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    • 1. 发明授权
    • Heat dissipating device
    • 散热装置
    • US07578337B2
    • 2009-08-25
    • US11262301
    • 2005-10-27
    • Michael SpokoinyJames M. KernerCraig J. LuxJames M. Maurus
    • Michael SpokoinyJames M. KernerCraig J. LuxJames M. Maurus
    • F28F7/00F28F13/12H05K7/20
    • H05K7/20254F28F3/022F28F3/12
    • A heat dissipation device with a fluid cavity that utilizes a hybrid of star pins with concave surfaces and sharp edges, and truncated dimples, which creates turbulence and a vortex phenomenon perpendicular to fluid flow transmission, and increases the heat transfer coefficient without increasing restriction of fluid flow through the device. This process increases the heat transfer along local pins which are located around each truncated dimple. This effect allows the use of taller pins than previous devices thus increasing the surface of heat transfer and thus these pins have a more efficient heat transfer coefficient along the total length of the pin, not possible previously. Star pins with sharp edges prevent the distortion of the highly efficient vortex flow which increases fluid flow and simultaneously intensifies the desired phenomena of extraordinary turbulence.
    • 具有流体腔的散热装置,其利用具有凹面和锋利边缘的星形销的混合物以及截断的凹坑,其产生垂直于流体流动传递的湍流和涡流现象,并且增加传热系数而不增加流体的限制 流过设备。 该过程增加沿着位于每个截短凹坑周围的局部引脚的热传递。 这种效应允许使用比以前的装置更高的销,因此增加了热传递的表面,因此这些销沿着销的总长度具有更有效的传热系数,这是先前不可能的。 具有锋利边缘的星形销防止了高效涡流的变形,这增加了流体流动,同时增强了所需的非凡湍流现象。