DIN EN 9300-002:2018
航空航天系列. 长期存档和检索(LOTAR). 数字技术产品文档如三维(3D), 计算机辅助设计(CAD)和产品数据管理(PDM)数据的长期归档和检索. 第002部分: 要求; 德文和英文版本EN 9300-002-2018

Aerospace series - LOTAR - LOng Term Archiving and Retrieval of digital technical product documentation such as 3D, CAD and PDM data - Part 002: Requirements; German and English version EN 9300-002:2018


标准号
DIN EN 9300-002:2018
发布
2018年
发布单位
德国标准化学会
替代标准
DIN EN 9300-002:2018-10
当前最新
DIN EN 9300-002:2018-10
 
 
引用标准
EN 9300-002:2018 EN 9300-003:2012 EN 9300-004:2013 EN 9300-005:2017 EN 9300-007:2017 EN 9300-010:2018 EN 9300-011:2013 EN 9300-012:2013 EN 9300-013:2013 EN 9300-014:2013 EN 9300-015:2013 EN 9300-100:2018 EN 9300-110:2018 EN 9300-115:2018 EN 9300-200:2018 ISO 10303-11:2004 ISO 10303-14:2005 ISO 10303-1:1994 ISO 10303-21:2016 ISO 10303-22:1998 ISO 10303-23:2000 ISO 10303-24:2001 ISO 10303-28:2007 ISO 10303-31:1994 ISO 10303-32:1998 ISO 10303-34:2001 ISO 10303-41:2014 ISO 10303-42:2014 ISO 10303-43
被代替标准
DIN EN 9300-002:2017
适用范围
This standard is a part of the EN 9300 Series. This standard addresses requirements for the long term archiving of digital product information, applicable to the international aerospace industry. Data shall be available to meet regulatory, legal, contractual and business requirements. Initially, this document sums up the main business requirements for long term archiving of digital product data. Although these requirements are not in themselves normative, when making data available over an extended period, it is a fundamental principle that the contextual data needed to interpret the data is also available. This standard uses the OAIS reference model to provide comparability with other approaches to keeping information available. However, OAIS is a standard reference model for comparison, not a standard for implementation. Consequently, this document defines requirements for processes (and associated technologies) intended to make data available for the life of a product, and does so in terms of the OAIS model. In dealing with traditional media, the differences between substantial change and unimportant "surface" change are generally self-evident. For example, the yellowing of paper over time, or the encrustation of a gravestone with lichen do not lose the information contained, whereas the loss of pages of a document, or the erosion of the stone do so, and archiving focusses on the preservation of the medium. For digital product data, the medium is unimportant, but the content can be corrupted. The subject of the (many) remaining parts of this standard is the identification of the information that shall be uncorrupted if digital product data is to be usable in the future, and the consequent refinement of processes and procedures to insure this. This standard addresses, archiving of digital product data required for product definition, such as in three-dimensional representations a tolerances, material properties, manufacturing data, etc. specification call-outs, pr

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