CN-121998547-A - Intelligent distribution method and device for engineering machinery storage areas and storage medium

CN121998547ACN 121998547 ACN121998547 ACN 121998547ACN-121998547-A

Abstract

The embodiment of the invention provides an intelligent distribution method, an intelligent distribution device and a storage medium for an engineering machine storage area, and belongs to the technical field of engineering machine warehouse management. The method comprises the steps of responding to a material changing event in a product data source system, obtaining attribute information of a changed material, determining a target storage area of the changed material according to preset distribution rules and storage area capacity constraint, updating storage area information of the target storage area to a warehouse management system, automatically checking planning storage area information in a downstream logistics execution system by taking the updated storage area information in the warehouse management system as a consistency reference, and triggering synchronous operation under the condition that the fact that the planning storage area information in the logistics execution system is inconsistent with the latest storage area information in the warehouse management system is detected, so that the planning storage area information in the logistics execution system is consistent with the warehouse management system.

Inventors

ZHOU AIFEI
HU YAPING
TAN JIA
YANG JIANGLONG
ZHANG XUELIANG

Assignees

中联重科股份有限公司

Dates

Publication Date: 20260508
Application Date: 20251231

Claims (11)

1. An intelligent distribution method for a storage area of engineering machinery is characterized by comprising the following steps: Responding to a material change event in a product data source system, and acquiring attribute information of a changed material; Determining a target storage area of the changed material according to preset allocation rules and storage area capacity constraint and according to the attribute information, and updating storage area information of the target storage area to a warehouse management system; taking updated storage area information in the warehouse management system as a consistency benchmark, automatically checking planning storage area information in a downstream logistics execution system; and triggering synchronous operation under the condition that the planned storage area information in the logistics execution system is detected to be inconsistent with the latest storage area information in the warehouse management system, so that the planned storage area information in the logistics execution system is consistent with the warehouse management system.
2. The intelligent distribution method of storage areas of engineering machinery according to claim 1, wherein the attribute information at least comprises a material name and a product series value, wherein the product series value refers to ton grade of a product to which the material belongs, and the determining the target storage area for changing the material according to a preset distribution rule and storage area capacity constraint and the attribute information comprises: Searching storage area information in the warehouse management system, and judging whether storage areas with the material names and the product series values matched with the attribute information of the changed materials exist in the storage area information or not, wherein the storage area information comprises the material names and the product series corresponding to each storage area; determining the storage area as a target storage area of the changed material under the condition that the storage area information contains the storage area matched with the material name, the product series value and the attribute information of the changed material; comparing the product series value corresponding to each storage area in the storage area information with the product series value of the changed material under the condition that the storage area information does not contain the storage area matched with the material name and the product series value and the attribute information of the changed material; And determining a target storage area of the changed material according to the comparison result.
3. The intelligent distribution method of engineering machinery reserves according to claim 2, wherein the determining the target reserve of the changed material according to the comparison result includes: And screening a storage area with the product series value larger than the product series value of the changed material in the storage area information as the target storage area.
4. The intelligent distribution method of storage areas of engineering machinery according to claim 2, wherein the attribute information further comprises a material size and a material weight, the storage area information further comprises a bearing capacity and an inner dimension of each storage area, and the determining the target storage area for changing the material according to the comparison result further comprises: under the condition that no storage area with the product series value larger than the product series value of the changed material exists in the storage area information, carrying out hard constraint processing inspection based on the material size and the material weight of the changed material and the bearing capacity and the inner outline size of the storage area; and selecting a storage area meeting the hard constraint processing checking rule as the target storage area.
5. The intelligent allocation method of storage areas of construction machines according to claim 4, wherein after a storage area meeting the hard constraint processing inspection condition is selected as the target storage area, the material properties of the changed material and the target storage area are recorded in the storage area information.
6. The intelligent distribution method of storage areas of engineering machinery according to claim 1, wherein the attribute information further includes a material code, and the automatically checking the planned storage area information in the downstream logistics execution system with the updated storage area information in the warehouse management system as a consistency reference includes: Checking whether the material codes of the changed materials are consistent with the information of the storage areas or not in the warehouse management system at different warehouse places in the same workshop; Checking whether the material codes of the stock materials in the warehouse management system are consistent with the information of the storage area; checking whether the planned storage area information in the logistics execution system is consistent with the storage area information.
7. The intelligent distribution method for storage areas of engineering machinery according to claim 1, further comprising, before the acquiring of the attribute information of the changed material in response to the material change event in the product data source system: Acquiring the material weight, the material size and the corresponding product series value of all materials from a product life cycle management system, acquiring the material name and the material code corresponding to each material from a warehouse management system, and acquiring the storage area capacity of each storage area from an automatic warehouse system, wherein the storage area capacity comprises the bearing capacity and the inner profile size of the corresponding storage area; Generating a storage area to-be-maintained form by taking the material name and the corresponding material weight as identifiers, wherein the storage area to-be-maintained form comprises the material name, the material weight, the material size, the material code and the corresponding product series value of each material; Performing storage planning based on the storage to-be-maintained form of each storage and the storage capacity of each storage to obtain a preliminary storage planning result; Performing hard constraint processing inspection based on the preliminary storage area planning result and the storage area capacity, and generating a storage area correction task; And correcting the preliminary reservoir planning result based on the reservoir correction task to obtain the reservoir information.
8. The intelligent allocation method of a storage area of a construction machine according to claim 4 or 7, wherein the rule of hard constraint processing check comprises: The weight of the material is smaller than or equal to a first preset proportion of the bearing capacity of the storage area; The material size is less than or equal to the difference between the overall size of the storage area and a preset safety gap.
9. The intelligent distribution method of engineering machinery reserves according to claim 1, further comprising pushing and updating the target reserves to a product lifecycle management system and an enterprise resource planning system after determining the target reserves of the changed materials.
10. An intelligent distribution device for a storage area of engineering machinery, which is characterized by comprising: a memory configured to store instructions; A processor configured to invoke the instructions from the memory and when executing the instructions is capable of implementing the work machine storage area intelligent allocation method according to any of claims 1 to 9.
11. A machine-readable storage medium having instructions stored thereon, which when executed by a processor cause the processor to be configured to perform the work machine storage area intelligent allocation method of any of claims 1 to 9.

