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    • 5. 发明授权
    • Recovery mechanism for I/O module using out-of-band control path
    • 使用带外控制路径的I / O模块的恢复机制
    • US08099624B1
    • 2012-01-17
    • US12557441
    • 2009-09-10
    • Mayank SaxenaGeorge KongWanye BoothJames LinRadek Aster
    • Mayank SaxenaGeorge KongWanye BoothJames LinRadek Aster
    • G06F11/00
    • G06F11/0793G06F11/0727G06F11/108
    • A storage system includes a storage server and a storage subsystem having an I/O module coupled to disks. The storage server includes a storage adapter coupled to the I/O module creating an in-band (data) path to access data stored on the disks. The storage server sends a data command through the in-band path to the I/O module for accessing the data stored on the disks. The storage server further includes a network adapter coupled to the I/O module creating an out-of-band control path to control the I/O module. The storage server detects through the in-band path that the I/O module is non-responsive to a data command and automatically changes the behavior of the I/O module (e.g., resets the I/O module) through the out-of-band control path to recover the non-responsive I/O module. The storage server also collects and outputs status data of the I/O module through the out-of-band control path.
    • 存储系统包括存储服务器和具有耦合到盘的I / O模块的存储子系统。 存储服务器包括耦合到I / O模块的存储适配器,创建带内(数据)路径以访问存储在磁盘上的数据。 存储服务器通过带内路径将数据命令发送到I / O模块,以访问存储在磁盘上的数据。 存储服务器还包括耦合到I / O模块的网络适配器,其创建带外控制路径以控制I / O模块。 存储服务器通过带内路径检测I / O模块对数据命令无响应,并自动更改I / O模块的行为(例如,复位I / O模块),通过外部 带控制路径来恢复非响应I / O模块。 存储服务器还通过带外控制路径收集和输出I / O模块的状态数据。
    • 6. 发明授权
    • Dual access pathways to serially-connected mass data storage units
    • 串行连接的大容量数据存储单元的双通道
    • US07861107B1
    • 2010-12-28
    • US12506887
    • 2009-07-21
    • Sue CoatneyGeorge KongDoug Coatney
    • Sue CoatneyGeorge KongDoug Coatney
    • G06F11/00
    • G06F11/2035G06F11/201G06F11/2033G06F11/2046G06F11/2089
    • A group of data storage units are serially connected in a sequential data communication path to communicate read and write operations to first and second interfaces of each data storage unit in the group. A data management computer device (“filer”) manages read and write operations of the data storage units of the group through an adapter of the filer. Main and redundant primary communication pathway connectors extend from the filer to the interfaces of the data storage unit, thereby establishing redundancy through multiple pathways to communicate the read and write operations to the data storage units of the group. Main and redundant secondary communication pathway connectors extend from partner filers to the groups of data storage units associated with each partner filer, thereby further enhancing redundancy.
    • 一组数据存储单元在顺序数据通信路径中串行连接,以将读取和写入操作传送到组中每个数据存储单元的第一和第二接口。 数据管理计算机设备(“filer”)通过文件管理器的适配器来管理该组的数据存储单元的读和写操作。 主要和冗余的主要通信路径连接器从文件管理器延伸到数据存储单元的接口,从而通过多个路径建立冗余,以将读取和写入操作传达到组的数据存储单元。 主要和冗余的二次通信路径连接器从伙伴文件管理器延伸到与每个合作伙伴文件管理器相关联的数据存储单元组,从而进一步增强冗余。
    • 7. 发明授权
    • Dual access pathways to serially-connected mass data storage units
    • 串行连接的大容量数据存储单元的双通道
    • US07594134B1
    • 2009-09-22
    • US11503716
    • 2006-08-14
    • Sue CoatneyGeorge KongDoug Coatney
    • Sue CoatneyGeorge KongDoug Coatney
    • G06F11/00
    • G06F11/2035G06F11/201G06F11/2033G06F11/2046G06F11/2089
    • A group of data storage units are serially connected in a sequential data communication path to communicate read and write operations to first and second interfaces of each data storage unit in the group. A data management computer device (“filer”) manages read and write operations of the data storage units of the group through an adapter of the filer. Main and redundant primary communication pathway connectors extend from the filer to the interfaces of the data storage unit, thereby establishing redundancy through multiple pathways to communicate the read and write operations to the data storage units of the group. Main and redundant secondary communication pathway connectors extend from partner filers to the groups of data storage units associated with each partner filer, thereby further enhancing redundancy.
    • 一组数据存储单元在顺序数据通信路径中串行连接,以将读取和写入操作传送到组中每个数据存储单元的第一和第二接口。 数据管理计算机设备(“filer”)通过文件管理器的适配器来管理该组的数据存储单元的读和写操作。 主要和冗余的主要通信路径连接器从文件管理器延伸到数据存储单元的接口,从而通过多个路径建立冗余,以将读取和写入操作传达到组的数据存储单元。 主要和冗余的二次通信路径连接器从伙伴文件管理器延伸到与每个合作伙伴文件管理器相关联的数据存储单元组,从而进一步增强冗余。
    • 8. 发明申请
    • Sliding blade microtome
    • 滑刀切片机
    • US20060086221A1
    • 2006-04-27
    • US10969350
    • 2004-10-21
    • George KongJian-Qiang Kong
    • George KongJian-Qiang Kong
    • B26D7/06
    • G01N1/06Y10T83/647Y10T83/6492Y10T83/6496Y10T83/6544
    • The sliding blade microtome is a tissue specimen cutting device including a specimen syringe and an adjustable cutting mechanism for diagonally slicing the specimen. The specimen syringe is a cylindrical shaft having a first end and a second end for holding and supporting a specimen. The first end has a diameter that is smaller than the diameter of the shaft, forming a compressed lip for applying pressure on the specimen prior to slicing by the blade. The pressure used to compress the gelatin and the specimen holds the gelatin and the specimen in a sturdy position to slice the specimen to precision without chatter marks. The specimen is pushed out of the first end of the specimen syringe by a motor mechanism or a manually adjustable micrometer drive.
    • 滑动片切片机是包括样本注射器和用于对角线切片的可调切割机构的组织切片装置。 样本注射器是具有用于保持和支撑样本的第一端和第二端的圆柱形轴。 第一端的直径小于轴的直径,形成用于在被刀片切割之前在试样上施加压力的压缩唇缘。 用于压缩明胶和样品的压力将明胶和样品保持在坚固的位置,以将样品切割成精确而没有颤振痕迹。 试样通过电机机构或手动可调千分尺驱动器从试样注射器的第一端推出。