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    • 2. 发明授权
    • Rotatable removable computer power supply
    • 可旋转移动式电脑电源
    • US06330161B1
    • 2001-12-11
    • US09351822
    • 1999-07-12
    • Darren B SmithRonald P DeanSamuel M Babb
    • Darren B SmithRonald P DeanSamuel M Babb
    • H05K700
    • G06F1/181Y10T16/525Y10T16/527Y10T16/5357Y10T16/5358Y10T16/5359Y10T16/53607Y10T16/536075Y10T16/5361Y10T16/53613Y10T16/5363Y10T16/5385
    • A computer is disclosed having a power supply assembly that may be rotated into a first position for operating the computer, rotated into a second position for servicing components within the computer, or removed from the computer quickly and easily. The power supply assembly is mounted to a chassis via first and second pivot pins that define an axis of rotation and engage first and second bearing surfaces. The first pivot pin may be disengaged from the first bearing surface without removing a fastener. In one embodinent, the first pivot pin is disengaged from the first bearing surface by relative movement between the first pivot pin and the first bearing surface along the axis of rotation. In another embodiment, the first pivot pin is disengaged from the first bearing surface by passing it through a slot in the bearing surface orthogonal to the axis of rotation. A support member mechanically coupled to the chassis at a hinge is folded downward when the power supply assembly is in the operating position and extended upward to support the assembly when it is in the service position. A power coupling is located within a protrusion on the power supply assembly that aligns with a power coupling hole in the chassis when the assembly is in the operating position. A conductive gasket around the protrusion engages a conductive shroud around the power coupling hole to reduce leakage of electromagnetic energy from the enclosure.
    • 公开了一种具有电源组件的计算机,该电源组件可以旋转到用于操作计算机的第一位置,旋转到用于维修计算机内的组件的第二位置,或者快速且容易地从计算机移除。 电源组件经由限定旋转轴线并接合第一和第二支承表面的第一和第二枢转销安装到底盘。 第一枢转销可以从第一支承表面脱离而不移除紧固件。 在一个实施例中,通过沿着旋转轴线的第一枢转销和第一支承表面之间的相对运动,第一枢轴销与第一支承表面脱离接合。 在另一个实施例中,通过使第一枢轴穿过与旋转轴线正交的支承表面中的狭槽,第一枢轴销与第一支承表面脱离接合。 当电源组件处于操作位置并向上延伸以在组件处于使用位置时支撑组件时,在铰链处机械联接到底架的支撑构件向下折叠。 当组件处于操作位置时,动力联轴器位于电源组件上的突起内,其与底盘中的动力耦合孔对齐。 围绕突起的导电垫圈与功率耦合孔周围的导电罩接合,以减少来自外壳的电磁能的泄漏。
    • 3. 发明授权
    • Actively cooled daughterboard system
    • 主动冷却子板系统
    • US06304442B1
    • 2001-10-16
    • US09607039
    • 2000-06-29
    • Sean W. TuckerArlen L RoesnerDarren B SmithDonald TrotterAndrew D Delano
    • Sean W. TuckerArlen L RoesnerDarren B SmithDonald TrotterAndrew D Delano
    • H05K720
    • H05K7/1431H01L23/467H01L2924/0002H01L2924/00
    • An actively cooled daughterboard system. One more daughterboards are mounted in parallel rows on a motherboard. Each daughterboard is oriented substantially perpendicular to the motherboard, but may optionally be mounted at an oblique angle relative to the motherboard. Each daughterboard has a low-profile thermally-efficient heatsink mounted thereon. A fan shroud partially covers the daughterboards, but has openings in its sides for directing air flow through plural fins on the heatsinks and through a fan mounted to the top of the fan shroud. The inventive daughterboard system enables multiple high heat dissipating daughterboards to be placed closer together than the daughterboard systems of the prior art while still keeping the daughterboards adequately cooled. Moreover, because only a single fan is used to cool all of the daughterboards under the shroud, noise and expense are reduced relative to prior art systems that employed one or more fans per daughterboard.
    • 主动冷却子板系统。 另外还有一个子板在主板上平行排列。 每个子板基本上垂直于母板定向,但是可以可选地以相对于母板的倾斜角度安装。 每个子板具有安装在其上的低剖面热效率散热器。 风扇罩部分地覆盖子板,但是在其侧面具有开口,用于引导空气流过散热器上的多个散热片并通过安装在风扇罩顶部的风扇。 本发明的子板系统使得多个高散热子板比现有技术的子板系统更靠近放置,同时仍保持子板充分冷却。 此外,由于仅使用单个风扇来冷却护罩下的所有子板,相对于采用每个子板的一个或多个风扇的现有技术系统,噪声和费用降低。