Planar dynamic on-line flexible single-combining system

Abstract

The invention discloses a planar dynamic on-line flexible single-combining system and belongs to the technical field of material sorting conveying of logistics systems. The planar dynamic on-line flexible single-combining system comprises a main conveying line and at least one bypass conveying line arranged on at least one side of the main conveying line, wherein the main conveying line is composed of a plurality of conveying devices; the bypass conveying line is composed of a plurality of conveying devices; the quantity of bypasses and the quantity of the devices forming the bypass conveying line can be set according to the practical working requirement; all the conveying devices are in information connection with a computer dispatching system.

Description

technical field [0001] The invention discloses a plane dynamic online flexible order combination system, which belongs to the technical field of logistics system material sorting and conveying. Background technique [0002] When carrying out order sorting operations in distribution centers, it is often necessary to combine orders for materials sorted between different areas and stations. Currently, there are two commonly used methods, one is the fully automatic centralized order combination method , the sorted materials in different sorting areas are transported to a single order equipment through the conveyor line, and the equipment automatically combines the orders; the other is the manual picking method, and the staff will place the orders one by one according to the person-to-order picking method. The materials are sorted out and consolidated into orders. The first fully automatic centralized order collection method is adopted. Since the number of order lines for sortin...

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Problems solved by technology

The first fully automatic centralized order collection method is adopted. Since the number of order lines for sorting materials in each area is different, the length of delivery to the order collection point is different, and there will often be waiting for each other, which consumes the sorting time of the system and reduces The sorting ability and efficiency of the system have been compromised, and it is increasingly unable to meet the customer's requirements for the service level of the distribution center; the second manual picking method is adopted, which is slow, has a high error rate, and is labor-intensive. In the current shortage of human resources Under the circumstances, human resources cannot be guaranteed, and this low-efficiency model has gradually failed to meet the needs of current social and economic development.

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