Continuous edging unit for four edges of glass

Abstract

The invention discloses a continuous edging unit for the four edges of glass. The continuous edging unit is characterized by comprising multiple glass single edge edging machines, every two adjacent glass single edge edging machines are distributed perpendicularly and connected through a transition table, the glass single edge edging machines comprise racks and edging head sets arranged on the racks, conveying frames are arranged in fronts of the edging head sets, and the glass to be edged is fed into the edging head sets to be edged through the conveying frames; front positioning devices andhorizontal thrust positioning devices are arranged on the conveying frame and matched to position the glass, and then the glass is delivered into the glass single edge edging machines to be edged. Thecontinuous edging unit has the advantages that the structure is simple, production costs are low, and market competitiveness is improved; with the edged edge being reference, the adjacent edge is positioned and edged, and therefore the perpendicularity between the two adjacent edges can be effectively guaranteed; the four perpendicularly-distributed glass single edge edging machines are used in series so that continuous edging can be realized for the glass of kinds of dimensions, and production efficiency is improved.

Description

technical field [0001] The invention relates to a glass edging machine, in particular to a glass four-side continuous edging unit. Background technique [0002] Glass is hard and brittle, and it is difficult to machine. For example, glass cutting is often required in the process of glass processing for furniture glass, industrial glass, building doors, windows and curtain walls. Due to the rigidity of the glass, the four sides and corners of the cut glass are sharp and sharp. It not only affects the appearance, but also directly affects the safety of construction personnel during the installation process. In order to meet the technical requirements of safety, anti-cracking, and aesthetics, almost all secondary processing of glass or before it becomes a product requires manual or mechanical edging. [] Most of the existing glass edging machines rely on manual processing side by side, which has low processing efficiency, high labor intensity, and it is difficult to fully automa...

AI Technical Summary

Problems solved by technology

However, the applicant found that this kind of structure can only process glass of the same specification when it was put into use in the later stage of the market. The production efficiency is low, and the second is that the adjustment mechanism and the measurement mechanism work at a high frequency. After a period of use, it is very easy to break down, so it is necessary to make further improvements

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