Order allocation method and device, storage medium and order allocation server for component orders

Abstract

The invention provides an order allocation method and device, storage medium and order allocation server for component orders. The method includes acquiring a component order set including at least one component order sent by at least one user terminal in a preset period; classifying components included in each component order in the component order set according to component parameters; performing primary matching on the classified components according to component production capability of different production bases so as to obtain an allocation result including allocation relation between the classified components and the production bases having production capability of matched components; modifying the allocation result at least according to residue production capability of the different production base so as to obtain the allocation result subjected to modification; sending the modified allocation result to servers of the different production bases. According to the invention, the technical scheme can optimize order allocation logic, reduces cost better and systematically improves the working efficiency of supply and requisitioning parties.

Description

technical field [0001] The invention relates to the field of big data analysis, in particular to an order distribution method and device for component orders, a storage medium, and an order distribution server. Background technique [0002] Existing prefabricated components (hereinafter referred to as components) are still produced by factories (also referred to as production bases) using the traditional production mode, that is, according to the specific needs of construction projects (hereinafter referred to as projects). For example, after the order for the project mentioned arrives, the range of production bases that can be selected is delineated according to the construction location of the project, and then the production base of the entire project is selected according to the production task saturation and technical expertise of the production base. Produce all components listed in the project order. [0003] However, in practical applications, the components purchas...

AI Technical Summary

Problems solved by technology

[0003] However, in practical applications, the components purchased in one order usually include multiple types such as beams, slabs, columns, etc., and even for the same type of components, it may be necessary to purchase multiple sizes in one order

As a result, the prefabricated component factory that undertakes the order needs to develop suitable molds for the components involved in the order one by one, which not only makes the production efficiency of the components low, but also makes it difficult to improve the labor proficiency of the workers, which in turn leads to poor quality of the final components produced. Stablize

Furthermore, if the project scale is small, it will also lead to a low mold reuse rate, which in turn will cause a substantial increase in component production costs

[0004] On the other hand, the existing distribution of producti

Images