Method and equipment for determining commodity reallocation demand

Abstract

The invention aims to provide a method and equipment for determining a commodity reallocation demand. According to the method and the equipment, a commodity reallocation demand result can be automatically calculated according to a business basic parameter and a historical business number. For a single commodity, the replenishment demand of each size generated by retail and the replenishment demandof the size generated by code breakage are summarized, and details are given to the replenishment demand finally output by the commodity. According to the method and equipment disclosed in the invention, enterprises can be helped to realize automatic calculation of replenishment demands of commodities in a single store, and store stockout and overstock phenomena are reduced. Enterprises can be helped to accurately calculate replenishment requirements, stockout scenes are reduced, and the end-of-season inventory backlog degree is reduced. According to the method and the equipment disclosed inthe invention, commodity reallocation demand details are intelligently and automatically output, the repeated labor complexity of manual operation is reduced, the working time of staff is released, enterprises are helped to control compile, and the labor cost is saved.

Description

technical field [0001] The invention relates to the field of computers, in particular to a method and equipment for determining the demand for commodity adjustment. Background technique [0002] In retail enterprises, replenishment of terminal stores is one of the daily necessary tasks. At present, most enterprises are manually replenishing commodities. The experience and level of judging the quantity of commodity replenishment among employees are uneven. For a single store For a single SKU (Stock Keeping Unit), when the quantity of replenishment is too large, it will cause a backlog of store inventory and occupy the display area of ​​the store. [0003] In addition, for the replenishment needs of different stores, it is necessary to consider multi-dimensional factors such as store level, product level, number of weeks of inventory available for sale, and full code rate. The calculation logic is complex, and the manual operation is inefficient and accurate. Contents of the...

AI Technical Summary

Problems solved by technology

[0002] In retail enterprises, replenishment of terminal stores is one of the daily necessary tasks. At present, most enterprises are manually replenishing commodities. The experience and level of judging the quantity of commodity replenishment among employees are uneven. For a single store For a single SKU (Stock Keeping Unit), when the quantity of replenishment is too large, it will cause a backlog of store inventory and occupy the display area of ​​the store.

[0003] In addition, for the replenishment needs of different stores, it is necessary to consider multi-dimensional factors such as store level, product level, number of weeks of inventory available for sale, and full code rate. The calculation logic is complex, the efficiency of manual operation is low, and the accuracy is poor.

Images