Application management system

Abstract

A drawing application management system is constituted by parts list information and a modification information transmission function for correlating parts information with a product model and transmitting the parts information to a plurality of locations; an application decision function for deciding whether to apply the parts information correlated with the product model to producing the product model at each of the locations; an application report function for reporting the application of the parts information to the product model when the application of the parts information is decided at each of the locations; and application management information and an application management function for receiving the application report and managing the application of the parts information at each of the locations.

Description

technical field [0001] The present invention relates to an application management system for managing design information of parts, information accompanying the parts, and parts catalog information for managing change history of these information, and objects to which the parts catalog information is applied. Background technique [0002] For example, a product such as a car is made up of a very large number of parts. Generally, an automobile manufacturer manufactures a plurality of car models, and there are components common to the various car models, and on the other hand, there are parts unique to each car model. In addition, even for the same model, there are cases where parts are different or changed due to differences in production plants and assembly lines, and in addition to differences in delivery target areas. Due to these cases, it is managed for the production of automobiles. The number of parts has become huge, and the information (drawings, structures, distribu...

AI Technical Summary

Problems solved by technology

[0004] However, in the management system of the above-mentioned parts list system, there is the following problem: in the parts information managed by the parts list, the elements managed (parts information, structure information, distribution information, color information, etc.) As soon as one changes, all of them must be changed and managed, resulting in increased data and difficulty maintaining consistency between these elements

In addition, there is a problem that as long as one of the structural elements of each model, each factory, and the part is different, the parts list must be managed separately.

Furthermore, there is also a problem of unification of parts management in order to unify parts management used in factories deployed around the world and promote efficiency.

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