Full-automatic edge grinding machine

Abstract

The invention discloses a full-automatic edge grinding machine. The machine comprises a machine base and a feeding component and an edge grinding component which are installed on the machine base, wherein the feeding component comprises a first raw material box, a second raw material box, a guide table, an air cylinder unit and a feeding unit; the edge grinding component comprises a workbench, a transverse edge-grinding unit, a longitudinal edge-grinding unit and a station adjusting unit; the station adjusting unit comprises a second air cylinder and a panel fixing shaft; the transverse edge-grinding unit comprises a third driving motor and a first grinding wheel, and the longitudinal edge-grinding unit comprises a first air cylinder and a second grinding wheel. According to the full-automatic edge grinding machine, by the adoption of the structural design of the machine base, the feeding component and the edge grinding component, on the premise that the stability performance of a whole device and the machining efficiency are guaranteed, the complexity of the whole device is reduced, and the installation and later maintenance are facilitated.

Description

technical field [0001] The invention relates to the field of glasses processing machinery, in particular to a fully automatic edging machine. Background technique [0002] The edging machine in the prior art includes a guiding device, a conveying device and a grinding device, and the object to be polished passes through the guiding device and the conveying device in sequence, and then performs edging at the grinding device. The guide device includes a first guide part and a second guide part, the first guide part and the second guide part include a bottom plate and rollers mounted on the bottom plate through a rotating shaft, the bottom plate is located on both sides of the starting end of the conveying device, And the bottom plate cannot be moved. Due to the non-movability of the bottom plate, it is very inconvenient when placing the object to be polished in the guide device, especially when the specification of the object to be polished is slightly larger than the distanc...

AI Technical Summary

Problems solved by technology

Due to the non-movability of the bottom plate, it is very inconvenient when placing the object to be polished in the guide device, especially when the specification of the object to be polished is slightly larger than the distance between the rollers of the first guide part and the rollers of the second guide part in the case of

If such a situation occurs, the production efficiency will be greatly reduced, labor and time-consuming

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