Intelligent plate feeding, drilling, sorting and packaging system

Abstract

The invention relates to an intelligent plate feeding, drilling, sorting and packaging system. The system comprises an automatic feeding system, a drilling connection system, an intelligent sorting system and a packaging off-line system which are connected in sequence, wherein the automatic feeding system comprises a feeding roller automatic line, a feeding manipulator and a feeding conveying line, a plate lifting machine is arranged on the feeding roller automatic line, the drilling connection system comprises first drilling machine connection conveying lines, the other end of each first drilling machine connection conveying line is connected with a drilling machine, the other end of each drilling machine is connected with a second drilling machine connection conveying line, the other ends of all the second drilling machine connection conveying lines are connected and then connected with a sorting conveying line, the other end of the sorting conveying line is connected with the intelligent sorting system, the intelligent sorting system comprises a plurality of automatic sorting areas, the other end of the automatic sorting areas are connected with a sorting outlet conveying line, and the other end of the sorting outlet conveying line is connected with the packaging off-line system. The structure reduces the labor cost.

Description

technical field [0001] The invention relates to the technical field of an automatic plate production line, and more specifically relates to a plate intelligent feeding, drilling, sorting and packaging system. Background technique [0002] At present, in order to improve the utilization rate of boards in the home furnishing industry, the production mode is to cut materials in batches (multiple orders are cut together, and one order is divided into multiple packages), mixed production, and the produced boards need to be re-sorted and selected later. The detection is matched into a cabinet, the process is numerous, it takes a lot of manpower, the production efficiency is low, and the quality of manual work cannot be guaranteed, and the traditional plate transfer, sorting and inspection are all manual, and the plate is in the drilling machine. After the export is piled up in a stack, it needs to be manually transferred to the trolley, and then pushed to the sorting station for m...

AI Technical Summary

Problems solved by technology

[0002] At present, in order to improve the utilization rate of boards in the home furnishing industry, the production mode is to cut materials in batches (multiple orders are cut together, and one order is divided into multiple packages), mixed production, and the produced boards need to be re-sorted and selected later. The detection is matched into a cabinet, the process is numerous, it takes a lot of manpower, the production efficiency is low, and the quality of manual work cannot be guaranteed, and the traditional plate transfer, sorting and inspection are all manual, and the plate is in the drilling machine. After the export is piled up in a stack, it needs to be manually transferred to the trolley, and then pushed to the sorting station for manual sorting; after manual sorting, it is necessary to take out the boards one by one according to the order drawing to check and pack, and the error rate is high; The hole position information of the board is measured by calipers and tapes, which is easy to be mis-measured and missed; the packing station is stacked and packed according to the operator's idea, the packing rate is low and it is easy to cause waste of packaging materials

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