Parcel splitting, re-packaging and conveying method

Abstract

The invention discloses a parcel splitting, re-packaging and conveying method. According to the parcel splitting, re-packaging and conveying method, the single-piece separation, automatic parcel feeding and packaging system after large parcels are split is improved, automatic single-piece separation and position adjustment are achieved, and sufficient preparation is provided for the parcels to enter a cross belt for sorting and automatic bar code scanning subsequently. The method comprises following implementation steps that (1) a large parcel is split into a plurality of small parcels in a parcel dismounting and unpacking area, and the parcels are supplied to a parcel supply conveying line; (2) the batch packages are pulled into a queue by adopting a single-piece separation assembly, and the position angle of the batch packages is adjusted; (3) the parcel queues are automatically conveyed to a cross belt sorting device through a guiding-in device; (4) the parcels are cyclically conveyed to a designated lattice opening device of the cross-belt sorting device through a sorting trolley and wait for sorting; (5) the parcels are unloaded and enter a material box of a designated automatic packaging device, and sorting is completed; and (6) the material box runs on a conveying line between a loading area and an unloading area in a turnover mode, and when the material box reaches a designated unloading grid opening, the parcels are unloaded and packaged.

Description

technical field [0001] The invention relates to a conveying method for automatically reloading and building packages after splitting large packages, belonging to the field of logistics sorting. Background technique [0002] In the logistics and sorting operation sites of the existing e-commerce and express delivery industries, in order to improve the delivery efficiency, multiple goods of the same destination and / or the same user are usually packaged into large packages. When sorting in and out of the warehouse and entering information, it is necessary to split the large package again, or rebuild the package according to the sorting task. [0003] The existing design scheme is that after the unpacking operation is performed in the unpacking area, multiple on-site operators manually load a single piece and manually adjust the position, angle and shape of the package on the conveyor line after loading, which not only has a large workload on site , The process is cumbersome an...

AI Technical Summary

Problems solved by technology

[0003] The existing design scheme is that after the unpacking operation is performed in the unpacking area, multiple on-site operators manually load a single piece and manually adjust the position, angle and shape of the package on the conveyor line after loading, which not only has a large workload on site , The process is cumbersome, time-consuming and labor-intensive; and the control accuracy of the manual single-piece separation method is low, causing many problems before the parcel enters the sorting loop, which directly affects the execution efficiency of the subsequent sorting process

On the other hand, when feeding small parcels or re-performing several parcels of the sorting task, the existing technology adopts manual bag hanging and parcel building operations, so it is still necessary to equip multiple workers along the sorting loop. Staff, according to the indication signal of the grid area, the staff need to rush between multiple stations multiple times and quickly, which not only results in a long process of building and hanging bags, high labor intensity, and correspondingly, it is necessary to reserve enough personnel to operate the site , It is not conducive to the miniaturization design of the whole reconstruction package conveying system and the improvement of automation level and sorting efficiency

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