Combined conveying sliding groove structure of parcel sorting system

Abstract

The invention discloses a combined conveying sliding groove structure of a parcel sorting system. The combined conveying sliding groove structure comprises a parcel inlet straight groove, special-shaped bending sliding grooves, flow gathering straight sliding grooves, a parcel outlet speed reduction adjusting plate and a photoelectric detection device used for collecting parcel data; a separation plate for separating the parcel inlet straight groove into two groove openings is arranged in the parcel inlet straight groove; the two special-shaped bending sliding grooves are correspondingly communicated with the two groove openings obtained after separation of the parcel inlet straight groove; the two flow gathering straight sliding grooves are correspondingly communicated with the two special-shaped bending sliding grooves; the photoelectric detection device is arranged on the flow gathering straight sliding grooves, and the parcel outlet speed reduction adjusting plate is arranged at the tail ends of the flow gathering straight sliding grooves; the combined conveying sliding groove structure is simple, reasonable in design and convenient to use, parcels are safely and stably transported, the sorting efficiency is high, the manufacturing cost is low, occupied space is small, and therefore the structure is suitable for being applied and popularized.

Description

technical field [0001] The invention relates to the field of postal express delivery, in particular to a combined conveying chute structure of a parcel sorting system. 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. Therefore, how to fully arrange more combined chutes and form more sorting gaps under the condition of equal land area and equal number of double-deck sorting trolleys, so as to quickly and finely sort the parcels on the sorting trolleys Picking up to each detailed location area has become the top priority of the sorting work. [0003] However, the existing combined chute generally has the following defects: [0004] (1) The sliding effect is poor, sometimes the package is difficult to slide down, and sometimes ...

AI Technical Summary

Problems solved by technology

[0004] (1) The sliding effect is poor, sometimes the package is difficult to slide down, and sometimes the package slides too fast, which makes it easy to be damaged by impact;

[0005] (2) The combined chute is mainly assembled with spiral blades, and the processing of the spiral blades is limited by the mold. The cost of forming and trimming a set of spiral blade molds is as high as one million, and the size is limited. The space environment of each site is different. The types of sorting packages are different. When it is necessary to change the blade lead and groove width, the molded blades are almost waste products;

[0006] (3) The transition section between the combination chute and the blade needs radial bending to complete the special-shaped transition, which is difficult to process, has a large number of bending knives, and the installation dimensional accuracy is not high, making on-site assembly difficult;

[0007] (4) Due to the structural design defect of the combined chute, the number of chutes in the entire sorting loop line is small, and the chute cannot be fully covered;

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