Inducing conductor processing technique for high-frequency quenching on complicated surface

Abstract

The invention discloses an inducing conductor processing technique for high-frequency quenching on a complicated surface. The inducing conductor processing technique is characterized in that an inducing conductor is separated, and is composed of an inducing conductor base and an inducing conductor cover, and a milling machine is utilized for processing six surfaces of the inducing conductor base and the two surfaces of the inducing conductor cover; a numerical control milling machine is utilized for processing an inner cavity and an appearance of the inducing conductor base, the appearances of the inducing conductor base and the cover are processed by wire cutting, and the inducing conductor base and the inducing conductor cover are welded. The inducing conductor processing technique for high-frequency quenching on the complicated surface provided by the invention has the advantages that inner and outer structures of the inducing conductor are processed through an advanced technique method, the appearance of the inducing conductor and the structure of the two complex type surface of a workpiece are same, quenching positions of two complicated surfaces of the inducing conductor and parts have appropriate gaps, the processing defect of an original inducing conductor is overcome, and the quenching accuracy and efficiency requirements of quenching are guaranteed when the parts are subjected to volume production.

Description

technical field [0001] The invention relates to the processing technology of components of high-frequency quenching equipment, in particular to the technical field of processing technology of high-frequency quenching inductive conductors with complex profiles and different quenching requirements. Background technique [0002] In the currently used high-frequency quenching equipment, the processing of the inductive conductor part of the induction coil generally adopts the existing copper tubes on the market to form, or welds some required parts on the basis of it, and generally does not change the copper tubes. The internal and external shape and its relative position accuracy, in the process of forming the induction conductor, its processing accuracy and quality are very random, especially in the processing process, it will destroy the shape and accuracy of its appearance and inner cavity, and it is easy to break , deformed or even scrapped. When the inductive conductor proc...

AI Technical Summary

Problems solved by technology

[0005] The technical problem to be solved by the present invention is that the inductive conductor is designed as a split type, and then the inner and outer parts of the inductive conductor are processed by advanced technology, and then welded to effectively control the consistency of the shape and size of the inductive conductor inside and outside, so as to ensure the inductive conductor and The shape of the two complex surfaces of the workpiece that needs to be quenched is consistent, and after installation, it can be detected, adjusted, and accurately positioned with a dial gauge to ensure that there is a suitable gap between it and the complex surfaces of the workpiece, thus meeting the requirements of both workpieces in mass production. Requirements for the parallelism, quenching hardness, and effective hardened layer depth of different quenching parts for complex profiles that need to be quenched

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