Machining technique of edge banding machine tracking device

Abstract

The invention belongs to the technical field of edge banding technologies, and particularly relates to a machining technique of an edge banding machine tracking device. The machining technique comprises the following steps that a workpiece is glued and pressed and selects to enter into two groups of cutter head tracking processes or four groups of cutter head tracking processes, edge bonding allowances of upper and lower horizontal planes and front and rear vertical surfaces are subjected to trimming, and chamfering on four end angles is completed when during workpiece horizontal surface and vertical surface conversion. The machining technique has the advantages that by utilizing the machining technology, after the workpiece is pressed, the workpiece directly enters into the tracking chamfering process, two traditional necessary processes are eliminated, and end alignment and tail alignment, trimming and chamfering are completed in the tracking chamfering process, so that the processesare few, an equipment occupation space is small, the machining efficiency is high and the machining cost is lowered.

Description

technical field [0001] The invention belongs to the technical field of edge banding technology, and in particular relates to a processing method for a tracking device of an edge banding machine. Background technique [0002] In the traditional sense of the processing process of plate edge banding, the workpiece enters the tracking device process after pre-milling, gluing, pressing, trimming, and edge trimming. Before the tracking device, it is necessary to cut off the excess edge banding margin on the front and rear vertical surfaces through the head and tail unit mechanism, and then transfer it to the edge trimming unit mechanism through the conveyor belt to repair the excess edge banding margin on the horizontal plane. Edge processing, and then transported to the tracking unit mechanism to complete the chamfering of the four corners, this method results in low processing efficiency, large temporary space for equipment, high energy consumption, and high management costs. ...

AI Technical Summary

Problems solved by technology

Before the tracking device, it is necessary to cut off the excess edge banding margin on the front and rear vertical surfaces through the head and tail unit mechanism, and then transfer it to the edge trimming unit mechanism through the conveyor belt to repair the excess edge banding margin on the horizontal plane. Processing at the same time, and then transported to the tracking unit mechanism to complete the chamfering of the four corners. This method results in low processing efficiency, large temporary space for equipment, high energy consumption, and high management costs.

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