Full-automatic detection and packaging system for circular dinner plate and detection and packaging method

Abstract

The invention discloses a full-automatic detection and packaging system for a circular dinner plate. The full-automatic detection and packaging system comprises a circular dinner plate full-automaticdetection packaging production line and a boxing packaging production line, wherein the circular dinner plate full-automatic detection packaging production line comprises a control box, a circular dinner plate splitting and feeding device, a weighing device, a dust removal device, a disinfection device, a visual detection device, an automatic stacking device and a packaging bag automatic packing device. The invention further discloses a detection and packaging method. According to the full-automatic detection and packaging system, the procedures of automatic sorting separation feeding, weighing detection, dust removal treatment, disinfection treatment, appearance detection, unqualified and qualified product sorting and qualified product automatic bagging packaging and boxing are integrated, the detection packaging efficiency and the product detection qualification rate are improved, the labor intensity of workers is reduced, the hygiene standards of products is improved, and the follow-up use of the products can be ensured; and the system can be used for detecting and packaging of the products with various specifications, the applicability is high, and the requirements of existingautomation and high-precision detection and packaging can be met.

Description

technical field [0001] The invention relates to the technical field of the environmental protection lunch box packaging industry, in particular to an automatic detection and packaging system and a detection and packaging method for round dinner plates. Background technique [0002] At present, with the acceleration of people's life rhythm, fast food and cooked food that are easy to pack and carry are favored by consumers. The packaging of fast food and cooked food needs to be packed in lunch boxes, so the use of environmentally friendly lunch boxes is increasing, driving environmental protection. The production of environmental protection lunch boxes is mainly made by pulp molding, and the formed dinner plates often need to be tested and sterilized before they can be packaged and used for subsequent use. The production volume of the existing dinner plates is large, and the subsequent detection, sorting and packaging are mainly done manually. Different operators need to compl...

AI Technical Summary

Problems solved by technology

The production volume of the existing dinner plates is large, and the subsequent detection, sorting and packaging are mainly done manually. Different operators need to complete the detection, sorting, packaging and packing processes separately, and multiple workers cooperate with each other to finally pack. Complete, this method requires a large number of operators, the labor intensity is high, the labor cost is high, and the labor efficiency is low, and manual detection is prone to missing or wrong detection, which affects the quality of detection and thus affects the subsequent use of the plate

[0003] In order to solve the above problems, people have developed automatic or semi-automatic detection and packaging equipment for dinner plates, but the existing automatic or semi-automatic detection and packaging equipment has no sorting and segmentation mechanism, and most of them are manually loaded. This process will cause the plate to crack. , causing damage to the dinner plate, and there may be uneven separation between the dinner plate and the dinner plate for a long time, and it often occurs that multiple dinner plates are clamped, causing serious instability to the subsequent inspection process; The existing automatic or semi-automatic detection and packaging equipment only passes one inspection, and only detects one side of the plate, which is prone to incomplete detection, which affects the quality of inspection and thus affects the quality of shipments; the existing automatic or semi-automatic detection and packaging Most of the stacking and counting methods of the equipment are counted manually or by weighing and counting. Manual counting is prone to point fatigue, resulting in counting errors. Since the paper plate is very light, the weighing and counting method is easily affected by the outside world ( Wind power, etc.), resulting in deviations in counting, affecting the efficiency and quality of subsequent overall packaging; the bagging and packaging processes of existing automatic or semi-automatic detection and packaging equipment are mostly opened by manual packaging bags, shaped and bundled, and the speed of manual packaging Relatively slow, low work efficiency, high labor intensity, manual operation is easy to cause pollution of the plate, cannot guarantee the hygiene quality of the plate product, and it is difficult to guarantee the consistency of the product, and there are still problems that can only be used in one specification The detection and packaging of the plate is low in applicability and cannot meet the needs of existing automation and high-precision detection and packaging

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