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    • 63. 发明授权
    • Method and system to administer mirrored filesystems
    • 管理镜像文件系统的方法和系统
    • US06493729B2
    • 2002-12-10
    • US09404277
    • 1999-09-23
    • Carl Phillip GuslerRick A. Hamilton, II
    • Carl Phillip GuslerRick A. Hamilton, II
    • G06F1730
    • G06F11/2069Y10S707/99952Y10S707/99953Y10S707/99955
    • The automated splitting process begins by setting appropriate names and values for the new and old filesystems, physical volumes, and logs. Logs are updated for the split. Next, names and values are checked for validity and to see that a specified value is not contrary to the operating system's parameters. The split is performed with specified copies placed into specified logical volumes and filesystems. The automated merging process begins by setting appropriate names and values for log files, and by setting filesystem names to be merged and synchronized. Logs are updated for the merge. Next, names and values are checked for validity and to see that a specified value is not contrary to the operating system's parameters. The secondary filesystem is deleted, and the logical volumes are merged, creating the mirror out of the secondary filesystem.
    • 自动拆分过程首先为新旧文件系统,物理卷和日志设置适当的名称和值。 日志更新为拆分。 接下来,检查名称和值的有效性,并看到指定的值不违反操作系统的参数。 拆分使用指定的副本放在指定的逻辑卷和文件系统中执行。 自动合并过程开始于为日志文件设置适当的名称和值,并设置要合并和同步的文件系统名称。 更新日志以进行合并。 接下来,检查名称和值的有效性,并看到指定的值不违反操作系统的参数。 辅助文件系统被删除,逻辑卷被合并,从二级文件系统创建镜像。
    • 64. 发明授权
    • Control system for a linear propulsor array
    • 线性推进器阵列的控制系统
    • US07357684B2
    • 2008-04-15
    • US11050594
    • 2005-02-03
    • Carl Phillip Gusler
    • Carl Phillip Gusler
    • B63H1/37
    • G05D19/02A61B34/70A61B34/72B63G8/08B63H1/00B63H19/00
    • The invention comprises a method of using a scalable, configurable “propulsor” system to move and navigate a submersible device through a fluid medium. A propulsor system is an assembly of individual propulsors that act in concert to form a substantially continuous control surface that undulates in a working fluid. Each propulsor is driven and configured by computer-controlled actuators so that the control surface undulates in various wave forms. Optional actuators that may refine the surface shape include an “orientation” actuator that drives rotation about the propulsor's longitudinal axis, and a “geometry” actuator that controls each propulsor's geometric configuration.
    • 本发明包括使用可伸缩的可配置的“推进器”系统通过流体介质移动和导航潜水装置的方法。 推进系统是单个推进器的组合,其一致地形成在工作流体中起伏的基本上连续的控制表面。 每个推进器由计算机控制的致动器驱动和配置,使得控制表面以各种波形波动。 可以细化表面形状的可选的致动器包括驱动围绕推进器的纵向轴线的旋转的“取向”致动器,以及控制每个推进器的几何构型的“几何”致动器。
    • 65. 发明授权
    • Linear propulsor with radial motion
    • 线性推进器具有径向运动
    • US07204731B2
    • 2007-04-17
    • US11049897
    • 2005-02-03
    • Carl Phillip Gusler
    • Carl Phillip Gusler
    • B63H1/30F03D5/06
    • B63H19/00B63G8/08F01D5/145Y02T50/673
    • The invention comprises a scalable, configurable “propulsor” system. A propulsor system is an assembly of individual propulsors that act in concert to form a substantially continuous control surface that undulates in a working fluid. Each propulsor is driven and configured by computer-controlled actuators so that the control surface undulates in various wave forms. Optional actuators that may refine the surface shape include an “orientation” actuator that drives rotation about the propulsor's longitudinal axis, and a “geometry” actuator that controls each propulsor's geometric configuration.
