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    • 42. 发明申请
    • GLOVE DOOR-INSTALLED KNEE AIR BAG APPARATUS
    • 手套安装的KNEE空气袋装置
    • US20100276914A1
    • 2010-11-04
    • US12743467
    • 2008-11-12
    • Hitoshi MatsushimaOsamu Fukawatase
    • Hitoshi MatsushimaOsamu Fukawatase
    • B60R21/20
    • B60R21/206B60R7/04B60R21/217B60R2021/23169
    • In a glove door-installed knee air bag apparatus, a stud bolt of an inflator is fixed to an inflator supporting member in a state that the stud bolt is inclined in a vertical direction relative to a general plane of a glove door inner member. Due to the structure, a thickness W0 of an air bag module measured at the inflator installing portion is made small. The inflator supporting member includes a first portion and a second portion. In a case where a hook portion is formed in the first portion, the number of parts can be reduced. In a case where the inflator is located at a lower portion of a housing space, a handling force for opening and closing the glove door is light. In a case where the first portion comprises a bottom wall of the air bag casing and the second portion comprises a side wall of the air bag casing, the number of parts is reduced.
    • 在手套式门安装的膝盖气囊装置中,在双螺柱螺栓相对于手套箱门内部构件的一般平面的垂直方向倾斜的状态下,充气机的双头螺栓固定在充气机支撑构件上。 由于该结构,在充气机安装部测量的气囊模块的厚度W0变小。 充气机支撑构件包括第一部分和第二部分。 在第一部分中形成钩部的情况下,可以减少部件数量。 在充气机位于容纳空间的下部的情况下,用于打开和关闭手套门的处理力是轻的。 在第一部分包括气囊壳体的底壁并且第二部分包括气囊壳体的侧壁的情况下,部件的数量减少。
    • 43. 发明授权
    • Disk array apparatus and liquid cooling apparatus thereof
    • 磁盘阵列装置及其液体冷却装置
    • US07586741B2
    • 2009-09-08
    • US11346297
    • 2006-02-03
    • Hitoshi MatsushimaHiroshi FukudaShunsuke Yamana
    • Hitoshi MatsushimaHiroshi FukudaShunsuke Yamana
    • H05K7/20G06F1/20
    • G06F1/206G06F2200/201Y02D10/16
    • A liquid cooling apparatus for use in a disk array apparatus which contains a plural number of units having a disk drive inside of a housing and disposed within a rack, including an air-blow fan, a pump for transmitting liquid coolant, a radiator for transmitting heat absorbed into the liquid coolant into outside air, and pipes for connection of the pump and radiator. The liquid cooling apparatus further includes a temperature sensor disposed at a position for detecting temperature of the liquid coolant, which temperature changes in response to electric power consumed within the plural number of disk drives, and a rotation speed of the pump is controlled in dependence upon a detection signal from the temperature sensor.
    • 一种用于磁盘阵列装置的液体冷却装置,其包含多个单元,所述多个单元具有壳体内部的盘驱动器并且设置在机架内,包括鼓风扇,用于传输液体冷却剂的泵,用于传输的散热器 吸收到液体冷却液中的热量进入外部空气,以及连接泵和散热器的管道。 液体冷却装置还包括温度传感器,其设置在用于检测液体冷却剂的温度的位置,该温度响应于在多个盘驱动器内消耗的电力而变化,并且泵的旋转速度依赖于 来自温度传感器的检测信号。
    • 44. 发明申请
    • ELECTRONIC EQUIPMENT SYSTEM
    • 电子设备系统
    • US20090097205A1
    • 2009-04-16
    • US12193100
    • 2008-08-18
    • Hitoshi MatsushimaHiroshi Fukuda
    • Hitoshi MatsushimaHiroshi Fukuda
    • H05K7/20
    • H05K7/20736H05K7/20363H05K7/20827
    • In a space of a data center or the like where many disk array apparatuses and electronic equipment systems are arranged, it is an object of the present invention to reduce the energy required for cooling the apparatus itself and cooling the space. In electronic equipment having heat generating elements such as a disk array apparatus or CPU, low-temperature waste heat exhausted from the equipment is heated through a vapor compression cycle once and then recovered as cold water through an absorption refrigeration cycle. In the space of a data center or the like where many disk array apparatuses and electronic equipment systems are arranged, this can reduce the energy required for cooling the apparatus itself and cooling the space, drastically improve the processing speed and reliability of the apparatus/system and realize capacity and speed enhancements.
