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    • 7. 发明专利
    • Heat exchanger
    • 热交换器
    • JP2000074576A
    • 2000-03-14
    • JP24352298
    • 1998-08-28
    • Aisin Seiki Co Ltdアイシン精機株式会社
    • HIRANO AKIRA
    • F28F1/44C22C9/06F28D7/10F28F21/08
    • PROBLEM TO BE SOLVED: To reduce intrusion of heat from a high temperature side to a low temperature side in an axial direction, decrease thermal resistance of a joint part of a thin-walled pipe and a wire netting and enhance temperature efficiency by using as a material for the thin-walled pipe a copper alloy of a specified wt.% of Ni made by alloying copper or a copper alloy with Ni.
      SOLUTION: Five thin-walled pipes (a copper alloy containing 5-40 wt.% of Ni) 2 disposed in a tubular member 1 parallelly with the tubular member, wire nettings 3 closely stacked in a space formed between the tubular member 1 and the thin-walled pipes 2 and wire nettings 4 closely stacked in interiors of the thin-walled pipes are provided. The stacked nettings 4 are held by stoppers 5, 7 and the thin-walled pipes 2 and the stacked nettings 3 are held by partition plates 6, 8. Lids 9, 10 for the tubular member 1, an inlet 12 for inside passages of the thin-walled pipes 2, an outlet 14 for inside passages of the thin-walled pipes 2, an inlet 11 for an outside passage of the thin-walled pipes and an outlet 13 for the outside passage of the thin-walled pipes 2 are provided.
      COPYRIGHT: (C)2000,JPO
    • 要解决的问题:为了减少热轴从高温侧到低温侧的侵入,可以降低薄壁管和网的接合部的热阻,并且通过使用作为 用于薄壁管的材料是通过将铜或铜合金与Ni合金制成的Ni的指定重量%的铜合金。 解决方案:五个薄壁管(含有5-40重量%的Ni的铜合金)2与管状构件平行地设置在管状构件1中,金属丝网3紧密堆叠在形成在管状构件1和管状构件1之间的空间中 提供了紧密堆叠在薄壁管内部的薄壁管2和丝网4。 堆叠的网4由止动件5,7保持,薄壁管2和堆叠的网3由分隔板6,8保持。管状构件1的盖9,10,用于管状构件1的内部通道的入口12 薄壁管2,薄壁管2的内部通路用出口14,薄壁管外侧通路用入口11和薄壁管2的外侧通路用出口13 。
    • 9. 发明专利
    • Heat transfer pipe
    • 换热管
    • JPS6189497A
    • 1986-05-07
    • JP20829084
    • 1984-10-05
    • Hitachi Cable LtdHitachi Ltd
    • TAKAHASHI KENJIKUWABARA HEIKICHIYANAGIDA TAKEHIKONAKAYAMA HISASHIOIZUMI KIYOSHISUGIMOTO SHIGEO
    • F28F1/40B21C37/20B21D17/04F28F1/44F28F13/18
    • F28F13/185B21C37/20B21D17/04F28F1/44
    • PURPOSE: To form a face structure excellent in the heat transfer performance by pressing a roll having a projection row to the outer periphery from the outer surface of a heat transfer pipe, forming a large number of projection rows in which the side of the projection at the pipe inner side has a curvature, and determining the projection rows in numerical values.
      CONSTITUTION: Projections 3 formed in a pipe inner wall surface 10 is formed by a smooth curve in such a manner that the tip end thereof is pressed by a gear-like roll 2 from the outside of the pipe so that the pipe wall material is plastically deformed. For this reason, the heat transfer promotion is carried out by the above projection, so that the pipe is difficult to undergo a fluid force and hence it has a corrosion resistance. Further, by forming the projection row in the range of the height e of the projection is 0.45W0.6mm, the circumferential pitch Z is 3.5W6mm, and further the axial pitch P is within 9mm, it is possible to make maximum the effect of a vertical vortex having an axis in the flow direction and generated in the flow passing the projection. Therefore, the single-phase heat transfer coefficient can be greatly improved.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过从传热管的外表面将具有突出排的辊压到外周来形成传热性能优异的面结构,形成多个突起行,其中突起的侧面为 管内侧具有曲率,并且以数值确定投影行。 构成:在管内壁面10上形成的突出部3以平滑的曲线形成,使其前端由齿轮状的辊2从管的外侧按压,使管壁材料成为塑性 变形 因此,通过上述突起进行热传递促进,使得管难于经受流体力,因此具有耐腐蚀性。 此外,通过在突起的高度e的范围内形成突出列为0.45〜0.6mm,周向间距Z为3.5〜6mm,轴向间距P在9mm以内,可以使效果最大化 具有在流动方向上的轴线并且在通过突起的流动中产生的垂直涡流。 因此,可以大大提高单相传热系数。