Logistics strategy verification method, device and electronic equipment

Abstract

The invention provides a logistics strategy verification method, an apparatus and an electronic device. According to the production logistics target, the 3D model of the equipment and tooling matchingthe production logistics target is obtained. Lightweight processing and format conversion processing are carried out on the 3D model to obtain the processed 3D model; receiving the layout data of thefactory sent by the MES system, adjusting the layout of the processed 3D model according to the layout data, and obtaining a verification model; Based on the validation model, the logistics strategysent by MES system is validated and the validation results are obtained. The invention verifies the logistics strategy corresponding to the production logistics target by establishing the verificationmodel, obtains the verification result, realizes the operation verification of the logistics strategy from the real environment to the 3D virtual environment, and improves the execution reliability of the logistics strategy in the real environment.

Description

technical field [0001] The invention relates to the technical field of logistics systems, in particular to a logistics strategy verification method, device and electronic equipment. Background technique [0002] With the continuous development of new energy vehicles, the needs of customers are constantly changing, and they tend to be more and more personalized automotive products. However, the automotive production logistics system is a relatively complex operating system, and the needs of customers for personalized customization , the same production line, in the face of different production orders every day, needs to formulate different logistics strategies, but because the logistics strategy does not match the production order in actual operation, it is necessary to verify the logistics strategy in advance and judge the logistics strategy Whether it can meet the production tasks corresponding to the production order, but the existing verification methods generally use two...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of new energy vehicles, the needs of customers are constantly changing, and they tend to be more and more personalized automotive products. However, the automotive production logistics system is a relatively complex operating system, and the needs of customers for personalized customization , the same production line, in the face of different production orders every day, needs to formulate different logistics strategies, but because the logistics strategy does not match the production order in actual operation, it is necessary to verify the logistics strategy in advance and judge the logistics strategy Whether it can meet the production tasks corresponding to the production order, but the existing verification methods generally use two-dimensional modeling and verification. In terms of 3D, it is impossible to achieve 1:1 simulation verification between the virtual environment and the real environment, and the verification efficiency is low. Poor, in terms of software system, real-time interaction with various system data required for production cannot be realized, and the reliability of logistics strategy execution cannot be effectively guaranteed

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