Method for the manufacture of a gear component, and gear grinding machine
AssigneeZF Friedrichshafen AG
InventorsFranz-Josef Hoener, Frank Klein, Thomas Barrois
Life of this patent
Estimating the term…
Abstract
A method for the manufacture of a gear component includes, in a soft machining process, introducing a preliminary toothing 3 with a machining allowance 7 that is fixed relative to a final toothing 4 into a blank such that a semi-finished part 2 is produced. The method also includes, in a fine machining process, removing the machining allowance 7 and producing the final toothing 4 of the toothed component. The machining allowance 7 is removed in a single-stage hobbing method by a grinding tool 1, wherein the grinding tool 1 removes the machining allowance completely in a single stroke movement H.
Claims11
A method for the manufacture of a gear component, such as a gear wheel, comprising:
- in a soft machining process, introducing a preliminary toothing (3) having a machining allowance (7) that is fixed relative to a final toothing (4) into a blank such that a semi-finished part (2) is produced;
- and
- in a fine machining process, removing the machining allowance (7) and producing the final toothing (4) of the gear component,
- wherein the machining allowance (7) is removed in a single-stage hobbing method by a grinding tool (1), and the grinding tool (1) removes the machining allowance completely in a single stroke movement (H),
- wherein, in the soft machining process, the machining allowance (7) is produced with a value less than fifty micrometers,
- wherein the grinding tool (1) comprises abrasive grains that remove the machining allowance (7) and produce the final toothing (4) of the gear component during the single stroke movement (H),
- wherein the grinding tool (1) removes the machining allowance (7) simultaneously from both flanks of each tooth of the preliminary toothing (3) during the single stroke movement (H), and
- wherein the semi-finished part (2) is rotated about a workpiece axis (A1) during the fine machining process, and the single stroke movement (H) is substantially parallel to the workpiece axis (A1).
Dependencies are inferred from the claim text.