Separation method of side-by-side parcels

Abstract

A separation method of side-by-side parcels separate parcels in the frontmost position one by one in a targeted manner to achieve high-speed separation and one queue transportation of parcels in batches, thereby achieving the maximum rate of subsequent single code-scanning operation, reducing an omission factor and improving the efficiency of integral sorting operation. The separation method comprises the following steps: dispersing: dispersing the parcels reaching a dispersing device from a conveying line through an angle difference existing in the conveying direction, and reserving a gap between adjacent parcels; detection and identification: photographing and identifying the detected parcels through a visual identification device, and obtaining the three-dimensional size and real-time position data of each parcel; separating, namely applying different conveying speeds to the identified adjacent parcels through a separating device, wherein the first parcel identified as the front position arrives at the side device at a high speed, and so on; and single row queueing: conveying different parcels arriving at the side device in sequence forwards in a single-row queue mode.

Description

technical field [0001] The invention relates to a method for separating side-by-side parcels for high-speed sorting of goods, belonging to the field of logistics sorting. Background technique [0002] The current logistics sorting operation site in the e-commerce and express delivery industry usually adopts the front-end manual loading operation mode to manually separate a large number of piles of packages entering the conveyor line to facilitate subsequent scanning and information entry. [0003] The front-end manual feeding method of the existing high-speed sorting machine requires multiple staff members. Sorting equipment usually operates at a relatively high speed and cannot be shut down. Correspondingly, the quality requirements for manual loading personnel are relatively high, and the on-site labor intensity is also relatively high. If there is a slowdown in the processing speed of uploading items during the period, there will still be a large number of piles of goods...

AI Technical Summary

Problems solved by technology

[0005] As in the above-mentioned prior application scheme, its disadvantages and deficiencies include: 1. How can the detected and separated parcels be spaced in a limited manner before entering the different strip conveyor belts formed by adjacent spacing slots? Or is it still pre-processed by means of manual division? The previous application did not give enough disclosure, and there are gaps in the specific application of the separation technology; 2. It did not solve the identification and subsequent separation of multiple positional relationships between adjacent packages, and the problems solved are limited and need to be further studied 3. Separation and disposal through sensor signal triggering, the processing speed is low, and it is difficult to meet the existing on-site processing requirements of high-speed and batch packages; 4. The separated packages are still in a discrete state, which is not conducive to subsequent single scanning size, the omission ratio is still large

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