    • 本发明包括可扩展的,可配置的“推进器”系统。 推进系统是单个推进器的组合,其一致地形成在工作流体中起伏的基本上连续的控制表面。 每个推进器由计算机控制的致动器驱动和配置,使得控制表面以各种波形波动。 可以细化表面形状的可选的致动器包括驱动围绕推进器的纵向轴线的旋转的“取向”致动器,以及控制每个推进器的几何构型的“几何”致动器。
    • 66. 发明申请
    • Control system for a linear propulsor array
    • 线性推进器阵列的控制系统
    • US20060173589A1
    • 2006-08-03
    • US11050594
    • 2005-02-03
    • Carl Phillip Gusler
    • Carl Phillip Gusler
    • G05D1/00
    • G05D19/02A61B34/70A61B34/72B63G8/08B63H1/00B63H19/00
    • The invention comprises a method of using a scalable, configurable “propulsor” system to move and navigate a submersible device through a fluid medium. A propulsor system is an assembly of individual propulsors that act in concert to form a substantially continuous control surface that undulates in a working fluid. Each propulsor is driven and configured by computer-controlled actuators so that the control surface undulates in various wave forms. Optional actuators that may refine the surface shape include an “orientation” actuator that drives rotation about the propulsor's longitudinal axis, and a “geometry” actuator that controls each propulsor's geometric configuration.
    • 本发明包括使用可伸缩的可配置的“推进器”系统通过流体介质移动和导航潜水装置的方法。 推进系统是单个推进器的组合,其一致地形成在工作流体中起伏的基本上连续的控制表面。 每个推进器由计算机控制的致动器驱动和配置,使得控制表面以各种波形波动。 可以细化表面形状的可选的致动器包括驱动围绕推进器的纵向轴线的旋转的“取向”致动器,以及控制每个推进器的几何构型的“几何”致动器。
    • 67. 发明授权
    • Method and apparatus for unix system catastrophic recovery aid
    • 用于unix系统灾难恢复辅助的方法和装置
    • US06490690B1
    • 2002-12-03
    • US09359610
    • 1999-07-22
    • Carl Phillip GuslerRick A. Hamilton, II
    • Carl Phillip GuslerRick A. Hamilton, II
    • H02H305
    • G06F11/1415G06F11/142G06F11/1435
    • Initially, a configuration script is stored either remotely or locally on a system. The configuration script is executed based on a set of predefined execution parameters, such as time based parameters, system usage or loading parameters, or even based on the types of operations being performed on the system. Once executed, the configuration script outputs a series of current configuration parameters to a safe storage area. These current configuration parameters define the system in terms of system hardware specifics, software specifics, and firmware specifics, including mappings from logical to physical disk drives. By recording such detailed information in a methodical form and preserving it in an accessible state, a script may be written to place every logical volume, every file system, and every block of data back onto its disk of origin, even if the disk arrays stretch into terabytes. By detailing all relevant system parameters, output can be fed as input into a reconstruction script, which can then be written by anyone skilled in UNIX administration, provided the administrator has the comprehensive system environment description generated by the present invention.
