Sorting device and method

Abstract

The invention discloses a sorting device and method. The sorting device stops finished air conditioners in a detecting area, and then a detecting unit detects the state of barcodes and/or coolant leakage to determine qualified products and non-qualified products; a sorting unit is connected with the detecting unit for sorting out the qualified products and the non-qualified products of the finished air conditioners from the detecting area. Therefore, the sorting device can fully-automatically sort out the qualified products and the non-qualified products to prevent the non-qualified products from being mixed into the qualified products and further avoid batch quality problems, thereby saving labor, improving the sorting efficiency and reducing sorting errors.

Description

technical field [0001] The invention relates to the technical field of packaging, in particular to a sorting device and method. Background technique [0002] The traditional air conditioner scanning and palletizing device needs to use a hand-held scanner to manually scan the barcode of the finished air conditioner when the barcode is put into storage; when the finished air conditioner is palletized, it needs to manually select the corresponding Palletizing robot program; because the traditional scanning and palletizing device has no detection function, it is impossible to obtain the barcode placement status and refrigerant leakage status of the finished air conditioner. It is necessary to manually conduct random inspections on the finished air conditioner on the conveyor line, including checking the barcode placement status and Refrigerant leakage state, and it is necessary to manually classify qualified products and defective products before palletizing. However, random ins...

AI Technical Summary

Problems solved by technology

[0002] The traditional air conditioner scanning and palletizing device needs to use a hand-held scanner to manually scan the barcode of the finished air conditioner when the barcode is put into storage; when the finished air conditioner is palletized, it needs to manually select the corresponding Palletizing robot program; because the traditional scanning and palletizing device has no detection function, it is impossible to obtain the barcode placement status and refrigerant leakage status of the finished air conditioner. It is necessary to manually conduct random inspections on the finished air conditioner on the conveyor line, including checking the barcode placement status and Refrigerant leakage state, and it is necessary to manually classify qualified products and defective products before palletizing. However, random inspection may cause qualified products to be mixed with defective products, causing quality problems. If full inspection, it will consume a lot of manpower, and, There will be certain errors in manual inspection, and it cannot prevent defective products from being mixed into qualified products

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