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    • 5. 发明申请
    • Storage apparatus
    • 储存装置
    • US20070220912A1
    • 2007-09-27
    • US11437693
    • 2006-05-22
    • Kenichi MiyamotoYasuji Morishita
    • Kenichi MiyamotoYasuji Morishita
    • F25D17/04F25D23/12F25D17/06
    • G11B33/142H05K7/20736
    • Provided is a cooling method for realizing efficient cooling of a storage apparatus with an airflow separation structure. This storage apparatus has a plurality of cooling areas formed in the cabinet; an external air introduction/discharge device for directing external air to the respective cooling areas, and thereafter discharging the external air from a discharge area of the cabinet outside the cabinet; and an external air guidance area for guiding the external air that passed through each of the cooling areas to the discharge area; wherein the external air guidance area is configured so that the external air that passed through one cooling area will not get mixed with the external air that passed through another cooling area.
    • 提供一种用于实现具有气流分离结构的存储装置的有效冷却的冷却方法。 该存储装置具有形成在机壳中的多个冷却区域; 外部空气引入/排出装置,用于将外部空气引导到各个冷却区域,然后将外部空气从机柜外部的排放区域排出; 以及外部空气引导区域,用于将通过每个冷却区域的外部空气引导到排出区域; 其特征在于,所述外部空气引导区域被配置为使得通过一个冷却区域的外部空气不会与通过另一个冷却区域的外部空气混合。
    • 6. 发明申请
    • Disk array device
    • 磁盘阵列设备
    • US20060056148A1
    • 2006-03-16
    • US11264008
    • 2005-11-02
    • Kenichi MiyamotoYasuji MorishitaToshiyasu Hattori
    • Kenichi MiyamotoYasuji MorishitaToshiyasu Hattori
    • G06F1/20
    • G11B33/144
    • The invention improves reliability relating to the operating environment temperature and the operating time of a processor for management in a disk array device mounting the managing processor for managing the state of the device, and further realizes mounting having no bad influence on the temperature environment within the disk array device. The disk array device uses a dedicated PC for industry in the processor for management, and is constructed such that the processor for management and a computer for output used to output management information of this processor for management are separated. Further, the processor for management and the computer for output are arranged within a disk array box body in positions for preventing no flow of a ventilating wind within the disk array box body. Here, when the computer for output is used, the disk array device is set to a mode in which the computer for output is pulled out of the disk array box body and is further rotated and used.
    • 本发明提高了与安装用于管理设备的状态的管理处理器的磁盘阵列装置中的操作环境温度和操作时间的管理相关的可靠性,并且进一步实现了对该装置内的温度环境没有不良影响的安装 磁盘阵列设备。 磁盘阵列设备使用处理器中用于工业的专用PC进行管理,并且被构造为使得用于管理的处理器和用于输出用于管理的处理器的管理信息的输出的计算机被分离。 此外,用于管理的处理器和用于输出的计算机被布置在盘阵列箱体内用于防止在盘阵列箱体内不会有通风风的流动的位置。 这里,当使用用于输出的计算机时,磁盘阵列装置被设置为将输出计算机从盘阵列盒体拉出并进一步旋转和使用的模式。
    • 7. 发明申请
    • Disk array device
    • 磁盘阵列设备
    • US20050117310A1
    • 2005-06-02
    • US10774591
    • 2004-02-10
    • Kenichi MiyamotoYasuji MorishitaToshiyasu Hattori
    • Kenichi MiyamotoYasuji MorishitaToshiyasu Hattori
    • G06F1/20G11B33/12G11B33/14H05K7/20G06F1/16
    • G11B33/144
    • The invention improves reliability relating to the operating environment temperature and the operating time of a processor for management in a disk array device mounting the managing processor for managing the state of the device, and further realizes mounting having no bad influence on the temperature environment within the disk array device. The disk array device uses a dedicated PC for industry in the processor for management, and is constructed such that the processor for management and a computer for output used to output management information of this processor for management are separated. Further, the processor for management and the computer for output are arranged within a disk array box body in positions for preventing no flow of a ventilating wind within the disk array box body. Here, when the computer for output is used, the disk array device is set to a mode in which the computer for output is pulled out of the disk array box body and is further rotated and used.
