Dynamic goods allocation intelligent storage method

Abstract

The invention provides a dynamic goods allocation intelligent storage method. The method comprises the following steps: S1, warehousing goods; the to-be-warehoused goods are warehoused according to the dynamic goods allocation rule; in the step S2, goods allocation and inventory attributes are given to the goods; the goods entering the warehouse are placed on any free goods allocation, the goods allocation and inventory attributes are given according to the material classification, work order, order and batch attributes of the goods, and warehousing is completed; s3, delivering the cargos from the warehouse; according to the attributes given to the goods locations during warehousing, the corresponding goods locations are matched according to a first-in first-out rule, and suggested goods locations are provided for warehouse managers; s4, empty goods allocation release; and after warehouse-out is completed, the empty goods allocation with attributes is released in a timed monitoring mode, so that the empty goods allocation is changed into an empty free goods allocation to be used for next warehouse-in business. According to the invention, all the goods locations in the warehouse can be effectively utilized, the goods locations are effectively and fully managed and constrained, the possibility of warehouse explosion is reduced, the dependence of fixed goods locations on the experience of warehouse managers is eliminated, and the warehousing efficiency of the warehouse managers is improved.

Description

technical field [0001] The invention relates to the technical field of intelligent warehousing, in particular to an intelligent storage method for dynamic goods positions. Background technique [0002] At present, the mode of storage space is mainly free space or fixed space. Free storage space is also called "free material space" or "random storage space". During its use, each storage space can store any kind of material (except for those that have adverse effects on each other). As long as the storage space is free, all kinds of goods can be stored in the warehouse. Generally, warehouses managed by computer systems should choose this management method. Fixed storage space is also called "fixed material level", which strictly stipulates that only a certain specification and variety of goods can be stored in a certain storage space during use, and other goods cannot be stored. [0003] For the above two cargo location modes, there are corresponding defects: [0004] 1. F...

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Problems solved by technology

[0004] 1. For the free cargo space mode, the goods in each cargo space are often changed, and each material has no fixed position. It is difficult for the warehouse keeper to find the goods, which can easily lead to reduced shipping efficiency or even wrong goods;

[0005] 2. For the free storage space model, the warehouse management lacks a clear review method for the specific situation of specific material classification macroscopically, lacks a certain definition of the storage space that has been placed in the goods, and lacks the necessary management constraints, resulting in bit management confusion

[0006] 3. For the fixed cargo space model, some cargo spaces are often vacant, which leads to the inability to achieve the maximum efficiency of the utilization of the cargo space

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