another, the intermediate piece (35) laterally adjoins the tool support plate (9) and extends along both plates (1) and (9).

Abstract: A cutting plate for a processing tool, particularly a milling tool, is connected to a holding device for such a cutting plate. The cutting plate has at least one blade (1) configured in a radially protruding manner on a central body (5) of the cutting plate. The central body (5) is provided with a coupling part for mounting the cutting plate on a frontal seat of a shaft-type holding device (15) which defines a longitudinal axis. The coupling part forms at least one driving surface transmitting an operating torque from the holding device (15) to the cutting plate. The cutting plate also includes a shaped part which forms a fixing device on the seat (17) of the holding device (15) in cooperation with an associated embodiment (35).

Abstract: A machining tool, especially a milling tool, includes a shaft-like holder defining a longitudinal axis (13). A seat (9) is provided in the front face of the holder for a cutting plate that can be inserted into the holder. The cutting plate has a coupling part for mounting in the seat (9) of the holder. The coupling part has three ribs which project axially from the end surface of the cutting plate that is opposite the holder and which extend radially. The ribs are provided for engagement in complementary grooves (31) configured in the seat (9) of the holder. Their side walls (37 and 35) form driving surfaces and support surfaces, which interact for transmitting a machining torque, or as axial position safety-catch, with corresponding surfaces of the flanks of the ribs of the cutting plate.

Abstract: The invention concerns a machining tool for chip removal, in particular a milling cutter, comprising a support (10) wherein is provided a housing (12) for a cutting element (14) equipped with a machining part (16) and a fixing part (18). The fixing part (18) includes a base part (20) which is placed in the housing (12) in receiving position (22) and which, when it its rotated into interlocking position (26) meshes beneath at least one retaining flange (26) of the housing (12), being thereby capable of being used with the cutting element (14) for chip removal matching. It is therefore possible to fix said cutting element without additional retaining means, such as a fixing screw or the like, its simple insertion into the housing and its interlocking position by rotation providing a reliable fixing method. Conversely, said cutting element can be released from its interlocked position and extracted from the housing hardly with very little force.

Abstract: Disclosed are a cutting plate for a processing tool, particularly a milling tool, and a holding device for such a cutting plate. Said cutting plate comprises at least one blade (1) which is configured in a radially protruding manner on a central body (5) of the cutting plate. The central body (5) is provided with a coupling part for mounting the cutting plate on a frontal seat of a shaft-type holding device (15) which defines a longitudinal axis. Said coupling part forms at least one driving surface transmitting an operating torque from the holding device (15) to the cutting plate. The inventive cutting plate also comprises a shaped part which forms a fixing device on the seat (17) of the holding device (15) in cooperation with an associated embodiment (35).

Abstract: The invention relates to a machining tool, especially a milling tool, comprising a shaft-like holder defining a longitudinal axis (13), a seat (9) being provided in the front face of the holder for a cutting plate that can be inserted into said holder. The cutting plate has a coupling part serving for mounting in the seat (9) of the holder. The coupling part has three ribs which project axially from the end surface of the cutting plate that is opposite the holder and which extend radially. Said ribs are provided for engagement in complementary grooves (31) configured in the seat (9) of the holder, the side walls (37 and 35) thereof forming driving surfaces and support surfaces, which interact for transmitting a machining torque, or as axial position safety-catch, with corresponding surfaces of the flanks of the ribs of the cutting plate.

Abstract: In order to increase the long-term stability of the exhaust catalyst of an internal combustion engine, the exhaust gas is purified with respect to volatile phosphorus compounds before entering the catalyst.

Abstract: A holding device for machine tool inserts includes a recess delimited by clamping jaws. The recess serves as a clamping seat for the insert. The holding device also includes a slot extending the recess and having a receptacle for a spreading body of a spreader key. The slot has a half-circular expansion on one of its edges serving as a receptacle for the spreading body. The cross section of the spreading body of the spreader key is a polygon outline in the shape of an isosceles triangle whose corners are each rounded with an equal radius of curvature.

Abstract: A holder for free-cutting machining tool inserts, especially for chiseling, piercing or cutting inserts, includes an essentially beam-like edge support (1) with a receiving pocket (5) constructed in its end for the blade edge inserts. Clamping jaws (9 and 11) define the narrow width of the receiving pocket (5). A slot (29) is configured in the blade edge support (1) forming a flexible pivot for moving one clamping jaw. An operating member (37) is provided for producing a clamping force in the area of the slot (29) on the movable clamping jaw (11). The operating member (37) is mounted in a bore (39) at some distance from the slot (29). The clamping force is transmitted to the movable clamping jaw (11) through a force transmission member (43) which is slidably guided in the blade edge support (1).