Flexible bin allocation method for electric power materials

Abstract

The invention discloses a flexible bin allocation method for electric power materials, and the method comprises the steps: counting a current material storage condition through 3D visual management, and building a 3D model; creating a map navigation mode, and achieving accurate navigation of the driving track of the forklift in the warehouse; arranging a main control device and a positioning device arranged on a fine positioning crane body, so that automation of material hoisting operation is completed; classifying and designing storage units of the materials, and storing different to-be-stored materials in the storage units of the corresponding types; according to the type, the number and the size of the arriving material and the material storage condition 3D model of the current warehouse, allocating the to-be-stored materials to the corresponding storage allocation position; and achieving the visual management of the warehouse by sensing equipment. Warehouse business development requirements are combined, automatic and intelligent facilities and equipment are taken as a basis, a 3D visual management system is taken as a means, warehouse visual management, intelligent operation and standardized storage are realized, and a power grid leading intelligent warehouse is formed.

Description

technical field [0001] The invention relates to the field of warehouse management, in particular to a method for allocating flexible storage positions of electric power materials. Background technique [0002] For the warehouse of electric power materials, the general outdoor storage yard occupies a large area and has a wide variety of materials. When materials are put into storage, the warehouse keeper needs to spend a certain amount of energy and time to go to the site to measure, estimate and select the best storage area. However, in the process of positioning and placing materials after unloading, it was found that the actual required space still had a large error from the estimate. When the materials are out of the warehouse, the warehouse keeper needs to go to the area where such materials are stored in the outdoor yard to find out the specified batch of materials according to the information on the material on the outbound list. The goods can only be shipped after th...

AI Technical Summary

Problems solved by technology

After the monthly supply plan is generated, it is difficult for the warehouse keeper to accurately understand the existing storage capacity utilization rate based on the list of materials that are about to arrive, let alone how to scientifically place the materials that are about to arrive and how to optimize the storage capacity. Relying on artificial estimates, it is easy to cause low utilization rate of storage capacity or warehouse explosion due to unreasonable utilization

[0003] For the materials stored in the yard, there are generally two operation modes, one is hoisting and fork picking, and the other is pure manual handling, both of which require manpower and material resources. Generally, the staff engaged in warehouse handling are generally too old and lack physical strength. When there are a large number of continuous loading and unloading tasks, it is difficult to ensure the loading and unloading efficiency

And when loading and unloading large materials, sometimes there will be blind spots in the operation, posing safety hazards

[0004] Outdoor storage yard operations are generally loading and unloading of heavy and large materials, with great potential safety hazards, and there are safety blind spots in manual supervision. Persons who are in danger cannot be detected at the first time, and their precise location cannot be known.

Although the dangerous area in the outdoor yard operation environment is limited, it is impossible to control whether people and vehicles actually enter; at the same time, it is impossible to monitor whether the operators carry out the operation tasks in accordance with the safety regulations

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