RFID intelligent environmentally-friendly express parcel congregated package sorting management system

Abstract

The invention discloses an RFID intelligent environmentally-friendly express parcel congregated package sorting management system. The system is characterized in that the system comprises a conveyor belt line, a passage door fixed above the conveyor belt line, a plurality of intersecting belts fixed at one side of the conveyor belt line, sorting mechanical arms which are fixed at the other side ofthe conveyor belt line and are in one-to-one correspondence with the intersecting belts, and an express parcel congregated package which moves with the conveyor belt line; the express parcel congregated package is provided with at least one RFID chip; classification attributes are written into the RFID chips; the passage door is provided with at least one RFID reading head; the RFID reading headsare connected with a card reader; the card reader is connected with a controller; classification attributes read by the RFID reading heads are transmitted to the controller; and the controller is connected with the sorting mechanical arms and controls the movement of a corresponding sorting mechanical arm according to the classification attributes, so that the sorting mechanical arm can push theexpress parcel congregated package into the intersecting belt. With the RFID intelligent environmentally-friendly express parcel congregated package sorting management system of the invention adopted,recognition speed is accelerated, the service life of the express parcel congregated package is prolonged, and the management of express parcel bags is realized.

Description

technical field [0001] The invention relates to the field of express delivery sorting, in particular to an RFID intelligent environment-friendly express package collection and sorting management system. Background technique [0002] In the traditional sorting center, large-pack sorting is currently mainly through video recognition. The video at the loading port reads the industrial camera, extracts the destination of the large-pack goods and points to the one-dimensional / two-dimensional code label paper, to achieve large-scale Information entry for packet sorting lines. [0003] This kind of operation is related to the traditional woven bag as the mainstream operation in the express delivery industry, and now the express delivery industry will use a large number of environmentally friendly express bags with a design life of 300 times and an annual cycle of about 100 times. The characteristic identification technology unit is used to optimize the production process and impro...

AI Technical Summary

Problems solved by technology

[0006] 1) For video reading, workers are required to face up the barcode label surface, which will reduce the efficiency of the process operation during work, especially for large-scale operations;

[0007] 2) The sticker has a certain wear probability, and the overall recognition success rate will gradually decrease during multiple transfers;

[0008] 3) A sticker is a material, and video recognition has minimum requirements on the visible width and size of the barcode, which increases material loss. The daily printing volume in the entire express delivery industry is at least 4 million to 6 million orders, and the cumulative material loss is very high. Big;

[0010] 5) The reading and shipping operation of video information, currently in the sorting center, due to the face-to-face operation facing upwards, the process design, the difficulty of video recognition deployment and card positions, etc., it is not possible to invest in an overly complicated recognition process, so it is handed over between carriers Among them, there is an overlord clause, that is, the distribution center assumes that the goods will not be lost. As long as the distribution center has the extraction information, it is assumed that the goods have been sent out. This is an actual information blind spot.

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