Automatic feeding system for cam blank

Abstract

The invention relates to an automatic feeding system for a cam blank, which comprises a modeling material channel, wherein the modeling material channel is equipped with an adjusting device, and mainly comprises two modeling rails that are parallel to each other in a transmission direction; shapes of the two opposite side faces on the two modeling rails are matched with outlines of curved surfaces on the two sides of a flange part of the cam blank; a space for accommodating the flange part of the cam blank is reserved between the two modeling rails; and the adjusting device is used for adjusting a pointing direction of the axial front-rear end of the cam blank conveyed on the modeling material channel. According to the automatic feeding system, the automatic and accurate feeding and blanking of the cam blank are realized, so that the pointing direction of the axial front-rear end of the cam blank output from a discharge end of the automatic feeding system, and a pointing direction of a tip point of a flange can correspond to technological requirements of the cam blank in a subsequent procedure during a processing course; an effect of an error due to manual adjustment on the shape of the cam blank entering the subsequent procedure is avoided; and the shape uniformity of cam products can be ensured.

Description

Technical field [0001] The invention relates to an automatic feeding system, in particular to an automatic feeding system for a cam blank before the three processes of quenching, boring and spline drawing. Background technique [0002] In the production of assembled camshafts, because each component blank is processed and manufactured separately, the prefabrication of the cam blank is an important part of the camshaft production. The cam blank is precision forged by a precision forging plant, and then spheroidized and annealed. According to the process requirements, Before assembling, the cam needs to be quenched, bored and splined. In the prior art, these three processing procedures all use manual loading and unloading. In mass production, labor costs are huge. At the same time, the production errors of parts are greatly affected by human errors, and the uniformity of workpiece production cannot be well guaranteed. Summary of the invention [0003] To overcome the above-mentione...

AI Technical Summary

Problems solved by technology

In the prior art, these three processing procedures all use manual loading and unloading. In mass production, the manpower consumption is huge. At the same time, the production error of parts is greatly affected by human error, and the uniformity of workpiece production cannot be well guaranteed.

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