首页> 外国专利> Authentication, Testing and Certification of Additive Manufactured Items and Cryogenically Processed Additive Manufactured Items

Authentication, Testing and Certification of Additive Manufactured Items and Cryogenically Processed Additive Manufactured Items

机译:添加剂制造品和低温加工的添加剂制造品的鉴定,测试和认证

摘要

Embodiments describe a means to authenticate manufacture of AM parts to a third party using witness artifacts. Embodiments describe cryogenic processing of additive manufactured (AM) metal and metal-matrix items to improve mechanical, physical, electrical, and/or chemical properties. Embodiments also describe a method of scientific testing and engineering analysis that validate cryogenically treated, AM items by measuring and contrasting enhancements in wear, corrosion, fracture, fatigue, and electro-chemical properties against baseline samples. Embodiments also describe a certification method, using a MIL-STD format digitized or written report that outputs a standards-based, First Article Test report and certification statement. The embodiments describe a lean processing method and value stream map that captures defects and identifies and segregates discrepant parts along with proxy witness test samples. Embodiments also describe an archival storage method of authenticated, validated, and certified artifacts, identical in material alloy and metallurgical characteristics to the in-use AM part, that meet AS9100 ISO quality standards for such critical applications as space flight, military, FDA, medical, nuclear, and civilian aviation.
机译:实施例描述了一种使用见证人工制品向第三方认证AM零件的制造的手段。实施方案描述了添加剂制造的(AM)金属和金属基质物品的低温加工,以改善机械,物理,电和/或化学性质。实施例还描述了一种科学测试和工程分析的方法,该方法通过测量和对比基线样品的磨损,腐蚀,断裂,疲劳和电化学特性的增强来验证经过深冷处理的AM项目。实施例还描述了使用MIL-STD格式的数字化或书面报告的认证方法,该报告输出基于标准的第一条测试报告和认证声明。实施例描述了精益处理方法和价值流图,其捕获缺陷并与代理证人测试样本一起识别和分离差异部分。实施例还描述了经过认证,验证和认证的工件的档案存储方法,该工件的材料合金和冶金特性与使用中的AM零件相同,并且满足航天,军事,FDA,FDA等关键应用的AS9100 ISO质量标准,核能和民用航空。

著录项

  • 公开/公告号US2018001570A1

    专利类型

  • 公开/公告日2018-01-04

    原文格式PDF

  • 申请/专利权人 JACK CAHN;

    申请/专利号US201715626102

  • 发明设计人 JACK CAHN;

    申请日2017-06-17

  • 分类号B29C64/393;B33Y50/02;G05B19/4099;

  • 国家 US

  • 入库时间 2022-08-21 13:00:27

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