    • 本发明提高了与安装用于管理设备的状态的管理处理器的磁盘阵列装置中的操作环境温度和操作时间的管理相关的可靠性,并且进一步实现了对该装置内的温度环境没有不良影响的安装 磁盘阵列设备。 磁盘阵列设备使用处理器中用于工业的专用PC进行管理,并且被构造为使得用于管理的处理器和用于输出用于管理的处理器的管理信息的输出的计算机被分离。 此外,用于管理的处理器和用于输出的计算机被布置在盘阵列箱体内用于防止在盘阵列箱体内不会有通风风的流动的位置。 这里,当使用用于输出的计算机时,将盘阵列设备设置为将输出计算机从盘阵列箱体拉出并进一步旋转和使用的模式。
    • 8. 发明授权
    • Storage apparatus
    • 储存装置
    • US07914366B2
    • 2011-03-29
    • US11437693
    • 2006-05-22
    • Kenichi MiyamotoYasuji Morishita
    • Kenichi MiyamotoYasuji Morishita
    • H05K5/00H05K7/20
    • G11B33/142H05K7/20736
    • Provided is a cooling method for realizing efficient cooling of a storage apparatus with an airflow separation structure. This storage apparatus has a plurality of cooling areas formed in the cabinet; an external air introduction/discharge device for directing external air to the respective cooling areas, and thereafter discharging the external air from a discharge area of the cabinet outside the cabinet; and an external air guidance area for guiding the external air that passed through each of the cooling areas to the discharge area; wherein the external air guidance area is configured so that the external air that passed through one cooling area will not get mixed with the external air that passed through another cooling area.
    • 提供一种用于实现具有气流分离结构的存储装置的有效冷却的冷却方法。 该存储装置具有形成在机壳中的多个冷却区域; 外部空气引入/排出装置,用于将外部空气引导到各个冷却区域,然后将外部空气从机柜外部的排放区域排出; 以及外部空气引导区域,用于将通过每个冷却区域的外部空气引导到排出区域; 其特征在于,所述外部空气引导区域被配置为使得通过一个冷却区域的外部空气不会与通过另一个冷却区域的外部空气混合。
    • 10. 发明授权
    • Storage apparatus
    • 储存装置
    • US07643285B2
    • 2010-01-05
    • US11543129
    • 2006-10-05
    • Shinichi NishiyamaKenichi MiyamotoShigeaki Tanaka
    • Shinichi NishiyamaKenichi MiyamotoShigeaki Tanaka
    • H05K5/00H05K7/20G06F1/20
    • G06F1/20
    • A storage apparatus has a cabinet stored with an array of memory mediums, a power supply unit housed at the bottom of the cabinet, a fan provided immediately under the top surface of the cabinet and immediately above the memory mediums, and a partition member provided insides the cabinet and configured to partition a first cooling path from mixing with a second cooling path inside the cabinet. The first cooling path of first external air for cooling the memory mediums starts at an inlet on a side surface of the cabinet and ends at the top surface of the cabinet to discharge the first external air out of the cabinet form the top surface. The second cooling path of second external air for cooling the power supply unit ends at the top surface of the cabinet and discharges the second external air out of the cabinet at the top surface.
    • 存储装置具有存储有存储介质阵列的机柜,容纳在机壳底部的电源单元,设置在机柜的顶表面正下方并紧邻存储介质的风扇,以及设置在内部的分隔构件 所述机柜并且被配置为将第一冷却路径与所述柜内的第二冷却路径进行分隔。 用于冷却存储介质的第一外部空气的第一冷却路径从机柜的侧表面上的入口开始并且终止于机柜的顶表面,以将第一外部空气从顶表面排出壳体。 用于冷却电源单元的第二外部空气的第二冷却路径在机柜的顶部表面终止,并将第二外部空气从顶部表面排出柜体。