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    • 5. 发明授权
    • Rotatable liquid reservoir for computer cooling
    • 用于计算机冷却的可旋转液体储存器
    • US07228888B2
    • 2007-06-12
    • US11249912
    • 2005-10-13
    • Eric Alan EckbergJames Dorance GerkenCary Michael HuettnerRoger Ray Schmidt
    • Eric Alan EckbergJames Dorance GerkenCary Michael HuettnerRoger Ray Schmidt
    • F28D7/10F28D15/00
    • H05K7/20272H01L2924/0002H01L2924/00
    • In a system for liquid cooling of electronics, where the electronics are subject to rotation in space, a liquid coolant storage tank includes a degassing and vortex-preventing structure to allow bubbles to float to the surface of the liquid inside the tank, and also to prevent vortices from forming near the outlet from the tank. The structure includes nested tubes or conduits. An inner conduit extends from the inlet into the tank, and its open end is covered by a second conduit with a baffle across its end, so that the flow is directed by the baffle to flow back along the outside of the inner conduit, and inside of the outer conduit. Especially at the inlet, a third conduit with large perforations surrounds the open end of the outer conduit. Smaller perforations on the inner conduit at the outlet side discourage any vortex from forming there. Reversal of the liquid flow, and the gradual increase in flow cross section prevent surging inside the tank.
    • 在电子设备的液体冷却系统中,电子设备在空间中旋转,液体冷却剂储存箱包括脱气和防涡旋结构,以允许气泡漂浮到罐内的液体表面,并且还包括 防止涡流从储罐出口附近形成。 该结构包括嵌套管或导管。 内部导管从入口延伸到罐中,其开口端被第二导管覆盖,第二导管在其端部上具有挡板,使得流动被挡板引导以沿着内部管道的外部向后流动,并且内部 的外管。 特别是在入口处,具有大穿孔的第三导管围绕外导管的开口端。 出口侧内管上较小的穿孔阻止任何涡流形成。 液体流动的反转,流动横截面的逐渐增加可以防止罐内涌动。
    • 7. 发明授权
    • Pivot bearing having no moving parts for use in a high density data tape
drive
    • 枢轴轴承没有用于高密度数据磁带驱动器的移动部件
    • US5710681A
    • 1998-01-20
    • US586505
    • 1996-01-16
    • Eric Alan EckbergGerald Daniel Malagrino, Jr.Brian Lee Rappel
    • Eric Alan EckbergGerald Daniel Malagrino, Jr.Brian Lee Rappel
    • G11B5/55G11B5/584G11B21/02
    • G11B5/5504
    • A pivot bearing structure formed of a leaf spring is incorporated into a rocker or force transmission member which whenever mounted to a carriage of a high density data tape drive system precisely defines the pivot axis of the rocker and provides a very high degree of stiffness in a vertical plane, that plane being parallel to the recording surface of the magnetic tape. The rocker derives motion from a voice coil motor (VCM) and transmits that controlled motion to a magnetic head which is suspended for movement in a vertical plane while in contact with a length of magnetic tape upon which data is recorded or from which data is read. The movement of the magnetic head may be very precisely controlled by energizing the VCM, because the pivot axis is extremely well defined due to the stiffness in the vertical plane of the pivot bearing. Movement of the VCM coil directly translates into movement of the magnetic head. The rocker is fabricated to form a cavity or pocket exposing a portion of the leaf spring to permit the bonding of another part to the leaf spring.
    • 由板簧形成的枢转轴承结构被结合到摇臂或力传递构件中,每当安装到高密度数据磁带驱动系统的滑架上时,其可精确地限定摇臂的枢转轴线,并且提供非常高的刚度 垂直平面,该平面平行于磁带的记录表面。 摇杆从音圈电机(VCM)导出运动,并将该受控运动传输到磁头,该磁头悬挂在垂直平面中运动,同时与记录数据的数据的一段磁带或从其读取数据的磁带接触 。 由于由于枢转轴承的垂直平面中的刚度,枢转轴线非常明确地限定了磁头的运动,所以可以非常精确地控制VCM的运动。 VCM线圈的运动直接转换为磁头的运动。 制造摇杆以形成露出片簧的一部分的腔或袋,以允许另一部件与板簧的结合。