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    • 5. 发明授权
    • Marking of an anodized layer of an aluminum object
    • 标记铝物体的阳极化层
    • US06590183B1
    • 2003-07-08
    • US09869675
    • 2001-07-02
    • Keng Kit Yeo
    • Keng Kit Yeo
    • B23K2638
    • B41M5/262B44B7/002B44C1/005B44C1/228C23C26/02C25D11/18Y10T428/24802
    • A marking (3 to 5) is provided in a surface (8) of an element (1) which comprises a substrate (6) of aluminum or an alloy thereof and an anodized outer layer (7) in that a region (10) of the surface (8) is irradiated with a laser beam such that at least one visual property of the surface (8) in said region (10) is changed and a visual marking (3 to 5) is obtained which is observable to the human eye. The laser beam penetrates the anodized outer layer (7) at least to a major degree and induces the change in the at least one visual property substantially locally only in a zone (9) where the anodized outer layer (7) adjoins the substrate (6).
    • 在元件(1)的表面(8)中设置有标记(3至5),该元件包括铝或其合金的基底(6)和阳极氧化的外层(7),其中区域(10)为 用激光束照射表面(8),使得所述区域(10)中的表面(8)的至少一个视觉特性改变,并且获得可观察到的人眼的视觉标记(3至5) 。 激光束至少在很大程度上穿透阳极氧化的外层(7),并且仅在阳极氧化的外层(7)邻接衬底(6)的区域(9)中基本局部地引起至少一个视觉特性的变化 )。
    • 10. 发明授权
    • Marking of an anodized layer of an aluminium object
    • 标记铝物体的阳极化层
    • US06777098B2
    • 2004-08-17
    • US10424631
    • 2003-04-28
    • Keng Kit Yeo
    • Keng Kit Yeo
    • B32B1504
    • B41M5/262B44B7/002B44C1/005B44C1/228C23C26/02C25D11/18Y10T428/24802
    • A marking (3 to 5) is provided in a surface (8) of an element (1) which comprises a substrate (6) of aluminum or an alloy thereof and an anodized outer layer (7) in that a region (10) of the surface (8) is irradiated with a laser beam such that at least one visual property of the surface (8) in said region (10) is changed and a visual marking (3 to 5) is obtained which is observable to the human eye. The laser beam penetrates the anodized outer layer (7) at least to a major degree and induces the change in the at least one visual property substantially locally only in a zone (9) where the anodized outer layer (7) adjoins the substrate (6).
    • 在元件(1)的表面(8)中设置有标记(3至5),该元件包括铝或其合金的基底(6)和阳极氧化的外层(7),其中区域(10)为 用激光束照射表面(8),使得所述区域(10)中的表面(8)的至少一个视觉特性改变,并且获得可观察到的人眼的视觉标记(3至5) 。 激光束至少在很大程度上穿透阳极氧化的外层(7),并且仅在阳极氧化的外层(7)邻接衬底(6)的区域(9)中基本局部地引起至少一个视觉特性的变化 )。