Filter stick production logistics system based on filter stick box set material rack

Abstract

The invention discloses a filter stick production logistics system based on a filter stick box set material rack. The system comprises a box folding region, a filter stick production region, an entire-pallet stacking packing region, a box type packing stacking region, a filter stick box storage region and a logistics central control module; the filter stick production region is separately connected to the entire-pallet stacking packing region, the box type packing stacking region and the filter stick box storage region, and the logistics central control module is separately connected to the box folding region, the filter stick production region, the entire-pallet stacking packing region, the box type packing stacking region and the filter stick box storage region. The system is the production logistics system which can realize box folding, material supply, boxing, packing and stacking. The whole system comprises six working regions which are associated with one another and becomes an organic whole which supports diversified filter stick flexible production and can recognize and control information streams in links of the production logistics. The system disclosed by the invention needs not to be carried manually, so that the labor intensity of workers is small, automatic production of multi-specification filter sticks is met, the production management efficiency is high, and the quality is high.

Description

technical field [0001] The invention belongs to the technical field of filter rod production logistics, and relates to a filter rod production logistics system based on a filter rod box assembly rack. Background technique [0002] At present, the production process layout of a professional filter rod manufacturer is mainly to arrange a temporary storage station for the filter rod box skin next to the filter rod forming unit, and manually transport the filter rod box skin tray to the temporary storage station of the required production unit. After manually decomposing the box skin, the box is folded, and the folded filter rod boxes are placed one by one on the upper platform of the forming machine assembly box machine. The produced filter rods are boxed and then output through the lower platform, and then manually moved out from the lower platform. And complete the packaging at the packaging station next to the unit. [0003] The packaging of filter rod boxes usually has two...

AI Technical Summary

Problems solved by technology

This filter rod production process mode has the following problems: ①Manual labor intensity is high, and a variety of materials need to be moved multiple times to complete a package and palletize, so as to complete palletizing, processing partitions, wrapping, and bagging , Outer packing box forming, packing, sealing, and full-box handling; ②The number of crew members is required to be large. Since various operations require multiple people to cooperate at the same time, each machine needs to be equipped with a group of operators. An average of 3 people / group, resulting in a large number of operators; ③ there are differences in the quality of packing, because it is manual work, the quality of packing is easily affected, and is closely related to people's emotions, physical conditions, work attitudes, etc., and cannot be effectively guaranteed ;④The operating environment of the production machine is poor, which can easily lead to quality problems; there are paper partition stacks, plastic partition stacks, filter rod box leather stacks, outer packaging carton leather stacks, plastic bags and other materials around the machine, and Packed and stacked filter rod solid trays also need to carry out various operations such as filter rod box handling, palletizing, bagging, unpacking, and packing, which interfere with each other and interfere with each other. Lead to production quality accidents; ⑤Because there are many varieties and specifications of filter rods, the production unit often changes production grades, resulting in difficulties in production organization, excessive ineffective material handling, low production management efficiency, and prone to errors and quality accidents

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