Architectural glass edging production line order automatic execution system and edging method

Abstract

The invention discloses an architectural glass edging production line order automatic execution system and an edging method. The architectural glass edging production line order automatic execution system comprises an ERP order database, an operation terminal, an edging machine control system, a switch and a plurality of size detection devices, wherein the size detection devices are connected withthe edging machine control system; the ERP order database is used for storing multiple pieces of to-be-processed order information, and the operation terminal is used for collecting the multiple pieces of to-be-processed order information and sending the multiple pieces of to-be-processed order information to the edging machine control system through the switch; and the size detection devices areused for detecting the size of a glass raw sheet to be edged and sending a detection result to the edging machine control system, and the edging machine control system is used for controlling an edging machine to adjust processing parameters according to the detection result and corresponding to-be-processed order information so as to carry out edging processing on the glass raw sheet. The automatic execution system controls the edging machine to automatically process glass according to the order sequence, so that the edging operation is simple; and the operation precision, the production efficiency and the safety are high.

Description

technical field [0001] The invention relates to the field of glass production systems, in particular to an order automatic execution system and an edging method for a building glass edging production line. Background technique [0002] According to the specific needs of the customer's order, the original glass sheet is cut into multiple different sizes. After cutting, the glass section is uneven, very sharp, and there are many micro-cracks on the cutting edge. When subjected to mechanical stress and thermal stress, it is easy to break from the micro-cracks at the edge. Therefore, after cutting the glass, it is often necessary to polish the glass section to correct the dimensional error caused by the unevenness of the glass section and eliminate sharp edges. mouth and micro-cracks, increasing the safety and strength of the glass. [0003] The existing technical solution is as follows: the existing edging production line requires the operator to manually input the correspondi...

AI Technical Summary

Problems solved by technology

During the production process, the operators need to pay close attention to the processing status of the glass on the production line, and the adjustment process is cumbersome and not humane; the labor intensity of the operators is high, and the production efficiency is low; the database cannot transmit order size parameters to the control system; the production line information level Low, the production line control system and enterprise database cannot exchange data

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