Sorting system applied to second-level and third-level parcel sorting processing centers

Abstract

The invention discloses a sorting system applied to second-level and third-level parcel sorting processing centers. The sorting system comprises a climbing belt conveyor, a linear belt conveyor, at least four matrix sliding grooves, at least two bull's-eye tables, a cage trolley and a mailbag rack; the liner belt conveyor is connected with the climbing belt conveyor, the matrix sliding grooves are evenly distributed at the two sides of the linear belt conveyor, and each matrix sliding groove comprises a sliding groove inlet, a partition plate which is arranged in the sliding groove inlet and divides the sliding groove inlet into to inlet bodies, a straight sliding groove communicated with one inlet body and a turn sliding groove communicated with the other inlet body; the cage trolley is located at the tail ends of the straight sliding grooves; the mailbag rack is located at the tail ends of the turn sliding grooves; the bull's-eye tables are evenly distributed at the two sides of the linear belt conveyor, and a belt of the linear belt conveyor, the bull's-eye tables and the sliding groove inlets are flush in height. According to the sorting system, limited resources of the second-level and third-level parcel sorting processing centers are fully utilized, not only is the parcel sorting efficiency greatly improved, but also the labor intensity of workers is reduced, and the cost of manpower and material resources is effectively reduced.

Description

technical field [0001] The invention relates to a parcel sorting system, in particular to a sorting system applied to secondary and tertiary parcel sorting processing centers. Background technique [0002] With the rapid development of e-commerce and the continuous advancement of the Internet of Things, the daily transfer volume of various postal parcels, express mail, and e-commerce items continues to increase, and then the workload of sorting also shows a sharp increase. However, the current second and third-level sorting processing centers cannot fully realize intelligent sorting due to limitations in package volume, space, and cost. Traditional manual sorting is still the main method, and traditional manual sorting methods require workers to Packages on the belt conveyor are picked and scanned, then turned around and loaded into cage cars or into pouches. [0003] The existing manual sorting method requires a lot of human labor in the process of picking-scanning-turning...

AI Technical Summary

Problems solved by technology

However, the current second and third-level sorting processing centers cannot fully realize intelligent sorting due to limitations in package volume, space, and cost. Traditional manual sorting is still the main method, and traditional manual sorting methods require workers to Packages on belt conveyors are picked and scanned, then turned around and loaded into cage cars or into pouches

[0003] The existing manual sorting method requires a lot of human labor in the process of picking-scanning-turning-stacking. Workers who have been engaged in this occupation for a long time are prone to occupational diseases, and the number of sorting bays that are manually responsible for is limited, so the efficiency is extremely low.

When the number of compartments each person is responsible for increases, it is bound to require workers to increase the number of times of walking back and forth, squatting and lifting packages to compartments of different heights on the basis of picking-scanning-turning, which greatly increases the cost of manpower and material resources

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