Goods separation single-piece arrangement method

Abstract

The invention relates to a goods separation single-piece arrangement method. Goods are scattered front and back and have distances one another, and then scattered right and back and have distances one another, then the size, the position coordinates and the adjacent relation of each piece of the goods are recognized based on an application image recognition algorithm so as to determine the sequential conveying sequence, on the basis of adjusting the goods state to a set direction, a high-speed separation and single-queue conveying mode of batch goods is realized, so that the design purposes of directional arrangement and queue shunting of the goods are expected to be realized, and sufficient preparation is provided for subsequent cross belt sorting and bar code scanning of the goods, so that correspondingly, the one-time single-piece scanning success rate and the sorting operation efficiency are improved. A separation single-piece arrangement device comprises an online conveying device, a stacked piece separation device, a scattering separation device, a single-piece separation device and a visual recognition device which are sequentially connected in the conveying direction.

Description

technical field [0001] The invention relates to a method for carrying out goods dispersion and attitude adjustment for queuing up and leading into a set sorting channel, which belongs 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, and manually separates a large number of piles of goods entering the conveyor line to facilitate subsequent scanning and information entry. At present, this kind of front-end manual feeding method requires multiple on-site personnel, and the sorting equipment usually runs at a high speed and cannot be shut down. Correspondingly, the manual loading personnel have high requirements for skills and quality, and the on-site labor intensity is also relatively high. . [0003] Once there is a problem of slowing down of the loading process, a large number of goods will be concentrated in...

AI Technical Summary

Problems solved by technology

[0005] As mentioned above, the prior application has the following obvious disadvantages and deficiencies: 1. How can the goods to be detected and separated be spaced in a limited manner before entering different strip conveyor belts formed by adjacent spacer slots? Or is it still pre-processed by means of manual division? The previous application did not give sufficient instructions on the solution, but no matter how to solve such problems, the application did not mention how to solve the posture adjustment link before the goods enter the sorting channel

In fact, after the goods enter the sorting channel in different directions and angles, it is difficult for the automatic barcode scanning device to identify and enter information. Usually, such goods will directly enter the circulation channel for sorting and scanning identification again, unless there is manual intervention and Manual scanning, so the scanning efficiency is relatively low, and the sorting efficiency is difficult to improve

2. The judgment of the positional relationship between adjacent goods in the goods queue and the corresponding disposal have not been solved perfectly, resulting in that the adjacent goods have not been effectively separated in the vertical and horizontal conveying distances, leaving room for subsequent sorting and The operation time of barcode scanning is short, which increases the difficulty of sorting and scanning accordingly

3. The application is separated and processed through sensor signal triggering, the processing speed is low, and it is difficult to meet the existing on-site sorting requirements for high-speed, large-volume goods

4. The separated goods are still in a messy discrete state without forming a single queue, which is still not conducive to the subsequent single scanning operation, and the proportion of omissions is still relatively large

5. The angles of the separated goods are different, and it is impossible to guarantee whether the subsequent goods can be correctly transported to the cross belt

Images