一种复杂系统的产品数据管理方法及系统

By adopting a data organization model based on datasets and data items in complex systems, the problem of inflexible configuration item change management under the BOM architecture is solved, enabling flexible configuration and version control of product data, and improving the efficiency of design and manufacturing collaboration and data traceability.

CN116204979BActive Publication Date: 2026-07-17AECC SHENYANG ENGINE RES INST

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
AECC SHENYANG ENGINE RES INST
Filing Date
2023-02-13
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

In existing technologies, product data management methods based on BOM architecture are difficult to handle configuration item changes flexibly in complex systems, resulting in incomplete data status management, complex and time-consuming data transfer, and configuration management does not conform to the top-down system engineering architecture.

Method used

A data organization model based on datasets and data items is adopted. By creating versions on data items and schemes on datasets, the relationship between upstream and downstream schemes is established, enabling independent management when configuration items change. Furthermore, by creating new downstream datasets, the impact of changes is isolated, ensuring flexible configuration and control of data schemes and versions.

Benefits of technology

It enables flexible management of product data for complex systems, makes the correspondence between model drawing versions and technical document versions explicit, improves the efficiency of design and manufacturing collaboration, ensures the completeness and traceability of data, and is applicable to all stages of R&D for complex systems.

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Abstract

本申请属于航空发动机设计领域,为一种复杂系统的产品数据管理方法及系统,以数据集与数据项为数据组织模型对配置项数据进行配置,通过在数据项上创造数据包的版本从而对不同的数据包进行标记,通过在数据集上创造不同的方案从而对不同的方案进行标记,而后建立上游方案与下游方案的关联关系,实现输入与输出之间的对应交互,在配置项发生变更时,通过新建下游数据集使得新的方案能够在该层级独立存在;能够按照配置管理的思路实现产品数据管理,将模型图样版本与技术文件版本之间的对应关系显性化,有利于设计制造协同;同时实现对数据方案及版本的灵活配置与版本控制,可以适用于各种需要进行技术状态管控的场景。
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