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    • 3. 发明申请
    • HEAT EXCHANGER AND MANUFACTURING METHOD OF THE SAME
    • 热交换器及其制造方法
    • US20100025025A1
    • 2010-02-04
    • US12442282
    • 2007-09-26
    • Kazuyoshi TomochikaNorio SawadaHiroshi MukaiyamaKotaro Matsu
    • Kazuyoshi TomochikaNorio SawadaHiroshi MukaiyamaKotaro Matsu
    • F28F3/00B23P15/26
    • F28D9/005F25B39/00F28F3/027Y10T29/49378
    • There is disclosed a heat exchanger capable of suppressing the increase of a pressure drop while improving a non-uniform rate distribution of a fluid. A heat exchanger T of the present invention is constituted of flat plates 1, 2 each having an inflow port 15 of the fluid on one end thereof and an outflow port 16 of the fluid on the other end, and offset type fins 5 provided in the flat plates 1, 2, and includes a fin orthogonal region H where the plate fins 5 cross the flow direction of the fluid from the inflow port 15 to the outflow port 16 at right angles and a fin parallel region V where the plate fins 5 are disposed in parallel with the flow direction of the fluid from the inflow port 15 to the outflow port 16, the fin orthogonal regions H are provided on the sides of the inflow port 15 and the outflow port 16, and the fin parallel region V is provided between the respective fin orthogonal regions H.
    • 公开了能够抑制压降增加的热交换器,同时提高流体的不均匀分布。 本发明的热交换器T由平板1,2构成,平板1,2的一端具有流体的流入口15和另一端的流体的流出口16, 平板1,2,并且包括鳍片正交区域H,其中板状散热片5以直角从流入端口15到流出端口16流过流体的流动方向,并且翅片平行区域V 与从流入口15到流出口16的流体的流动方向平行配置,翅片正交区域H设置在流入口15和流出口16的侧面,并且翅片平行区域V设置 在相应的翅片正交区域H之间。