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    • 124. 发明申请
    • MULTI-PRESSURE RADIAL TURBINE SYSTEM
    • 多压径向涡轮机系统
    • US20130336768A1
    • 2013-12-19
    • US14002468
    • 2012-07-05
    • Hirotaka HigashimoriNorihiro FukudaMasayuki Kawami
    • Hirotaka HigashimoriNorihiro FukudaMasayuki Kawami
    • F04D29/58
    • F04D29/58F01D9/026F01K7/18F01K25/08F22B33/14
    • A multi-pressure radial turbine system including a high-pressure pump and a low-pressure pump for pressurizing liquid-phase heating media introduced therein to different pressures; a high-pressure evaporator and a low-pressure evaporator for vaporizing the liquid-phase heating media delivered from the high-pressure pump and the low-pressure pump by absorbing heat from a high-temperature heat source; one multi-pressure radial turbine that expands the gaseous heating media having different pressures and temperatures, supplied from the high-pressure evaporator and the low-pressure evaporator, to obtain output power; and a condenser for condensing the gaseous heating medium expanded in the multi-pressure radial turbine by making the medium release heat to a low-pressure heat source. A cycle circuit is formed through which the heating medium circulates while repeatedly changing its state between vapor and liquid.
    • 一种多压力径向涡轮机系统,包括高压泵和低压泵,用于将引入其中的液相加热介质加压到不同的压力; 用于通过从高温热源吸收热量来蒸发从高压泵和低压泵输送的液相加热介质的高压蒸发器和低压蒸发器; 一个多压力径向涡轮,其膨胀由高压蒸发器和低压蒸发器供应的具有不同压力和温度的气态加热介质,以获得输出功率; 以及冷凝器,用于通过使介质向低压热源释放热量来冷凝在多压径向涡轮机中膨胀的气态加热介质。 形成一循环回路,加热介质通过该循环循环,同时重复地改变其在蒸气和液体之间的状态。
    • 126. 发明申请
    • Fan Unit and Its Mounting
    • 风扇单元及其安装
    • US20130216365A1
    • 2013-08-22
    • US13822317
    • 2010-09-17
    • Sven Erik DalgaardHans KnutssonThorbjörn Pasgaard
    • Sven Erik DalgaardHans KnutssonThorbjörn Pasgaard
    • F04D29/58
    • F04D29/58F04D25/166F04D29/601G06F1/20H05K7/20581Y10T29/49117
    • In a method of mounting cooling air fans (2) in an electronic equipment unit (3) having a unit front (4) a unit rear (5) and unit sides (6, 7) and wherein the cooling air fan/fans produce cooling air flow (AF) directed from the unit front to the unit rear, cooling air fans are attached to a flexible cooling air fan carrier (8) that is introduced through a slot (3A) in the unit front and is advanced along a non-linear path (9). The cooling air fan carrier is advanced along a first, generally straight path section (9A) from the unit front and approximately to the unit rear, further through a second, bent path section (9B) and through a third, generally straight path section (9C) extending along the unit rear, thereby positioning the cooling air fans along the unit rear.
    • 在将冷却风扇(2)安装在具有单元前部(4),单元后部(5)和单元侧(6,7)的电子设备单元(3)中的方法中,并且其中冷却风扇/风扇产生冷却 从单元前部引导到单元后部的空气流(AF),冷却风扇附接到通过单元前部中的槽(3A)引入的柔性冷却风扇载体(8) 线性路径(9)。 冷却空气风扇载体沿着第一大致直线路径部分(9A)从单元前部和大致到单元后部进一步穿过第二弯曲路径部分(9B)并且穿过第三大致直线路径部分 9C)沿着单元后部延伸,从而沿着单元后部定位冷却风扇。