Description

Intelligent distribution method and device for engineering machinery storage areas and storage medium Technical Field The application relates to the technical field of engineering machinery warehouse management, in particular to an intelligent distribution method and device for storage areas of engineering machinery and a storage medium. Background In the technical field of engineering machinery warehouse management, the existing method is mostly dependent on a periodical inventory and static storage area planning scheme, product data, inventory status and logistics information are usually stored in independent systems, update is lack of synchronization, and delay and deviation often exist between actual material positions and system records, so that the storage area planning and actual requirements are disjointed, and the method is difficult to adapt to the warehouse management requirements of multiple varieties, small batches and high-frequency turnover in the modern engineering machinery industry. Disclosure of Invention The embodiment of the application aims to provide an intelligent distribution method, device and storage medium for a storage area of engineering machinery. In order to achieve the above object, a first aspect of the present application provides an intelligent allocation method for a storage area of an engineering machine, including: Responding to a material change event in a product data source system, and acquiring attribute information of a changed material; determining a target storage area for changing materials according to preset allocation rules and storage area capacity constraint and attribute information, and updating storage area information of the target storage area to a warehouse management system; Taking updated storage area information in the warehouse management system as a consistency reference, and automatically checking planning storage area information in a downstream logistics execution system; And triggering synchronous operation under the condition that the planned storage area information in the logistics execution system is detected to be inconsistent with the latest storage area information in the warehouse management system, so that the planned storage area information in the logistics execution system is consistent with the warehouse management system. In the embodiment of the application, the attribute information at least comprises a material name and a product series value, wherein the product series value refers to the ton level of a product to which the material belongs, the determining of a target storage area for changing the material according to preset allocation rules and storage area capacity constraints comprises the steps of searching storage area information in a warehouse management system, judging whether the storage area information contains storage areas with the material name and the product series value matched with the attribute information of the changed material, wherein the storage area information contains the material name and the product series corresponding to each storage area, determining the storage area as the target storage area for changing the material when the storage area information contains the storage areas with the material name and the product series value matched with the attribute information of the changed material, comparing the storage area with the product series value of the changed material according to the comparison result, and determining the target storage area for changing the material according to the comparison result when the storage area does not contain the storage area with the material name and the product series value matched with the attribute information of the changed material. In the embodiment of the application, determining the target storage area for changing the material according to the comparison result comprises screening the storage area with the product series value larger than the product series value of the material in the storage area information as the target storage area. In the embodiment of the application, the attribute information further comprises material size and material weight, the storage area information further comprises bearing capacity and inner dimension of each storage area, and determining the target storage area for changing the material according to the comparison result further comprises carrying out hard constraint processing inspection on the basis of the material size and the material weight of the changed material and the bearing capacity and inner dimension of the storage area when no storage area with the product serial number larger than the product serial number of the changed material exists in the storage area information, and selecting the storage area which accords with the hard constraint processing inspection rule as the target storage area. In the embodiment of the application, the method further comprises the step of recording the material pro