Order delivery method and device

Abstract

The invention discloses an order delivery method and device, and relates to the field of intelligent logistics. A specific embodiment of the method comprises the steps that a user order is received, article information in the order and a warehouse set corresponding to the order are determined, and each warehouse in the warehouse set stores at least one article in the order; according to the article information in the order, the priority of each warehouse in the warehouse set and the order warehouse-out configuration information, an order warehouse-out strategy is executed to determine warehouse-out warehouse information corresponding to the order, and the order warehouse-out strategy is composed of a plurality of sub-strategies with different priorities; and sending the ex-warehouse information for the ex-warehouse warehouse to carry out ex-warehouse operation on the order. According to the implementation mode, through the order delivery strategy composed of the plurality of sub-strategies with different priorities, the order delivery requirements in different scenes can be met, the order delivery failure probability is reduced, the logistics distribution efficiency and timeliness are improved, and the distribution cost is reduced.

Description

technical field [0001] The invention relates to the field of intelligent logistics, in particular to a method and device for order delivery. Background technique [0002] Order sourcing refers to sending items purchased by customers to one or more warehouses based on the inventory of each item in the warehouse. The current order sourcing, for self-operated orders on e-commerce platforms, usually when customers place an order, they first go to the front-end distribution center (FDC) warehouse to check the inventory. If they cannot meet the requirements, they go to the regional distribution center (RDC) warehouse to check the inventory. If it can be satisfied, the order will be sent to the corresponding warehouse, otherwise the order will fail, and the same item (also called SKU, the abbreviation of Stock Keeping Unit, each item has a unique SKU number), can be shipped from at most one warehouse library. For non-self-operated orders, you need to maintain the national warehou...

AI Technical Summary

Problems solved by technology

[0003] There are at least the following problems in the existing technology: the self-operated orders of the platform do not support cross-region delivery, and customer orders can only be completed when they are transferred between warehouses, or when the out-of-stock warehouse is replenished; A warehouse completes the delivery of an item

For non-self-operated orders, the order will be shipped out according to the priority to meet the order, which will cause a large number of orders to be split into more warehouses, which will increase the cost of the warehouse in the picking, packaging, and logistics distribution links.

At the same time, no matter whether it is self-operated or non-self-operated order sourcing method, it does not support shortage delivery. For orders with a large number of items, it will increase the probability of delivery failure and cause losses.

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