Glass deep processing production line connecting method

Abstract

The invention relates to the technical field of glass machinery, in particular to a glass deep processing production line connecting method for building glass. The glass deep processing production line connection method comprises the following steps that after a cutting and sheet breaking process, order information of size information and number information of broken glass is sent to an upper computer to form size information for comparison; glass size information of the edging and cleaning procedure is obtained in the edging and cleaning procedure, and the obtained glass size information of the edging and cleaning procedure is compared with the corresponding size information on the upper computer, and in combination with the number information, sheet discharging sequence information is obtained; and the sheet discharging sequence information is output. An operator does not need to consider or less considers how to arrange sheets, so that the labor intensity of the operator can be reduced.

Description

technical field [0001] The invention relates to the technical field of glass machinery, in particular to a glass deep processing production line connection method for architectural glass. Background technique [0002] Flat glass is mainly used in the three major fields of architectural glass, industrial glass, and photovoltaic glass. Among them, industrial glass and photovoltaic glass have industry standards and enterprise standards, and there are few specifications (there are fewer specifications such as the length and width of rectangles), and continuous automation has already been realized. Production. [0003] Among flat glass, architectural glass is the most widely used and has a large order volume. However, architectural glass has scattered uses and there is no unified standard at present, resulting in scattered order specifications (there are many specifications such as rectangular length and width), and it is difficult to realize continuous automatic production. The...

AI Technical Summary

Problems solved by technology

After the cutting and breaking process, the workers divide the shelves according to the order according to the specifications (the length and width of the rectangle) (moving them to glass shelves), and the physical and mental labor intensity is relatively high.

[0007] 2. It affects product quality and has safety risks

There may be bumps and improper glass placement during the transfer process, which will cause quality defects such as scratches on the glass surface and corner defects; untempered glass also has the risk of bursting

Unground glass is very sharp, and it is easy to cause people to be scratched during the handling process; the glass is very heavy after being stacked, and it sometimes causes people to be crushed and injured.

[0008] 3. Material management is difficult and production timeliness is poor