首页> 外国专利> aufbauverfahren patterns, faltmustern, ornaments, characters, numbers, scales, logos and free forms in several metals, metal alloys and sinterbaren materials in laserschmelz or sintering process.

aufbauverfahren patterns, faltmustern, ornaments, characters, numbers, scales, logos and free forms in several metals, metal alloys and sinterbaren materials in laserschmelz or sintering process.

机译:aufbauverfahren的图案,faltmustern,装饰品,字符,数字,刻度,徽标和自由形式在激光熔炼或烧结过程中的几种金属,金属合金和sinterbaren材料中。

摘要

This method is based on the task of showing the production process of workpieces which are folded through and throughFlame and layer structures reminiscent of centuries-old metal filing and forging techniques, in which patterns, ornaments, characters, logos, numbers and scales can be incorporated. Inventively, this is achieved by implementing 3D files and drawings in the laser fusion process. The process is characterized by high precision and high precision repeating accuracy for both single and series production. The construction ofWall,and separation structures shall be designed so that the first structures have the highest melting point, the final capsule,Cover or cover layer the lowest. Both the construction variant with separation and chamber structures, which with melting,weldable or sinterable metal powders and/or alloy powders, such as the horizontal layers of melting,weldable or sintered metal powders and/or alloy powders, are made with a capsule,Melt cover or cover layer. The encapsulated workpiece is tested for density and then soldered into/under the isostatic press. The folds and coatings are melted in the sinter process into a seamless, seamless workpiece which can then be processed by conventional tools and machining techniques or by hand.
机译:该方法基于以下任务:显示经过折叠的工件的生产过程;火焰和层状结构使人联想到已有数百年历史的金属锉和锻造技术,其中可以包含图案,装饰品,字符,徽标,数字和刻度。创造性地,这是通过在激光融合过程中实现3D文件和图形来实现的。该工艺的特点是对单次生产和批量生产均具有高精度和高精度重复精度。墙壁的结构和分隔结构的设计应使第一个结构的熔点最高,最后一个胶囊,覆盖层或覆盖层的熔点最低。带有分隔结构和腔室结构的构造变体,都用胶囊制成,可熔化的,可焊接的或可烧结的金属粉末和/或合金粉末,例如可熔化的,可焊接的或烧结的金属粉末和/或合金粉末的水平层,融化覆盖层或覆盖层。测试封装的工件的密度,然后焊接到等静压机中/之下。褶皱和涂层在烧结过程中熔化成无缝的无缝工件,然后可以通过常规工具和机加工技术或手工进行加工。

著录项

  • 公开/公告号CH711065A8

    专利类型

  • 公开/公告日2017-06-15

    原文格式PDF

  • 申请/专利权人 EICHENBERGER FUTURETECH AG;

    申请/专利号CH20150000664

  • 发明设计人 HARDWORKER PERSONAL AG;JUAN FRANCO;

    申请日2015-05-12

  • 分类号B22F7/02;B22F3/105;B33Y10;B44C3/02;

  • 国家 CH

  • 入库时间 2022-08-21 13:23:16

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