A kind of glass cutting box unloading system and box unloading method

Abstract

The invention discloses a system and method for glass cutting and boxing and unloading. The system includes a cutting workbench for cutting glass, a plurality of boxing frames, a display device and a controller. Each boxing frame It is used to load the same box of glass; the cutting workbench is equipped with original glass pieces to be cut, and the controller controls the display device to display the typesetting blocks corresponding to the preset cutting and typesetting scheme, corresponding to different pieces of glass original pieces , the display device displays the same or different typesetting blocks, the typesetting blocks displayed on the display device correspond to one or more binning frames, and the blocks corresponding to the same binning frame on the typesetting block have the same color, corresponding to The blocks of different boxing racks have different colors; the original glass sheet is cut according to the corresponding typesetting block, and the cut glass is transferred to the corresponding boxing rack according to the corresponding block. The invention uses color as a mark to distinguish the glass typesetting optimization diagram based on binning, so as to improve the operation efficiency and the accuracy of unloading.

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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