Pressure shoe
AssigneeThielenhaus Technologies GmbH
InventorsThomas Schmitz, Dieter Laubl
Life of this patent
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Abstract
The present invention relates to a pressure shoe (1) for pressing finish band onto surfaces of a rotating workpiece, with a carrier (2), a radial press-on surface (3) for pressing finish band onto a circumferential surface of the workpiece, and axial press-on surfaces (4) for pressing the finish band onto axially aligned cheek surfaces of the workpiece that border the circumferential surface, wherein at least one axial press-on surface (4) is formed by at least one axial press-on element (5), and the at least one axial press-on element (5) can be at least sectionally moved at least in an axial direction (9) relative to the carrier (2).
Claims12
A pressure shoe (1) for pressing finish band onto surfaces of a rotating workpiece, with
- a carrier (2),
- a radial press-on surface (3) for pressing finish band onto a circumferential surface of the workpiece, and
- axial press-on surfaces (4) for pressing the finish band onto axially aligned cheek surfaces of the workpiece that border the circumferential surface, wherein
- at least one axial press-on surface (4) is formed by at least one axial press-on element (5), and
- the at least one axial press-on element (5) is at least sectionally moveable
- at least in an axial direction (9) relative to the carrier (2), characterized in that the pressure shoe (1) comprises a holder (6) for fastening the pressure shoe (1) to a processing machine, wherein the carrier (2) is mounted movably in the axial direction (9) on the holder (6).
A pressure shoe (1) for pressing finish band onto surfaces of a rotating workpiece, with
- a carrier (2),
- a radial press-on surface (3) for pressing finish band onto a circumferential surface of the workpiece, and
- axial press-on surfaces (4) for pressing the finish band onto axially aligned cheek surfaces of the workpiece that border the circumferential surface, wherein
- at least one axial press-on surface (4) is formed by at least one axial press-on element (5), and
- the at least one axial press-on element (5) is at least sectionally movable at
- least in an axial direction (9) relative to the carrier (2), characterized in that the axial press-on element (5) is coupled with the carrier in the axial direction (9) in such a way that a force in the axial direction (9) is impingeable on the at least one axial press-on element (5) by pressing the radial press-on surface (3) of the pressure shoe (1) onto the circumferential surface of the workpiece.
Dependencies are inferred from the claim text.