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    • 3. 发明授权
    • Cooling system and cooled electronics assembly employing partially liquid filled thermal spreader
    • 冷却系统和采用部分液体填充散热器的冷却电子组件
    • US06820684B1
    • 2004-11-23
    • US10606588
    • 2003-06-26
    • Richard C. ChuMicheal J. Ellsworth, Jr.Robert E. Simons
    • Richard C. ChuMicheal J. Ellsworth, Jr.Robert E. Simons
    • F28D1500
    • F28D15/02F28F3/022H01L23/427H01L2924/0002H01L2924/00
    • A cooling system and method, and a cooled electronics assembly are provided employing a thermal spreader having an inner chamber evacuated and partially filled with a liquid. A phase separator is disposed within the thermal spreader to at least partially divide the inner chamber into a boiling section and a condensing section, while allowing vapor and liquid to circulate between the sections. A heat extraction assembly is disposed at least partially within the inner chamber to extract heat therefrom. When the thermal spreader is coupled to a heat generating component with the boiling section disposed adjacent thereto, liquid within the thermal spreader boils in the boiling section, producing vapor which flows upward from the boiling section and causes liquid to flow into the boiling section from the condensing section, thereby providing circulatory flow between the sections and facilitating removal of heat from the heat generating component.
    • 提供一种冷却系统和方法以及冷却电子组件,其采用具有抽空并部分填充有液体的内部腔室的散热器。 相分离器设置在散热器内,以至少部分地将内室分成沸腾部分和冷凝部分,同时允许蒸气和液体在部分之间循环。 热抽取组件至少部分地设置在内室内以从其中提取热量。 当热撒布机与相邻设置的沸腾部分的发热部件联接时,散热器内的液体在沸腾部分中沸腾,产生从沸腾部分向上流动的蒸气,并使液体从沸腾部分流入沸腾部分 从而在各部分之间提供循环流动,并且有助于从发热部件去除热量。
    • 6. 发明授权
    • Bubble cycling heat exchanger
    • 泡沫循环换热器
    • US06789611B1
    • 2004-09-14
    • US09477284
    • 2000-01-04
    • Jia Hao Li
    • Jia Hao Li
    • F28D1500
    • H01L23/473F28D15/0266F28F13/00G06F1/20H01L2924/0002H01L2924/00
    • A bubble cycling heat exchanger is disclosed. A closed fluid loop is in contact with a heat absorbing source through a heat conducting block; the loop has a bubble generator, an expanding area for generating bubbles is installed at loop; the loop is also formed with a guide region from which bubbles is easily separable and a radiator; a heat conducting block of the closed loop is connected to a heat absorbing source; since the overheat of the heat absorbing source will cause the loop to generate bubble; by an unequilibrium formed at the guide region of the loop, the bubbles will separate from the heat absorbing source so that the liquid in the loop flows for transferring heat so that heat is radiated by the fins or other elements of the radiator from the primary element of a computer at the heat absorbing source, the loop operates continuously until a heat equilibrium is achieved.
    • 公开了一种气泡循环热交换器。 封闭的流体回路通过导热块与吸热源接触; 循环具有气泡发生器,在循环中安装用于产生气泡的膨胀区域; 环也形成有气泡易于分离的引导区域和散热器; 闭环的导热块连接到吸热源; 因为吸热源的过热将导致环路产生气泡; 通过形成在环的引导区域处的不平衡,气泡将与吸热源分离,使得环路中的液体流动以传递热量,使得散热器的散热片或其它元件从主要元件辐射热量 在热吸收源处的计算机,循环连续运行,直到达到热平衡。
    • 7. 发明授权
    • Counterflow reactor with a bundle of contact tubes
    • 具有一束接触管的逆流反应器
    • US06747162B2
    • 2004-06-08
    • US10276223
    • 2002-11-14
    • Gerhard OlbertFranz Corr
    • Gerhard OlbertFranz Corr
    • F28D1500
    • C07C51/252B01J19/0013B01J19/2425B01J2219/00094B01J2219/00103C07C45/35C07C47/127C07C51/215C07C51/265F28F27/02C07C47/22C07C57/145C07C57/04C07C63/16
    • In a reactor (1) which has a bundle of catalyst tubes (2) and in which a heat transfer medium is circulated through the space surrounding the catalyst tubes, with the ring lines (3, 4) at both ends of the reactor with openings (5, 6) through the wall for introduction or removal of a heat transfer medium by means of one or more pumps, where the heat transfer medium is introduced into the lower ring line (4) and is returned via the upper ring line (3) to the pump(s) and the heat transfer medium or a substream of the heat transfer medium may, if desired, be passed over one or more external heat exchangers, and with deflecting plates (7) which alternately leave free an open cross section in the middle of the reactor and at the edge of the reactor, the lower ring line (4) is divided by means of a horizontal dividing wall (8) into two regions between which material can pass via preferably uniformly distributed openings (9) having a regulatable open cross section.
    • 在具有一束催化剂管(2)的反应器(1)中,其中传热介质循环通过催化剂管周围的空间,反应器的两端的环线(3,4)具有开口 (5,6),通过一个或多个泵引入或移除传热介质,其中传热介质被引入下环线(4)中,并通过上环线(3)返回 )和传热介质或传热介质的子流,如果需要,可以通过一个或多个外部热交换器,并且具有交替离开自由的偏转板(7)的开放横截面 在反应器的中间并且在反应器的边缘处,下环线(4)通过水平分隔壁(8)分成两个区域,材料可以经过优选均匀分布的开口(9)通过,该开口具有 一个可调节的开放横截面。
    • 10. 发明授权
    • Cooling apparatus boiling and condensing refrigerant
    • 冷却装置沸腾冷凝制冷剂
    • US06681843B2
    • 2004-01-27
    • US10207327
    • 2002-07-29
    • Hajime Sugito
    • Hajime Sugito
    • F28D1500
    • F28D15/0266F28D15/0233
    • An elongate tubular refrigerant container 2 has a barrier 5 which partitions its internal space into a heat-generating member side path 2b and a heat radiating path 2c, so that refrigerant vapor evaporated by the heat-generating member 3 is separated from the condensate that circulates after being cooled in the heat radiating section 4. The barrier 5 includes a heat insulating space 5a which does not communicate with the internal space 2a that stores a refrigerant. The refrigerant is prevented from boiling in the heat radiating section side path 2c and the condensate that circulates from the heat radiating section 4 and the refrigerant vapor do not collide violently with each other because the heat of the refrigerant vapor in the heat-generating member side path 2b is prevented from being transferred to the liquid refrigerant in the heat radiating section side path 2c.
    • 细长管状制冷剂容器2具有将其内部空间分隔成发热构件侧路径2b和散热路径2c的阻挡层5,使得由发热构件3蒸发的制冷剂蒸汽与循环的冷凝物分离 在热辐射部分4中被冷却之后。阻挡件5包括不与存储制冷剂的内部空间2a连通的绝热空间5a。 制冷剂在散热部侧路径2c中被防止沸腾,并且从散热部分4循环的冷凝物和制冷剂蒸汽不会相互剧烈地相互冲突,因为发热元件侧的制冷剂蒸气的热量 防止了路径2b被转移到散热部侧路径2c中的液体制冷剂。