Warehouse storage method and system

Abstract

The invention discloses a warehouse storage method which comprises a step of printing a two-dimensional code on each product in a grading area, a step of scanning the two-dimensional code of each product in a sorting area and sorting and classifying according to read two-dimensional code information, a step of loading products of the same attribute into the same box in a packing area and printingbarcodes to products of each box, a step of scanning the barcodes on the products of each box in a distribution area and setting the products of each box to a tray according to read barcode information, a step of placing the products of each box with the same attribute to the tray in a loading area and setting an electronic label on each tray, and a step of placing each tray on a corresponding warehouse position in a warehouse area, reading the electronic label on each tray and uploading the electronic label to a server. By setting the electronic labels, the number of the products can be intelligently and quickly counted, the accuracy of statistics is improved, the operating and maintenance costs are reduced, the production and delivery efficiency are greatly improved, and the labor cost and production costs are reduced. The invention also provides a warehouse storage system.

Description

technical field [0001] The invention relates to the field of material storage, in particular to a storage method and system thereof. Background technique [0002] In recent years, China's ceramic industry has developed rapidly, and the demand for ceramic products has also increased. Massive ceramic products have also brought challenges to warehouse management. The storage of existing ceramic products usually includes a grading area, a sorting area, a packing area, a subcontracting area, a palletizing area, a warehouse area and a transportation mechanism; the produced ceramic products are sequentially distributed to each sorting area after passing through the grading area ;The ceramic products in the sorting area are picked up and transported to the packing area according to the demand; in the packing area, multiple ceramic products are packed and transported to the sub-containment area; Distributed to each palletizing area; in the palletizing area, multiple packed ceramic p...

AI Technical Summary

Problems solved by technology

[0003] However, in the process of warehousing and circulation of existing ceramic products, it is necessary to manually record and count each ceramic product, which has disadvantages such as poor effectiveness, poor accuracy, and difficult quantification of manual statistics; Moreover, the delivery of ceramic products cannot be tracked in place. There is a long delivery time, there is a phenomenon that the delivery quantity is inconsistent with the actual delivery, and the delivery level is inconsistent with the actual delivery; it seriously affects the delivery progress and greatly increases the quality of ceramic products. Product labor costs and production costs

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