Purchase-sales-stock management method applied to intelligent retail platform

Abstract

The invention discloses a purchase-sales-stock management method applied to an intelligent retail platform, and the method comprises the following steps: issuing a purchase order, carrying out the warehousing operation after purchase, and increasing the inventory of a commodity warehouse after warehousing; if commodity allocation needs to be carried out, enabling the allocation party to issue a notification, enabling the allocation work order to take effect after the opposite party confirms that the allocation work order takes effect, enabling the allocation party to carry out commodity ex-warehouse and generate an ex-warehouse record, reducing warehouse inventor, and increasing in-transit inventory depending on an allocation task; when the equipment is out of stock, issuing an equipment replenishment work order; enabling warehouse keepers to carry out commodity delivery, reducing warehouse inventory, and increasing in-transit inventory depending on replenishment work orders; after a replenisher replenishes goods on designated equipment, generating a replenishment record, reducing in-transit inventory, and increasing equipment inventory. By means of the mode, the commodity storageposition can be accurately positioned, the commodity link can be tracked, financial reconciliation can be accurately conducted to avoid losses caused by misoperation and the like, and management refinement and user physical examination are improved.

Description

technical field [0001] The invention relates to the field of retail platforms, in particular to a management method applied to commodity procurement, sales and inventory processes in a smart retail platform. Background technique [0002] In the era of the Internet of Everything, there are more and more types of products that can be retailed, and the life cycle of retail products is diverse. It is necessary to accurately track the data from the cycle of procurement, warehousing, allocation, delivery, equipment replenishment, sales, returns, and product damage. It is very difficult to take inventory of the number of goods in stock and where they are stored. Without a systematic purchase, sale, and inventory management method, operators have nowhere to start inventory counts, and it is difficult to count their purchase costs and sales revenue, which is the basis for the survival of smart retail systems. [0003] The traditional method is to ignore the record of goods out of th...

AI Technical Summary

Problems solved by technology

[0004] 1. It is impossible to accurately locate the product by using the traditional method: because the product inventory does not distinguish between the vending machine and the warehouse, it is impossible to accurately locate the storage location of the product, and it is impossible to determine which vending machine the product is sold on, or even distinguish whether the product is in the vending machine or stored in the warehouse;

[0005] 2. It is impossible to track the link of the product using the traditional method: because the system does not record the delivery history of the product, the sold product cannot be associated with the purchased product, and the production date, expiration date and other attributes of the product cannot be tracked, let alone the problematic one. From which supplier the goods are purchased, quality problems and returned goods are difficult to deal with;

[0006] 3. It is impossible to accurately locate the reconciliation problem by using traditional methods: due to the inability to accurately check the inventory of commodities and the difficulty of tracking commodity links, it is impossible to accurately find the problematic link when there is a problem with financial reconciliation, and there is no effective way to avoid the loss caused

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