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    • 1. 发明授权
    • Method for controlling cooling in a data storage system
    • 用于控制数据存储系统中的冷却的方法
    • US07988063B1
    • 2011-08-02
    • US12165220
    • 2008-06-30
    • Daniel A Dufresne, IIDaniel SavilonisJohn Kevin BowmanJohn V BurroughsMichael Robillard
    • Daniel A Dufresne, IIDaniel SavilonisJohn Kevin BowmanJohn V BurroughsMichael Robillard
    • F24F7/00H02B1/00G06F1/00
    • G06F1/20G06F1/206
    • A system having: a midplane having air flow channels therein; a disk drive mounted to a first side of the midplane; and a temperature sensors mounted to the midplane. The system includes a pair of electrical chassis connected to a second side of the midplane. A first one of the chassis has therein: a fan; and a fan controller for controlling speed of the fan in response to a temperature control signal. A second one of the chassis has therein: a microprocessor for: detecting temperature signals produced by the temperature sensors; comparing differences between the detected temperature signals; and selecting one of the detected temperature control signal from the compared differences as the temperature control signal. A faulty one of the temperature sensors is detected by: selecting one of the detected temperature control signal as the faulty one of the plurality of temperature sensors from the compared differences.
    • 一种系统,具有:具有气流通道的中平面; 安装到中平面的第一侧的磁盘驱动器; 以及安装在中平面上的温度传感器。 该系统包括连接到中平面的第二侧的一对电底盘。 其中第一个底盘内有:风扇; 以及风扇控制器,用于响应于温度控制信号来控制风扇的速度。 底盘中的第二个具有:用于检测由温度传感器产生的温度信号的微处理器; 比较检测到的温度信号之间的差异; 并且从所比较的差异中选出检测到的温度控制信号之一作为温度控制信号。 通过以下方式来检测故障的一个温度传感器:从所比较的差值中选出检测到的温度控制信号中的一个作为多个温度传感器中的故障的一个。
    • 2. 发明授权
    • Method for controlling cooling in a data storage system
    • 用于控制数据存储系统中的冷却的方法
    • US08800884B2
    • 2014-08-12
    • US13180341
    • 2011-07-11
    • Daniel A Dufresne, IIDaniel SavilonisJohn Kevin BowmanJohn V BurroughsMichael Robillard
    • Daniel A Dufresne, IIDaniel SavilonisJohn Kevin BowmanJohn V BurroughsMichael Robillard
    • F24F7/00G06F1/20H05K5/00
    • G06F1/20G06F1/206
    • A system having: a midplane having air flow channels therein; a disk drive mounted to a first side of the midplane; and a temperature sensors mounted to the midplane. The system includes a pair of electrical chassis connected to a second side of the midplane. A first one of the chassis has therein: a fan; and a fan controller for controlling speed of the fan in response to a temperature control signal. A second one of the chassis has therein: a microprocessor for: detecting temperature signals produced by the temperature sensors; comparing differences between the detected temperature signals; and selecting one of the detected temperature control signal from the compared differences as the temperature control signal. A faulty one of the temperature sensors is detected by: selecting one of the detected temperature control signal as the faulty one of the plurality of temperature sensors from the compared differences.
    • 一种系统,具有:具有气流通道的中平面; 安装到中平面的第一侧的磁盘驱动器; 以及安装在中平面上的温度传感器。 该系统包括连接到中平面的第二侧的一对电底盘。 其中第一个底盘内有:风扇; 以及风扇控制器,用于响应于温度控制信号来控制风扇的速度。 底盘中的第二个具有:用于检测由温度传感器产生的温度信号的微处理器; 比较检测到的温度信号之间的差异; 以及从所比较的差异中选出检测到的温度控制信号之一作为温度控制信号。 通过以下方式来检测故障的一个温度传感器:从所比较的差值中选出检测到的温度控制信号中的一个作为多个温度传感器中的故障的一个。
    • 3. 发明申请
    • METHOD FOR CONTROLLING COOLING IN A DATA STORAGE SYSTEM
    • 用于控制数据存储系统中的冷却的方法
    • US20110290894A1
    • 2011-12-01
    • US13180341
    • 2011-07-11
    • Daniel A. Dufresne, IIDaniel SavilonisJohn Kevin BowmanJohn V. BurroughsMichael Robillard
    • Daniel A. Dufresne, IIDaniel SavilonisJohn Kevin BowmanJohn V. BurroughsMichael Robillard
    • F24F7/00G06F1/20
    • G06F1/20G06F1/206
    • A system having: a midplane having air flow channels therein; a disk drive mounted to a first side of the midplane; and a temperature sensors mounted to the midplane. The system includes a pair of electrical chassis connected to a second side of the midplane. A first one of the chassis has therein: a fan; and a fan controller for controlling speed of the fan in response to a temperature control signal. A second one of the chassis has therein: a microprocessor for: detecting temperature signals produced by the temperature sensors; comparing differences between the detected temperature signals; and selecting one of the detected temperature control signal from the compared differences as the temperature control signal. A faulty one of the temperature sensors is detected by: selecting one of the detected temperature control signal as the faulty one of the plurality of temperature sensors from the compared differences.
    • 一种系统,具有:具有气流通道的中平面; 安装到中平面的第一侧的磁盘驱动器; 以及安装在中平面上的温度传感器。 该系统包括连接到中平面的第二侧的一对电底盘。 其中第一个底盘内有:风扇; 以及风扇控制器,用于响应于温度控制信号来控制风扇的速度。 底盘中的第二个具有:用于检测由温度传感器产生的温度信号的微处理器; 比较检测到的温度信号之间的差异; 并且从所比较的差异中选出检测到的温度控制信号之一作为温度控制信号。 通过以下方式来检测故障的一个温度传感器:从所比较的差值中选出检测到的温度控制信号中的一个作为多个温度传感器中的故障的一个。
    • 5. 发明授权
    • Programmable availability for a high availability system
    • 高可用性系统的可编程可用性
    • US08504857B1
    • 2013-08-06
    • US12241200
    • 2008-09-30
    • Michael Robillard
    • Michael Robillard
    • G06F1/00
    • G06F1/3287G06F1/3206G06F1/3234G06F3/06G06F3/0625G06F3/0634G06F3/0689Y02D10/154Y02D10/171Y02D50/20
    • A storage system includes a storage array and a host system in communication with the storage array. The storage array has a first module and a second module with electronics configured to provide redundant functionality to the first module. The host system has a processor programmed to associate a power profile with the second module and to cause the storage array at appropriate moments determined by the power profile to power down and restore power to the electronics of the second module while the first module continues to receive power for normal operation. The storage array may be preprogrammed to independently power down and restore power to the electronics of the second module at the appropriate moments. When powered down, the second module temporarily ceases to provide redundant functionality to the first module, thereby reducing availability of the storage array in order to reduce power consumed by the storage array.
    • 存储系统包括与存储阵列通信的存储阵列和主机系统。 存储阵列具有第一模块和第二模块,其具有被配置为向第一模块提供冗余功能的电子设备。 主机系统具有被编程为将功率配置文件与第二模块相关联的处理器,并且在由功率配置文件确定的适当时刻使存储阵列在第一模块继续接收时断电并恢复到第二模块的电子设备的电力 电源正常运行。 存储阵列可以被预编程以在适当的时刻独立地断电并恢复第二模块的电子装置的电力。 当掉电时,第二模块暂时停止向第一模块提供冗余功能,从而降低存储阵列的可用性,以便减少存储阵列消耗的功率。