Abstract: An edge-removing tool for sheet metal includes a head with a rotating cutting tool. The head has at least one guide for an edge. The head preferably includes a sleeve with the guide. The tool can be used to separate edges of an angled and/or welded sheet metal connection.

Abstract: An edge-removing tool for sheet metal includes a head with a rotating cutting tool. The head has at least one guide for an edge. The head preferably includes a sleeve with the guide. The tool can be used to separate edges of an angled and/or welded sheet metal connection.

Abstract: The invention relates to a drilling apparatus which is held firmly on the workpiece by means of feet, and which has a step-down transmission for easier manual feeding.

Abstract: Blade for a knife of an apparatus for cutting off the rectum of slaughtered animals, wherein the ground section of the hollow cylindrical blade (11) is at a specific angle to the cutting edge (20) at the cutting edge of said hollow-cylindrical blade. The blade (11) is ground over a short portion (A) of its length with a first angle (?) and then in the axial direction on this portion with a second angle (?) which is smaller than the first-mentioned angle (?).

Abstract: Blade for a knife of an apparatus for cutting off the rectum of slaughtered animals, wherein the ground section of the hollow cylindrical blade (11) is at a specific angle to the cutting edge (20) at the cutting edge of said hollow-cylindrical blade. The blade (11) is ground over a short portion (A) of its length with a first angle (?) and then in the axial direction on this portion with a second angle (?) which is smaller than the first-mentioned angle (?).

Abstract: The invention relates to a drilling apparatus which is held firmly on the workpiece by means of feet, and which has a step-down transmission for easier manual feeding.

Abstract: A device for cutting free the colon of a slaughter animal has a cylindrical cutting knife and a guiding arbor with a suction channel. The device has two components, one of which is a tool and the other a robot connecting plate. The robot connecting plate has a connecting opening for vacuum, a connecting opening for water, a connecting opening for pressurized air to drive the pressurized air motor, and a connecting opening for exhaust air from the pressurized air motor. The connecting openings are connected to associated channels or passages in the tool in the assembled state of the tool and the robot connecting plate.

Abstract: A device for cutting free the colon of a slaughter animal has a cylindrical cutting knife and a guiding arbor with a suction channel. The device has two components, one of which is a tool and the other a robot connecting plate. The robot connecting plate has a connecting opening for vacuum, a connecting opening for water, a connecting opening for pressurized air to drive the pressurized air motor, and a connecting opening for exhaust air from the pressurized air motor. The connecting openings are connected to associated channels or passages in the tool in the assembled state of the tool and the robot connecting plate.

Abstract: A turning device for compressed air tools. which is operated by a compressed fluid, is provided with a housing and with a rotor, which is rotatably arranged in a front housing part and into whose turbine element the fluid, which is under pressure, can flow, has a braking arrangement and a switch for the compressed fluid. The switch which is operatively connected with the braking arrangement and is arranged on a rear housing part in line with a compressed fluid supply conduit. Such a turning device requires fewer components and can be stopped in a simpler and faster way by a fluid switch, in the form of a sliding switch, which encloses the rear housing part in the area of the supply conduit and is provided with axially oriented control pins, which are connected, fixed against relative displacement, with a brake disk of the braking arrangement.

Abstract: A turning device (11) for compressed air tools (10). which is operated by a compressed fluid, is provided with a housing (16) and with a rotor (12), which is rotatably arranged in a front housing part (17) and into whose turbine element the fluid, which is under pressure, can flow, has a braking arrangement (14) and a switch (36) for the compressed fluid, which is in operative connection with the braking arrangement (14) and is arranged on a rear housing part (21) in line with a compressed fluid supply conduit (26). So that such a turning device (11) requires fewer components and can be stopped in a simpler and faster way by means of a fluid switch (36), a sliding switch (36) is provided, which encloses the rear housing part (21) in the area of the supply conduit (26) and is provided with axially oriented control pins (41), which are connected, fixed against relative displacement, with a brake disk (44) of the braking arrangement (14).