Matrix type sorting system

Abstract

The invention discloses a matrix type sorting system, belongs to automatic logistic sorting devices, and aims to provide an automatic logistics sorting device which is good in system allocation flexibility and high in sorting efficiency and automation level. The matrix type sorting system comprises a plurality of article stacking platforms, article supplying devices, a conveying line and a sorting and collecting device, wherein the conveying line is formed by a plurality of longitudinal conveying lines (5), transverse conveying devices (4) located above the longitudinal conveying lines (5) and reversing devices (3) located between every two adjacent longitudinal conveying lines (5); each article supplying device (2) is communicated with an adjacent longitudinal conveying line (5) or an adjacent transverse conveying device (4) through another reversing device (3); the sorting and collecting device is communicated with all longitudinal conveying lines and is formed by a sorting device (6) and a collecting device (7). The matrix type sorting system provided by the invention has the advantages that the structure is simple, standard designing, manufacturing and maintaining are facilitated, and the article sorting is continuous, ordered, accurate and efficient.

Description

technical field [0001] The invention relates to a logistics sorting system, in particular to a matrix type logistics automatic sorting system; it belongs to a logistics automatic sorting device. Background technique [0002] When it is required to automatically sort items according to their destinations, a cross-belt sorting system that can be arranged in a circular or straight line, or a slider sorting system, or a tray sorting system, or a scale sorting system is generally used system, or steel belt sorting system and other forms of sorting devices to automatically complete the sorting operation. The object carriers in the above-mentioned traditional sorting system all adopt closed-loop hard connection mode, and each carrier needs to run or stop synchronously, and generally has the following defects: [0003] 1. The system has poor flexibility and scalability, and the sorting efficiency is limited. [0004] 1) The sorting efficiency is limited by technical parameters suc...

AI Technical Summary

Problems solved by technology

[0003] 1. Poor system flexibility and scalability, limited sorting efficiency

[0004] 1) The sorting efficiency is limited by technical parameters such as the running speed of the closed-loop line and the distance between the carrier trays, so there is a theoretical maximum value and cannot be infinitely improved;

[0005] 2) During the sorting operation, it is difficult to accurately and effectively correspond between the objects on the feeding equipment and the carrier tray, which often results in the no-load operation of the carrier tray, which reduces the actual sorting efficiency of the system;

[0006] 3) Once the system is designed, the core indicators such as equipment scale and sorting efficiency are relatively fixed. It is difficult to adjust and improve the system after it is put into use, and it can only match the current demand; Destinations increase, sorting efficiency requirements increase), these systems are almost difficult to increase equipment scale and sorting efficiency to adapt to business changes;

[0007] Therefore, the system has poor flexibility and scalability, limited sorting efficiency, difficult follow-up adjustments, and cannot flexibly adapt to changes in business changes and sorting efficiency and other indicators.

[0008] 2. The availability of the system is low

[0009] 3. The equipment structure is complex, maintenance is difficult, and the cost performance is poor

Due to the complex structure of the system equipment and high requirements on materials and manufacturing processes, not only the cost is high, but also the follow-up maintenance is difficult

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