    • 最初,配置脚本远程或本地存储在系统上。 基于一组预定义的执行参数(例如基于时间的参数,系统使用或加载参数)或者甚至基于在系统上执行的操作的类型来执行配置脚本。 一旦执行,配置脚本将一系列当前配置参数输出到安全存储区域。 这些当前的配置参数根据系统硬件细节,软件细节和固件细节来定义系统,包括从逻辑磁盘驱动器到物理磁盘驱动器的映射。 通过以有条理的形式记录这样的详细信息并将其保存在可访问状态,可以写入脚本以将每个逻辑卷,每个文件系统和每个数据块放回其原始的盘上,即使磁盘阵列伸展 达到TB。 通过详细说明所有相关系统参数,输出可以作为输入馈送到重建脚本中,只要管理员具有由本发明生成的全面的系统环境描述,可以由UNIX管理中的技术人员来编写。
    • 68. 发明授权
    • Method and apparatus for testing large arrays of storage devices
    • 用于测试大型存储设备阵列的方法和设备
    • US06438714B1
    • 2002-08-20
    • US09282627
    • 1999-03-31
    • Christopher CanestaroCarl Phillip GuslerRick A. Hamilton, IIJohn Steven Langford
    • Christopher CanestaroCarl Phillip GuslerRick A. Hamilton, IIJohn Steven Langford
    • G06F1100
    • G06F11/2221
    • A method and apparatus for testing storage devices in communication with a computer. Logical volumes are created on each storage device. Also, a file system is created on a first storage device in the storage devices, wherein the first storage device is a current storage device. The file system is copied from the current storage device to another storage device, wherein the another storage device is a storage device that has not received a copy of the file system wherein the another storage device becomes the current storage device. The file system is copied over and over again until all of the storage devices have received a copy of the file system. At this point, a single pass through these storage devices has occurred. Different numbers of passes may be selected depending on the amount of time during which testing should occur.
    • 一种用于测试与计算机通信的存储设备的方法和装置。 在每个存储设备上创建逻辑卷。 此外,在存储设备中的第一存储设备上创建文件系统,其中第一存储设备是当前存储设备。 文件系统从当前存储装置复制到另一个存储装置,其中,另一个存储装置是没有接收到另一存储装置成为当前存储装置的文件系统的副本的存储装置。 文件系统一遍又一遍地复制,直到所有存储设备都收到了文件系统的副本。 此时,已经发生了单次通过这些存储设备。 可以根据测试发生的时间量来选择不同的通行数。
    • 69. 发明申请
    • Method and Apparatus for Enhancing Instant Messaging Systems
    • 用于增强即时消息系统的方法和装置
    • US20080250335A1
    • 2008-10-09
    • US12140619
    • 2008-06-17
    • Carl Phillip GuslerRick Allen HamiltonHarry SchatzJames Wesley Seaman
    • Carl Phillip GuslerRick Allen HamiltonHarry SchatzJames Wesley Seaman
    • G06F3/048
    • G06Q10/107
    • The present invention provides a method, apparatus, and computer instructions for organizing threads in an instant messaging session. Instant messages are received from a list of contacts. Each of these messages are stored in a set of folders, wherein each folders in the set of folders stores messages for a contact in the number of contacts. Each file is linked for access though a graphical user interface. Message threads are handled by displaying a primary dialog window, wherein the primary dialog window includes an ongoing conversation pane and an outgoing message pane. Responsive to a user input identifying a new thread, a secondary dialog window is displayed, wherein the secondary dialog window includes an ongoing conversation pane and an outgoing message pane. Responses to outgoing messages sent from the outgoing message pane are displayed in the primary dialog window in the ongoing conversation pane in the primary dialog window. Responses to outgoing messages sent from the outgoing message pane in the secondary dialog window are displayed in the ongoing conversation pane in the secondary dialog window, wherein the primary dialog window and the secondary dialog window.
    • 本发明提供了一种用于在即时消息会话中组织线程的方法,装置和计算机指令。 从联系人列表中收到即时消息。 这些消息中的每一个存储在一组文件夹中,其中文件夹集合中的每个文件夹存储联系人数量的消息。 通过图形用户界面链接每个文件进行访问。 消息线程通过显示主对话窗口来处理,其中主对话窗口包括正在进行的对话窗格和传出消息窗格。 响应于识别新线程的用户输入,显示辅助对话窗口,其中辅助对话窗口包括正在进行的对话窗格和传出消息窗格。 从对话框窗口中正在进行的会话窗格中的主对话窗口中将显示对从外发邮件窗格发送的外发邮件的响应。 在辅助对话窗口中,从对话窗口中传出的消息窗格发出的外发消息的响应显示在辅助对话窗口中的正在进行的对话窗格中,其中主对话窗口和辅助对话窗口。