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    • 4. 发明申请
    • COMPOSITE METAL OBJECT AND METHOD FOR PRODUCING A COMPOSITE OBJECT
    • 用于生产复合材料的复合金属物体和方法
    • US20100297463A1
    • 2010-11-25
    • US12742820
    • 2008-11-12
    • Norbert HoffstaedterMarkus Spring
    • Norbert HoffstaedterMarkus Spring
    • B32B3/30C22F1/04C21D8/02B23K20/00
    • B23K20/02B23K20/2336Y10T428/12201Y10T428/12389
    • A strip-shaped or plate-shaped composite metal object and a method for the production thereof. The composite metal object has at least two layers of the same metal. The layers have been brought by a heat pretreatment to a temperature such that a mutual diffusion bond has resulted through subsequent pressing of the layers against one another, while reducing the thickness by 5 to 25% and preferably 8 to 15%. A layer, which on the side thereof facing an adjacent layer has strip-shaped recesses, which are closed by the adjacent layer to form channels when the layers are pressed together, is used as one of the layers. The channels in the composite metal object allow the inclusion of additional elements before processed further to form an implement. The channels remain extensively preserved during the production and further processing of the composite model object.
    • 带状或板状复合金属物体及其制造方法。 复合金属物体具有至少两层相同的金属。 通过热预处理将这些层带到一个温度,使得相互扩散接合通过随后彼此层压而产生,同时将厚度减小5至25%,优选8至15%。 作为层之一,使用层,该层在面向相邻层的一侧具有带状凹部,其被相邻层封闭以在层压在一起时形成通道。 复合金属物体中的通道允许包含额外的元素,然后进一步处理以形成工具。 在复合模型对象的生产和进一步处理期间,这些通道保持广泛保存。
    • 7. 发明授权
    • Composite metal object and method for producing a composite object
    • 复合金属物体及其制造方法
    • US08651364B2
    • 2014-02-18
    • US12742820
    • 2008-11-12
    • Norbert HoffstaedterMarkus Spring
    • Norbert HoffstaedterMarkus Spring
    • B23K20/00
    • B23K20/02B23K20/2336Y10T428/12201Y10T428/12389
    • A strip-shaped or plate-shaped composite metal object and a method for the production thereof. The composite metal object has at least two layers of the same metal. The layers have been brought by a heat pretreatment to a temperature such that a mutual diffusion bond has resulted through subsequent pressing of the layers against one another, while reducing the thickness by 5 to 25% and preferably 8 to 15%. A layer, which on the side thereof facing an adjacent layer has strip-shaped recesses, which are closed by the adjacent layer to form channels when the layers are pressed together, is used as one of the layers. The channels in the composite metal object allow the inclusion of additional elements before processed further to form an implement. The channels remain extensively preserved during the production and further processing of the composite model object.
    • 带状或板状复合金属物体及其制造方法。 复合金属物体具有至少两层相同的金属。 通过热预处理将这些层带到一个温度,使得相互扩散接合通过随后彼此层压而产生,同时将厚度减小5至25%,优选8至15%。 作为层之一,使用层,该层在面向相邻层的一侧具有带状凹部,该层形状的凹槽由相邻层封闭以在层压在一起时形成通道。 复合金属物体中的通道允许包含额外的元素,然后进一步处理以形成工具。 在复合模型对象的生产和进一步处理期间,这些通道保持广泛保存。
    • 9. 发明授权
    • Burner, especially for a flambe portable stove or the like
    • 燃烧器,特别是用于火焰便携式炉子等
    • US4380992A
    • 1983-04-26
    • US182973
    • 1980-09-02
    • Markus Spring
    • Markus Spring
    • A47J36/24A47J39/02F23D99/00F23L13/00F23L13/04F24C5/04F24C5/00
    • F23D99/00A47J36/24
    • A burner for a small portable stove, especially for a flambe or flaming stove, comprises a burner lower portion equipped with a fuel container, a burner upper portion having a central flame opening and an extinguishing cover for the flame opening. The burner upper portion which is constructed as a cover can be controllably raised with respect to the burner lower portion in order to form an air inlet gap which extends completely about the burner. Between the burner lower portion and the burner upper portion there are provided at least three run-on inclined elements or ramps, so that by movement, such as displacement or rotation of the upper portion with respect to the lower portion, it is possible to alter the height of the air inlet gap.
    • 用于小型便携式炉的燃烧器,特别是用于火焰燃烧器或燃烧炉,包括燃烧器下部,其配备有燃料容器,具有中心火焰开口的燃烧器上部和用于火焰开口的灭火盖。 被构造为盖的燃烧器上部部分可相对于燃烧器下部部分可控地升高,以便形成完全延伸到燃烧器的空气入口间隙。 在燃烧器下部和燃烧器上部之间设置有至少三个延伸的倾斜元件或斜面,使得通过诸如上部相对于下部的位移或旋转的运动,可以改变 进气口间隙的高度。