A storage and distribution method for steel strand finished products

Abstract

The invention discloses a steel strand finished product storage and distribution system and method. The system comprises a storage area configuration module, a product warehouse-in registration module, a storage space allocation module, a product distribution warehouse-out module, a product storage management module and a storage scene visualization module. The method includes the steps: setting storage area function partitions and designing shapes and sizes of different storage stack types; dividing and numbering cargo spaces; registering steel strand finished product warehouse-in information in real time or in batch; allocating the steel strand finished product cargo spaces, generating a steel strand finished product cargo space carrying scheme and carrying steel strand finished products; calculating distribution of the steel strand finished products according to different transport means and generating a steel strand finished product distribution scheme when the steel strand finished products need to be transported; discharging the steel strand finished products from a warehouse, loading the steel strand finished products into the transport means and finishing distribution. By considering bulk shipment, storage stack type design and storage area configuration are restrained, storage and distribution are integrated and optimized online, and storage logistics multi-dimensional visualization is realized.

Description

technical field [0001] The invention belongs to the technical field of logistics, and in particular relates to a storage and distribution system and method for steel strand finished products. Background technique [0002] As an important metal product, steel strands are widely used in basic construction projects such as railways, highways, airports, power stations, and dams, as well as residential construction projects. With the continuous expansion of the demand for steel strands, the output of enterprises continues to increase, and the storage and shipment of finished steel strands are also increasing, which makes the logistics management problems at the end of the steel strand production line of enterprises increasingly prominent. [0003] There are more than 20 varieties and specifications of steel strand products. Considering the market orientation and giving full play to the capacity of production equipment in the actual production, a mixed production mode of order-ori...

AI Technical Summary

Problems solved by technology

[0005] (1) Steel strand finished products of different production times, weights and types are mixed and stacked in the warehouse, making it difficult to realize the orderly storage of steel strand finished products;

[0006] (2) In order to ensure the loading tolerance (quantity and weight) constraints of the means of transportation, the finished products in storage need to be stacked multiple times during transportation and stowage, and suitable products are selected, which increases the possibility of damage to the finished products;

[0007] (3) Manual allocation of vehicles, resulting in "weight loss" (dissatisfaction with allocation of vehicles) and delays in delivery, resulting in loss of capacity and freight;

[0008] (4) The logistics operation cycle is long, the labor load is heavy, and it is difficult to meet the needs of product delivery during the peak period;

[0009] (5) It is difficult to fully grasp the inventory and shipping information, and it is difficult to realize the first-in-first-out requirement of products;

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