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    • 1. 发明申请
    • Tube for heat exchanger
    • 管换热器
    • US20050247444A1
    • 2005-11-10
    • US10520404
    • 2003-06-25
    • Hajime OhataJun AkaikeNaoto TakayanagiShoji AkiyamaYoshihisa Eto
    • Hajime OhataJun AkaikeNaoto TakayanagiShoji AkiyamaYoshihisa Eto
    • F28D1/03F28D1/053F28F3/02F28F9/02F28F1/00
    • F28D1/05391F28D1/0391F28F3/025F28F9/0202F28F9/0224Y10T29/49391
    • In a tube (4) for a heat exchanger comprising a flat pipe (16) whose both ends are opened and in which a flow path (15) for a heat exchanging medium is formed, and an inner fin (17) arranged in the flow path (15), wherein said flat pipe (16) is constituted of a sheet of material for a flat pipe, the inner fin is constituted of two opposing flat plate portions (17b, 17c) connected along one of side edges of said flat pipe (16) and formed in a flat plate shape so as to be in contact with an inner surface of the said flat pipe (16), and projection portions (17d) which are projected from at least one of the flat plate portions (17b, 17c) and whose tops are in contact with the other opposing flat plate portion (17b, 17c). It is preferred that the projection portions (17d) are projected from both of the flat plate portions (17b, 17c) toward the opposing flat plate portion, and the opposing tops are made come in contact with each other. The tube for a heat exchanger which can prevent significant deformation of the inner fin from occurring when the inner fin included in the flat pipe is cut in a width direction thereof together with the flat pipe can be provided.
    • 在一种用于热交换器的管(4)中,该管(4)包括一个扁平管(16),其两端开口,其中形成有用于热交换介质的流路(15)和布置在流体中的内翅片 路径(15),其中所述扁平管(16)由用于扁平管的材料片构成,所述内翅片由两个相对的平板部分(17b,17c)构成,所述相对的平板部分(17b,17c)沿着所述 扁平管16形成为与所述扁平管16的内表面接触的平板形状,以及从所述平板部中的至少一个突出的突出部(17d) (17b,17c),并且其顶部与另一个相对的平板部分(17b,17c)接触。 优选的是,突出部分(17d)从两个平板部分(17b,17c)朝向相对的平板部分突出,并使相对的顶部彼此接触。 可以提供一种热交换器用管,其能够防止在包含在扁平管内的内翅片与扁平管一起在其宽度方向上切断内翅片的显着变形。
    • 3. 发明申请
    • Tank for heat exchanger
    • 罐换热器
    • US20060011335A1
    • 2006-01-19
    • US10537914
    • 2003-12-10
    • Hajime OhataNaoto TakayanagiShoji AkiyamaYoshihisa Eto
    • Hajime OhataNaoto TakayanagiShoji AkiyamaYoshihisa Eto
    • F28F9/02
    • F28D1/05391F28F9/0214
    • A die arm 34 and a punch 35 to be used to punch a hole are inserted into chambers 21 and 22 lying parallel to each other along the direction of ventilation through openings located on one side of the chambers along the lengthwise direction. A partition portion 20 has a small wall thickness T1 relative to the wall thicknesses of partition portions in the related art, in a range of equal to or greater than 0.4 mm and equal to or less than 1.65 mm, so as to ensure that the punch unit achieves a high enough level of fatigue resistance to assure a specific number of uses without a failure even though the fulcrum and the power point of the die arm 34 and the punch 35 are not on a single axis along the operating direction and also that the partition portion 20 with the smaller wall thickness still has sufficient strength to prevent deformation. Consequently, the partition portion of a tank manufactured through extrusion molding achieves an optimal wall thickness for the formation of a communication passage at the partition portion in a post-process.
    • 用于冲孔的模臂34和冲头35沿着沿着长度方向的沿着腔的一侧的开口沿着通气方向彼此平行地插入到腔室21和22中。 分隔部20相对于现有技术中的分隔壁的壁厚具有小的壁厚T 1,在等于或大于0.4mm且等于或小于1.65mm的范围内,以便确保 冲压单元实现足够高的耐疲劳性水平以确保具体数量的使用而不会发生故障,即使模臂34和冲头35的支点和功率点不沿着运行方向在单个轴上,并且即使 具有较小壁厚的分隔部分20仍然具有足够的强度以防止变形。 因此,通过挤出成型制造的罐的分隔部分在后处理中实现了用于在分隔部分形成连通通道的最佳壁厚。
    • 4. 发明授权
    • Tank for heat exchanger
    • 罐换热器
    • US07156165B2
    • 2007-01-02
    • US10531445
    • 2003-11-12
    • Hajime OhataMuneo SakuradaYoshihisa EtoNaoto Takayanagi
    • Hajime OhataMuneo SakuradaYoshihisa EtoNaoto Takayanagi
    • F28F9/02
    • F28F9/0204F28D1/05391
    • In tubular portion of a tank, slits are formed in each side face of chambers or across all side faces of the chambers. For partition plates that are to be inserted from the slits, groove portions in which the partition plates are fitted are formed by cutting portions to which the partition plates butt. The slits are formed in the chambers at positions relatively shifted from each other in a direction in which tubes are layered. This structure guarantees that, in the tank for a heat exchanger, bypass leakage of a heat exchange medium between sub-chambers is prevented from occurring when the partition plates are inserted in the tank from the slits provided on the tank side faces. Further, the tank can maintain required strength even if the slits are formed in it.
