Commodity object transfer method and device

Abstract

The embodiments of the present application disclose a method and device for allocating commodity objects, wherein the method includes: determining the commodity objects that need to be automatically allocated, transferring them into the warehouse, and transferring them out of the warehouse; determining the order cutoff time and actual execution of the transfer out of the warehouse The actual allocation date, allocation cycle and allocation aging of the allocation operation; on the first actual allocation day of the first allocation cycle, the first allocation arrival date of the first allocation cycle is determined based on the allocation aging, and based on the first allocation The target inventory on the arrival day and the estimated real-time inventory until the first allocation arrival date are used to determine the allocation amount on the first actual allocation day; a transfer order is generated based on the transfer into the warehouse, the transfer out of the warehouse and the transfer amount, and The transfer order is sent to the warehouse server before the order cut-off time for transferring out of the warehouse. Through the embodiments of this application, automatic allocation of commodity objects can be realized.

Description

technical field [0001] The present application relates to the technical field of allocating commodity objects, in particular to a method and device for allocating commodity objects. Background technique [0002] In some e-commerce trading platforms, a unified logistics management system is provided, which is generally called 4PL. The so-called 4PL means that the platform purchases warehouse resources and distribution resources from third-party storage and distribution service providers, or the platform can also build its own warehouse resources and distribution resources, and then release this resource packaging service in the system. Merchants can customize the warehouse resources and distribution resources provided by the platform according to their own needs, and carry out operations such as distribution of goods to their customized warehouses. Afterwards, when buyers purchase the merchant's products, they can be routed to the most matching warehouse, and through A pre-o...

AI Technical Summary

Problems solved by technology

[0004] However, in the prior art, the transfer process usually requires the seller to manually generate a transfer order according to the sales situation of each warehouse

However, there are at least the following problems in this method: a merchant usually has multiple SKUs (StockKeeping Units) for sale at the same time, and if each SKU needs to be manually allocated, the workload of the merchant is large and error-prone

In addition, each warehouse generally has an order cut-off time, after which no request will be accepted. Therefore, merchants are required to perform manual transfer operations before the warehouse’s cut-off time, including generating a transfer order, and then sending it to Warehouse system, etc., once the manual transfer operation is later than the cut-off time, it cannot be transferred in time, which may lead to insufficient inventory in the warehouse, etc.

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