Intelligent conveying system for bobbin film sleeving and packaging production line

Abstract

The invention relates to an intelligent conveying system for a bobbin film sleeving and packaging production line. The system comprises a conveying system, a large and small head detection system, a film sleeving system, an automatic arrangement system and a packaging system which are sequentially arranged. The film sleeving system comprises a film storage assembly, a film feeding assembly, a bagging assembly and an overturning assembly, wherein the film feeding assembly is arranged below the film storage assembly, a bagging assembly is arranged on one side of the lower portion of the film feeding assembly and is in butt joint with the overturning assembly. The conveying system comprises a rack and a conveying belt arranged on the rack. The conveying belt comprises a plurality of small conveying belts with the same length. The large and small head detection system comprises a first limiting switch, a second limiting switch, a third limiting switch and a control system, wherein the second limiting switch and the third limiting switch are arranged on one side of the small conveying belt closest to the film sleeving system, and the small conveying belt closest to the film sleeving system is arranged below the film conveying assembly. The automatic film sleeving, packaging and conveying process of bobbins is achieved, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of textile machinery, in particular to an intelligent conveying system for a packaging production line of yarn tube casing film. Background technique [0002] In the textile industry, the bobbins must be packed in plastic bags after weaving. Due to the shape of the bobbins, the general-purpose bagging machines on the market are not suitable for bobbin packaging. At present, many manufacturers of bobbin packaging in the textile industry basically use manual packaging. Plastic bags, while the textile industry is a labor-intensive enterprise, the labor cost is getting higher and higher, and the general bagging machine is packaged by the conveyor belt, and there must be intervals between the yarn bobbins, so the whole package cannot be completed. There will be 2~3 bobbins left, easy to mix yarns. It is very complicated to adjust the film loading of the general bagging machine, which has high requirements on the...

AI Technical Summary

Problems solved by technology

[0002] In the textile industry, the bobbins must be packed in plastic bags after weaving. Due to the shape of the bobbins, the general bagging machines on the market are not suitable for bobbin packaging. At present, many manufacturers of bobbin packaging in the textile industry basically use manual packaging. Plastic bags, while the textile industry is a labor-intensive enterprise, the labor cost is getting higher and higher, and the general bagging machine is packaged by the conveyor belt, and there must be intervals between the yarn bobbins, so the whole package cannot be completed. There will be 2~3 yarn bobbins, easy to mix yarn

It is very complicated to adjust the film loading of the general bagging machine, which has high requirements on the environment and the quality of the workers.

In actual operation, after the workers finish weighing the yarn bobbins, they need to arrange the yarn bobbins uniformly in the way of top small bottom big and top big bottom small intervals, and then place them on the conveyor belt. The workload is heavy and easy Damage to bobbins

In the prior art, the overturning movement is used to solve the problem of yarn bobbin placement, but a segmented structure is adopted for the overturning movement, that is, the overturning action is completed first, and then the yarn bobbin is sent into the propulsion track, and then pushed into the coating process again. The overall process requires Change the direction of motion three times, not very efficient

In addition, in actual production, the machine will cause dust to float in the air during the process of false twisting of the yarn. The structure of the old-fashioned machine does not take dust-proof measures for this, so it will cause hidden dangers due to the accumulation of dust in the workshop, and workers need to clean it regularly.

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