    • 在罐的管状部分中,在室的每个侧面或者室的所有侧面上形成狭缝。 对于从狭缝中插入的隔板,通过分隔板对接的切割部分形成分隔板嵌合的槽部。 狭缝形成在腔室中,在层叠有管的方向上彼此相对偏移的位置处。 这种结构保证了当分隔板从设置在油箱侧面上的狭槽插入箱体时,在用于热交换器的油箱中,可以避免副室之间的热交换介质旁路泄漏。 此外,即使在其中形成狭缝,罐也可以保持所需的强度。
    • 5. 发明授权
    • Tube for heat exchanger
    • 管换热器
    • US07117936B2
    • 2006-10-10
    • US10520404
    • 2003-06-25
    • Hajime OhataJun AkaikeNaoto TakayanagiShoji AkiyamaYoshihisa Eto
    • Hajime OhataJun AkaikeNaoto TakayanagiShoji AkiyamaYoshihisa Eto
    • F28F1/40F28F1/02
    • F28D1/05391F28D1/0391F28F3/025F28F9/0202F28F9/0224Y10T29/49391
    • In a tube (4) for a heat exchanger comprising a flat pipe (16) whose both ends are opened and in which a flow path (15) for a heat exchanging medium is formed, and an inner fin (17) arranged in the flow path (15), wherein said flat pipe (16) is constituted of a sheet of material for a flat pipe, the inner fin is constituted of two opposing flat plate portions (17b, 17c) connected along one of side edges of said flat pipe (16) and formed in a flat plate shape so as to be in contact with an inner surface of the said flat pipe (16), and projection portions (17d) which are projected from at least one of the flat plate portions (17b, 17c) and whose tops are in contact with the other opposing flat plate portion (17b, 17c). It is preferred that the projection portions (17d) are projected from both of the flat plate portions (17b, 17c) toward the opposing flat plate portion, and the opposing tops are made come in contact with each other. The tube for a heat exchanger which can prevent significant deformation of the inner fin from occurring when the inner fin included in the flat pipe is cut in a width direction thereof together with the flat pipe can be provided.
    • 在一种用于热交换器的管(4)中,该管(4)包括一个扁平管(16),其两端开口,其中形成有用于热交换介质的流路(15)和布置在流体中的内翅片 路径(15),其中所述扁平管(16)由用于扁平管的材料片构成,所述内翅片由两个相对的平板部分(17b,17c)构成,所述相对的平板部分(17b,17c)沿着所述 扁平管16形成为与所述扁平管16的内表面接触的平板形状,以及从所述平板部中的至少一个突出的突出部(17d) (17b,17c),并且其顶部与另一个相对的平板部分(17b,17c)接触。 优选的是,突出部分(17d)从两个平板部分(17b,17c)朝向相对的平板部分突出,并使相对的顶部彼此接触。 可以提供一种热交换器用管,其能够防止在包含在扁平管内的内翅片与扁平管一起在其宽度方向上切断内翅片的显着变形。
    • 6. 发明申请
    • Tank for heat exchanger
    • 罐换热器
    • US20060086489A1
    • 2006-04-27
    • US10531445
    • 2003-11-12
    • Hajime OhataSakurada MuneoEto YoshihisaTakayanagi Naoto
    • Hajime OhataSakurada MuneoEto YoshihisaTakayanagi Naoto
    • F28D1/02
    • F28F9/0204F28D1/05391
    • In tubular portion of a tank, slits are formed in each side face of chambers or across all side faces of the chambers. For partition plates that are to be inserted from the slits, groove portions in which the partition plates are fitted are formed by cutting portions to which the partition plates butt. The slits are formed in the chambers at positions relatively shifted from each other in a direction in which tubes are layered. This structure guarantees that, in the tank for a heat exchanger, bypass leakage of a heat exchange medium between sub-chambers is prevented from occurring when the partition plates are inserted in the tank from the slits provided on the tank side faces. Further, the tank can maintain required strength even if the slits are formed in it.
    • 在罐的管状部分中,在室的每个侧面或者室的所有侧面上形成狭缝。 对于从狭缝中插入的隔板,通过分隔板对接的切割部分形成分隔板嵌合的槽部。 狭缝形成在腔室中,在层叠有管的方向上彼此相对偏移的位置处。 这种结构保证了当分隔板从设置在油箱侧面上的狭槽插入箱体时,在用于热交换器的油箱中,可以避免副室之间的热交换介质旁路泄漏。 此外,即使在其中形成狭缝,罐也可以保持所需的强度。