Processing system and method of warehouse inventory turnover

Abstract

The invention provides a processing system and a processing method of warehouse inventory turnover. The processing system of the warehouse inventory turnover comprises a data collection unit used to collect goods outbound data in a preset statistics period, a popularity calculation unit used to calculate goods popularity based on the collected goods outbound data, an outbound quantity prediction unit used to predict the goods outbound quantity in a unit outbound period based on the collected goods outbound data, an inventory day setting unit used to set the number of safety inventory days and the maximum number of inventory days of goods based on the calculated goods popularity, an inventory quantity calculation unit used to calculate the safety inventory quantity and the maximum inventory quantity of the goods based on the predicted goods outbound quantity, the set number of the safety inventory days and the set maximum number of the inventory days and a task allocation unit used to allocate inventory turnover tasks based on the available inventory quantity of goods picking sites, the calculated safety inventory quantity and the calculated maximum inventory quantity of the goods.

Description

technical field [0001] The invention relates to warehouse inventory management, in particular to a processing system and method for warehouse inventory circulation. Background technique [0002] Warehouse inventory management is an important link in the management of e-commerce enterprises, and warehouse inventory circulation is an important link in warehouse inventory management. Untimely replenishment in the warehouse will cause delays in the delivery of orders, and untimely transfer of warehouses will cause Unreasonable occupancy of storage space. [0003] The inventory replenishment logic of the warehouse management system (WMS) currently adopted by e-commerce companies is to divide the inventory locations into picking locations and replenishment locations, and when the inventory of the picking location is less than the set value, Execute the replenishment tasks of the replenishment slots, where the replenishment tasks are further divided into active replenishment tasks...

AI Technical Summary

Problems solved by technology

[0004] However, the safety stock and the maximum stock of the picking location of the WMS in the prior art are both statically set, which causes the replenishment of the goods to be usually Unable to meet expectations, resulting in more invalid operations in the library

Moreover, in the WMS in the prior art, due to the need for staff to manually set and update the safety stock and maximum stock of the picking position according to the statistical data of past orders, the operation is cumbersome, and the setting The value is dynamically updated with the actual delivery of the goods

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