Warehouse location allocation method for layered stereoscopic warehouse with adjustable inter-layer height

Abstract

The invention discloses a warehouse location allocation method for a layered stereoscopic warehouse with adjustable inter-layer height. The method comprises the following steps: A, space identification; B, warehoused goods information processing; C, goods screening; D, inter-layer distance setting; E, inter-layer distance adjustment; F, warehousing information feedback, G, subsequent goods warehousing; H, to-be-warehoused goods warehousing and I, goods discharging from the warehouse. The invention aims to provide the warehouse location dynamic allocation method which can realize real-time warehouse input and output, warehouse location dynamic allocation and a high warehouse location utilization rate; according to the layered stereoscopic warehouse with adjustable inter-layer height, the warehoused goods are processed through an algorithm; and automatic adjustment of the inter-layer height is realized by controlling power devices on two ends of the warehouse according to a processing result, so that an optimum inter-layer distance is obtained, and space waste of a traditional layered warehouse in the height direction is reduced.

Description

Technical field [0001] The invention relates to the technical field of storage equipment, in particular to a storage location allocation method of a layered three-dimensional warehouse with adjustable heights between layers. Background technique [0002] The layered three-dimensional warehouse adopts high-rise shelves and three-dimensional storage, which can effectively use the space, reduce the floor space and reduce the land purchase cost. However, because the high-level racks are stored in units of standard cargo grids, they have certain limitations on the types of goods stored and because the existing layered warehouse has a fixed upper and lower spacing between each layer, it is necessary to store goods with various specifications and sizes. , Either cannot be stored in, or the space waste in the height direction between each layer is very serious. In addition, intelligent delivery cannot be realized, and only first-in-first-out can be guaranteed, resulting in a situation w...

AI Technical Summary

Problems solved by technology

However, because the high-rise shelves are stored in units using standard cargo grids, there are certain limitations on the types of stored goods, and because the upper and lower distances between each floor of the existing storey warehouse are fixed, it is difficult to store goods with various specifications and sizes. , or it cannot be stored, or the space waste in the height direction between layers is very serious

And it can't realize intelligent out of the warehouse, it can only guarantee first-in first-out, so that the goods are stranded, causing a certain inventory burden

Images