Machining process for herringbone oblique tooth key groove

Abstract

The invention relates to a machining process for a herringbone oblique tooth key groove. The machining process comprises the following steps that a gear center line is found out, specifically, the side which is close to a gear shaft tooth part step serves a positioning datum surface, and the intersection point of a tooth groove center line and a tooth width center line as well as the gear center line are found out on a machining center through a probe; repeated measurement is conducted, specifically, the machining center clamps a centering tool which is provided with a detection probe stretching into a tooth groove, the detection probe is placed on the detected intersection point, the distances of the two sides of the detection probe to a tooth wall are detected, and if the distances of the two sides of the detection probe to the tooth wall are consistent, the situation that the detected position is correct can be determined; a key groove datum center line is milled, specifically, clockwise biasing by a certain angle is conducted on the gear center line with the positioning datum surface being a reference surface, so that a key groove datum line is obtained; and the key groove is milled, specifically, the key groove datum line is aligned, and the key groove is milled. The machining process for the herringbone oblique tooth key groove has the advantages that the position which cannot be indicated by the machining center is shown through the centering tool, operation is easy, the precision is high, and the production reliability and stability are greatly improved.

Description

Technical field [0001] The invention relates to the field of mechanical processing, in particular to a processing technique of a herringbone helical tooth keyway. Background technique [0002] When processing herringbone helical gears, since the gear teeth have a certain inclination, it is necessary to set the datum when processing the internal keyway of the gear for more accurate processing. The machining center has its own datum correction function, but during processing , There is no specific indication for its correcting position, and its accuracy cannot be judged, which causes certain difficulties in processing. Summary of the invention [0003] The technical problem to be solved by the present invention is to provide a herringbone helical tooth keyway processing technology. [0004] In order to solve the above technical problems, the technical solution of the present invention is: a herringbone helical tooth keyway processing technology, its innovative point is that it includ...

AI Technical Summary

Problems solved by technology

[0002] When processing herringbone helical gears, because the gear teeth have a certain inclination, it is necessary to set a reference when processing the internal keyway of the gear, so as to process more accurately. The machining center has a reference correction function, but when processing , there is no specific instruction for its alignment position, and its accuracy cannot be judged, which causes certain difficulties for processing

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