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    • 1. 发明授权
    • Techniques for parallel drive upgrade while maintaining host accessibility
    • 并行驱动升级技术,同时保持主机可访问性
    • US08843917B1
    • 2014-09-23
    • US13737295
    • 2013-01-09
    • Shay HarelPeter PuhovWayne GarrettLili ChenZhiqi Liu
    • Shay HarelPeter PuhovWayne GarrettLili ChenZhiqi Liu
    • G06F9/44G06F9/445
    • G06F8/65G06F8/654
    • Described are techniques for performing a firmware update. A drive management object determines one or more physical drives matching criteria of a first received request. The drive management object sends to provision drive objects a second request to update firmware on physical drives. Firmware update processing is performed independently for each physical drive. Each provision drive object is associated with one of the physical drives. Firmware update processing for said one physical drive includes determining whether to perform the firmware update at a current point in time; in response to determining to perform the firmware update at the current point in time, performing preparation processing; notifying, upon completion of said preparation processing, a physical drive object associated with said one physical drive to download the firmware update to the one physical drive; and resuming I/O operations to the one physical drive upon successfully completing the firmware update.
    • 描述了用于执行固件更新的技术。 驱动器管理对象确定符合第一接收请求的标准的一个或多个物理驱动器。 驱动器管理对象向物理驱动器发送第二个更新固件的请求。 每个物理驱动器独立执行固件更新处理。 每个配置驱动对象与其中一个物理驱动器相关联。 所述一个物理驱动器的固件更新处理包括确定是否在当前时间点执行固件更新; 响应于确定在当前时间点执行固件更新,执行准备处理; 在完成所述准备处理时通知与所述一个物理驱动器相关联的物理驱动对象,以将所述固件更新下载到所述一个物理驱动器; 并在成功完成固件更新后将I / O操作恢复到一个物理驱动器。
    • 2. 发明授权
    • Techniques for parallel drive upgrade while maintaining host accessibility
    • 并行驱动升级技术,同时保持主机可访问性
    • US08375385B1
    • 2013-02-12
    • US13329685
    • 2011-12-19
    • Shay HarelPeter PuhovWayne GarrettLili ChenZhiqi Liu
    • Shay HarelPeter PuhovWayne GarrettLili ChenZhiqi Liu
    • G06F9/44G06F9/445
    • G06F8/65G06F8/654
    • Described are techniques for performing a firmware update. A drive management object determines one or more physical drives matching criteria of a first received request. The drive management object sends to provision drive objects a second request to update firmware on physical drives. Firmware update processing is performed independently for each physical drive. Each provision drive object is associated with one of the physical drives. Firmware update processing for said one physical drive includes determining whether to perform the firmware update at a current point in time; in response to determining to perform the firmware update at the current point in time, performing preparation processing; notifying, upon completion of said preparation processing, a physical drive object associated with said one physical drive to download the firmware update to the one physical drive; and resuming I/O operations to the one physical drive upon successfully completing the firmware update.
    • 描述了用于执行固件更新的技术。 驱动器管理对象确定符合第一接收请求的标准的一个或多个物理驱动器。 驱动器管理对象向物理驱动器发送第二个更新固件的请求。 每个物理驱动器独立执行固件更新处理。 每个配置驱动对象与其中一个物理驱动器相关联。 所述一个物理驱动器的固件更新处理包括确定是否在当前时间点执行固件更新; 响应于确定在当前时间点执行固件更新,执行准备处理; 在完成所述准备处理时通知与所述一个物理驱动器相关联的物理驱动对象,以将所述固件更新下载到所述一个物理驱动器; 并在成功完成固件更新后将I / O操作恢复到一个物理驱动器。
    • 3. 发明授权
    • Automatic slack adjuster
    • 自动松弛调节器
    • US4351419A
    • 1982-09-28
    • US147643
    • 1980-05-07
    • Wayne GarrettRichard F. Neuman
    • Wayne GarrettRichard F. Neuman
    • B60T11/06F16D65/14F16D65/56
    • F16D65/18F16D65/56F16D65/567F16D2121/14F16D2125/66
    • A single-acting, clearance sensing slack adjuster for brakes is provided. The slack adjuster includes a displaceable brake actuation assembly (28), a rotatable driving member (52), a rotatable intermediate member (60) and a rotatable driven member (56). The driven member is in driving relationship with a rotatable adjustment member (50) which is rotatable in a given direction to advance a brake friction member (32) to maintain the running clearance (38) within predetermined limits. A linear to rotational motion assembly (76-80) is provided to rotate the driving member in the slack decreasing direction of rotation in response to greater than predetermined movement (82) of the brake actuation assembly. A first coil clutch (20) couples the driving and intermediate members while a second coil clutch (72) couples the intermediate and driven members. One clutch (72) delivers torque in the given direction in its low torque transmitting capacity direction of rotation and that torque capacity is less than is required to rotate the rotatable actuation members when the brake friction members are engaged.
    • 提供了用于制动器的单作用,间隙检测松弛调节器。 松弛调节器包括可移动的制动器致动组件(28),可旋转的驱动构件(52),可旋转的中间构件(60)和可旋转从动构件(56)。 被驱动构件与可沿给定方向旋转的可旋转调节构件(50)驱动关系,以推进制动摩擦构件(32)以将行驶间隙(38)保持在预定限度内。 提供线性至旋转运动组件(76-80)以响应于大于制动器致动组件的预定移动(82)而使驱动构件沿松弛减小的旋转方向旋转。 第一线圈离合器(20)联接驱动和中间构件,而第二线圈离合器(72)联接中间和驱动构件。 一个离合器(72)在其低扭矩传递容量旋转方向上沿给定方向传递扭矩,并且扭矩容量小于当制动摩擦构件接合时旋转可旋转致动构件所需的扭矩容量。