    • 在布置许多磁盘阵列装置和电子设备系统的数据中心等的空间中,本发明的目的是减少冷却装置本身所需的能量并冷却空间。 在具有诸如盘阵列装置或CPU的发热元件的电子设备中,从设备排出的低温余热通过蒸气压缩循环被加热,然后通过吸收制冷循环作为冷水回收。 在数据中心等的空间中设置了许多磁盘阵列装置和电子设备系统,这可以减少冷却设备本身所需的能量并冷却空间,从而显着提高设备/系统的处理速度和可靠性 并实现容量和速度的提升。
    • 46. 发明授权
    • Storage device system and cooling structure for logic circuit board for storage device system
    • 用于存储设备系统逻辑电路板的存储设备系统和冷却结构
    • US07359191B2
    • 2008-04-15
    • US10917281
    • 2004-08-13
    • Shunsuke YamanaHiroshi FukudaKenji FujitaTakayuki AtarashiHitoshi Matsushima
    • Shunsuke YamanaHiroshi FukudaKenji FujitaTakayuki AtarashiHitoshi Matsushima
    • H05K7/20
    • H05K7/20736
    • In this invention, the CPU of a NAS board, which is liable to become hot, is cooled by concentrating a larger amount of air onto a heat sink. A plurality of logic circuit boards 3 are mounted on a control section 1D of a disc array device 1. The circuit component 4A for realizing the NAS function, liable to become hot, is provided with a heat sink 5. The aperture of the main air inlet section (Wb) is covered with a top plate 8. Airflow guidance sections (Wa, Wc) are respectively provided on both sides of the main air inlet section. Since the fin pitch of the airflow guidance sections is set narrow, the air inflow resistance (airflow resistance) of these is higher than that of the main air inlet section. Due to this difference in airflow resistance, the air in the vicinity of the airflow guidance sections is guided into the main air inlet section. The top plate 8 prevents outflow of air that has flowed into the main air inlet section to outside the heat sink 5.
    • 在本发明中,容易变热的NAS板的CPU通过将更多量的空气集中到散热器上来冷却。 多个逻辑电路板3安装在盘阵列装置1的控制部分1D上。 用于实现易于变热的NAS功能的电路部件4A设置有散热器5。 主空气入口部分(Wb)的孔径被顶板8覆盖。 气流引导部分(Wa,Wc)分别设置在主进气部分的两侧。 由于气流引导部的翅片间距窄,因此这些的空气流入阻力(气流阻力)高于主空气导入部的空气流入阻力(气流阻力)。 由于气流阻力的差异,气流引导部附近的空气被引导到主空气入口部。 顶板8防止已经流入主空气入口部分的空气流到散热器5的外部。
    • 48. 发明申请
    • Disk array system
    • 磁盘阵列系统
    • US20060077776A1
    • 2006-04-13
    • US11043994
    • 2005-01-28
    • Hitoshi MatsushimaTakayuki AtarashiHiroshi FukudaShunsuke Yamana
    • Hitoshi MatsushimaTakayuki AtarashiHiroshi FukudaShunsuke Yamana
    • G11B7/085
    • H05K7/20818G11B33/128G11B33/1413G11B33/1426
    • A disk array system includes a plurality of disk drives and at least one unit box including the plurality of disk drives aligned in the thickness direction of the disk drive, each disk drive including a thin case accommodating a recording disk, a read/write head, and a driving mechanism for driving the recording disk and the read/write head, and a control board for controlling the driving mechanism, the control board being mounted on the thin case. In the disk array system, the thin case and the unit box are composed of a thermally-conductive material, the unit box includes surfaces parallel to the thickness direction of the plurality of disk drives, and at least one of the surfaces has a cold plate filled with a refrigerant. Heat generated at the disk drives is transferred to the cold plate, thereby improving cooling performance.
    • 磁盘阵列系统包括多个磁盘驱动器和至少一个单元盒,包括在盘驱动器的厚度方向上对齐的多个磁盘驱动器,每个磁盘驱动器包括容纳记录盘的薄壳体,读/写磁头, 以及用于驱动记录盘和读/写头的驱动机构,以及用于控制驱动机构的控制板,控制板安装在薄壳上。 在磁盘阵列系统中,薄壳体和单元盒由导热材料构成,单元盒包括平行于多个磁盘驱动器的厚度方向的表面,并且至少一个表面具有冷板 充满制冷剂。 磁盘驱动器产生的热量传递到冷板,从而提高冷却性能。