An automatic device for pattern surface positioning and clamping

Abstract

The invention discloses a pattern profile positioning and clamping automatic device and aims to provide the pattern profile positioning and clamping automatic device which is capable of effectively improving the production efficiency of hung line chamfering and drilling, reducing the labor cost, and improving the machining quality and consistency of hung lines. The pattern profile positioning and clamping automatic device comprises a machine frame, a transfer mechanism, a material receiving station, a feeding station, a chamfering station and a drilling station, wherein a working table is arranged on the machine frame; the transfer mechanism comprises a transfer guide rail arranged on the working table, a material carrying frame moving along the transfer guide rail, a plurality of station positioning mechanisms which are arranged on the material carrying frame and distributed in the direction of the transfer guide rail at equal intervals, and a material carrying frame movement executing mechanism used for driving the material carrying frame to move; the material receiving station comprises a plurality of material receiving devices sequentially distributed in the direction perpendicular to the transfer guide rail; the feeding station comprises a feeding jacking and pressing assembly; the chamfering station comprises a main jacking and pressing assembly and a patter profile positioning device; and the drilling station comprises a main jacking and pressing assembly and a patter profile positioning device.

Description

technical field [0001] The invention relates to a processing device for hanging lines of wall panels, in particular to an automatic device for positioning and clamping flower-shaped surfaces. Background technique [0002] Hanging moldings are a building in a building, a must-have furniture for wainscoting decoration. At present, in the production of home improvement wall panels, the plane on the back, one side and one end are used for positioning and clamping when cutting the corners of the hanging lines and drilling, and at the same time, manual feeding is used for positioning and pressing. Although this kind of positioning and clamping is relatively simple and convenient at present, because the plane on the back of the hanging line is an unprocessed rough surface, there are unevenness and poor flatness. At the same time, due to manual loading and positioning, the positioning is not accurate. It brings large errors to the processing, resulting in poor processing quality an...

AI Technical Summary

Problems solved by technology

Although this kind of positioning and clamping is relatively simple and convenient at present, because the plane on the back of the hanging line is an unprocessed rough surface, there are unevenness and poor flatness. At the same time, due to manual loading and positioning, the positioning is not accurate. It brings large errors to the processing, resulting in poor processing quality and poor consistency of hanging lines, which affects the manufacturing quality of wall panels

On the other hand, due to the manual loading and positioning, it is difficult to adapt to the needs of modern automatic production, the production efficiency is low, and the labor cost is high

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