Glass cutting, boxing and shelf unloading system and boxing and shelf unloading method

Abstract

The invention discloses a glass cutting, boxing and shelf unloading system and a boxing and shelf unloading method. The system comprises a cutting workbench for cutting glass, a plurality of boxing shelves, a display device and a controller; each boxing shelf is used for loading glass in the same box; to-be-cut raw glass sheets are arranged on the cutting workbench; the controller controls the display device to display layout blocks corresponding to preset cutting layout schemes; the display device displays the same or different layout blocks corresponding to different raw glass sheets; the layout blocks displayed on the display device correspond to one or more boxing shelves; the blocks, corresponding to the same boxing shelf, of the layout blocks have the same color; the blocks, corresponding to different boxing shelves, of the layout blocks have different colors; and the raw glass sheets are cut according to the corresponding layout blocks; and the cut glass is transferred to the corresponding boxing shelves according to the corresponding blocks. According to the system and method of the invention, colors are used as identifiers to distinguish boxing-based glass layout optimal patterns, and therefore, operation efficiency and sheet discharging accuracy are improved.

Description

technical field [0001] The invention relates to the field of glass cutting and boxing, in particular to a glass cutting and box removing system and a box removing method. Background technique [0002] In the current glass production process, orders are mainly produced separately in boxes, and each box corresponds to a shelf at the production site. In the cutting process, if the orders of the same specification are cut separately, that is, the glass of the same specification is cut from the same original glass sheet, there is no need for binning. Although this simplifies the step of binning, the cutting rate is often low , resulting in waste of raw materials. [0003] If the typesetting is optimized during the cutting process, multiple boxes are combined and optimized, so that glass of different specifications can be cut on the same original glass sheet, and the cutting rate can be improved. However, when unloading, it is necessary to put glasses of different specifications...

AI Technical Summary

Problems solved by technology

However, this is not easy to identify, leading to errors in unloading and affecting the smooth delivery of orders

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