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    • 3. 发明公开
    • BASE MATERIAL FOR CARRYING CATALYSTS
    • 基础FÜRKATALYSATORTRÄGER
    • EP3106222A1
    • 2016-12-21
    • EP14882382.6
    • 2014-12-24
    • Nippon Steel & Sumikin Materials Co., Ltd.
    • INAGUMA, TooruKONYA, ShogoTSUMURA, YasuhiroIWASAKI, Toshio
    • B01J35/04B01D53/86B01J32/00F01N3/28
    • F01N3/2821F01N3/281F01N2330/02F01N2330/32F01N2330/322F01N2330/60
    • [Problem] The purpose of the present invention is to provide both durability against cold and heat and durability against impact, in a metal substrate for catalytic converter.
      [Solution] A metal substrate for catalytic converter, comprising: a honeycomb core having a flat metal foil and a corrugated metal foil that are superimposed and wound around an axis; and a metal outer jacket surrounding the outer circumferential surface of the honeycomb core. The metal substrate for catalytic converter is characterized by: the flat metal foil and the corrugated metal foil arranged on a gas inlet side end section being joined to each other; the flat metal foil and the corrugated metal foil arranged in an outer circumferential joining section being joined to each other, said outer circumferential joining section being connected to an end section of the gas inlet side end section in the axial direction; the outer jacket and the honeycomb core being joined by interposing a bonding layer in the gas outlet side end section area extending from a gas outlet side end section of the honeycomb core in the axial direction said gas outlet side end section area being formed between the outer jacket and the honeycomb core; P fulfilling formula (A), when P is the length of the bonding layer in the axial direction; a corrugated metal foil having an impact mitigating section having different wave phases, to the front and rear in the axial direction; the impact mitigating section being formed in an area corresponding to at least the gas inlet side end section and the outer circumferential joining section. 2 mm ≤ P ≤ 50 mm
    • 本发明的目的在于提供一种用于催化转化器的金属基材中耐寒冷耐久性和抗冲击性的耐久性。 [解决方案]一种催化转化器用金属基材,其特征在于,具有:平坦状的金属箔和波纹状的金属箔的蜂窝状芯体,其以轴为中心重叠地卷绕; 以及围绕蜂窝芯的外周面的金属外护套。 催化转化器用金属基材的特征在于:平坦的金属箔和布置在气体入口侧端部的波纹状金属箔彼此接合; 布置在外周接合部分中的扁平金属箔和波纹状金属箔彼此接合,所述外周接合部分沿轴向连接到气体入口侧端部的端部; 外套和蜂窝芯通过在从蜂窝芯的气体出口侧端部沿轴向延伸的气体出口侧端部区域中插入接合层而接合,所述气体出口侧端部区域形成在外部 夹克和蜂窝芯; P满足公式(A),当P是接合层在轴向方向上的长度时; 具有不同波浪相位的冲击减轻部的波纹状金属箔在轴向的前后方向; 冲击缓解部形成在至少对应于气体入口侧端部和外周接合部的区域中。 2 mm‰¤P‰¤50 mm
    • 7. 发明公开
    • CHANNEL SYSTEM
    • 通道系统
    • EP2321610A1
    • 2011-05-18
    • EP09805232.7
    • 2009-07-08
    • Nilsson, Sven Melker
    • Nilsson, Sven Melker
    • F28F13/08F01N3/28
    • F01N3/2821F28D9/0062F28F3/025F28F13/06F28F13/12
    • Present invention relates to a channel system (2) for improving the relation between pressure drop and heat, moisture and/or mass transfer of fluids flowing through said system, said channel system (2) comprising at least one channel (4) comprising at least a first and a second flow director (7a-e), said channel having a cross-section area A and a first and a second cross-section area A
      1 , A
      2 at respective flow director, said flow directors (7a-e) extending in a fluid flow direction and transversely to said channel (4), and comprising an upstream portion (10), deviating, in said fluid flow direction, from a channel wall (6a-c) of said channel (4) inwardly into said channel (4), a downstream portion (12) returning, in said fluid flow direction, towards said channel wall (6a-c), and an intermediate portion (11) located between said upstream and downstream portions (10, 12), wherein said first cross-section area A
      1 at said first flow director (7a-e) is smaller than said second cross- section area A
      2 at said second flow director (7a-e).
    • 本发明涉及一种用于改善压降与流过所述系统的流体的热量,湿度和/或质量传递之间的关系的通道系统(2),所述通道系统(2)包括至少一个通道(4) 第一和第二导流器(7a-e),所述通道具有在相应导流器处的横截面积A和第一和第二横截面积A 1,A 2,所述导流器(7a-e) 在流体流动方向上并且横向于所述通道(4)延伸,并且包括沿所述流体流动方向从所述通道(4)的通道壁(6a-c)向内偏移进入所述通道(4)的上游部分(10) 通道(4);沿所述流体流动方向朝所述通道壁(6a-c)返回的下游部分(12);以及位于所述上游部分和所述下游部分(10,12)之间的中间部分(11),其中 所述第一导流器(7a-e)处的所述第一横截面面积A 1小于所述第二横截面 在所述第二导流器(7a-e)上的区域A2。