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    • 3. 发明公开
    • Fin structure
    • Rippenstruktur
    • EP1538414A2
    • 2005-06-08
    • EP04028224.6
    • 2004-11-29
    • Twinbird Corporation
    • Sone, KazuyaMaezawa, Kazuo
    • F28F1/10F28F1/20F25B9/14
    • F28F1/20F02G1/055F02G2256/02F25B9/14F25D23/003F25D2400/12F28F1/105F28F1/14F28F2013/006F28F2275/08
    • A fin structure 16 for heat-exchanging, the fin structure 16 being mounted on a heat-dissipating portion 15 of a Stirling cycle cooler 7, wherein the fin structure 16 is configured by coupling a plurality of unit structures 16a, 16b, the plurality of unit structures 16a, 16b being split by a plurality of surfaces extending from a inner circumference of the fin structure 16 toward an outer circumference thereof. The fin structure 16 is configured thus way, whereby it can be mounted on the heat-dissipating portion 15 so as to sandwich the heat-dissipating portion 15 from the outer circumference thereof by the plurality of unit structures 16a, 16b coupled with each other. Accordingly, when mounting the fin structure 16, large force is not required, no adhesive filler is applied to an unneeded portion of the Stirling cycle cooler 7, and generating a scratch or a distortion on the casing of the Stirling cycle cooler 7 can be prevented.
    • 用于热交换的翅片结构16,翅片结构16安装在斯特林循环冷却器7的散热部分15上,其中翅片结构16通过将多个单元结构16a,16b,多个 单元结构16a,16b由从翅片结构16的内周向其外周延伸的多个表面分开。 翅片结构16由此构成,由此可以将其安装在散热部15上,以便通过彼此耦合的多个单元结构16a,16b将散热部15从外周夹住。 因此,当安装翅片结构16时,不需要大的力,因此不会在斯特林循环冷却器7的不需要部分施加粘合剂填料,并且可以防止在斯特林循环冷却器7的壳体上产生划痕或变形。 。