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    • 1. 发明授权
    • Methods and systems for real-time continuous updates
    • 用于实时连续更新的方法和系统
    • US08458129B2
    • 2013-06-04
    • US12144486
    • 2008-06-23
    • Kapil SurlakerRavi KrishnamurthyKrishnan MeiyyappanAlan BeckHung TranJeremy BranscomeJoseph I. Chamdani
    • Kapil SurlakerRavi KrishnamurthyKrishnan MeiyyappanAlan BeckHung TranJeremy BranscomeJoseph I. Chamdani
    • G06F7/00
    • G06F17/30356G06F17/30551
    • Embodiments of the present invention provide fine grain concurrency control for transactions in the presence of database updates. During operations, each transaction is assigned a snapshot version number or SVN. A SVN refers to a historical snapshot of the database that can be created periodically or on demand. Transactions are thus tied to a particular SVN, such as, when the transaction was created. Queries belonging to the transactions can access data that is consistent as of a point in time, for example, corresponding to the latest SVN when the transaction was created. At various times, data from the database stored in a memory can be updated using the snapshot data corresponding to a SVN. When a transaction is committed, a snapshot of the database with a new SVN is created based on the data modified by the transaction and the snapshot is synchronized to the memory. When a transaction query requires data from a version of the database corresponding to a SVN, the data in the memory may be synchronized with the snapshot data corresponding to that SVN.
    • 在存在数据库更新的情况下,本发明的实施例为事务提供细粒度并行性控制。 在操作期间,为每个事务分配一个快照版本号或SVN。 SVN是指可以定期或按需创建的数据库的历史快照。 因此,事务与特定的SVN相关联,例如,当事务被创建时。 属于事务的查询可以访问一个时间点一致的数据,例如对应于创建事务时的最新SVN。 在不同时间,可以使用对应于SVN的快照数据来更新存储在存储器中的数据库的数据。 提交事务时,将根据事务修改的数据创建具有新SVN的数据库快照,并将快照与内存同步。 当事务查询需要来自与SVN对应的数据库的版本的数据时,存储器中的数据可以与对应于该SVN的快照数据同步。
    • 3. 发明授权
    • Power supply including circuit board with a conductive bracket for electrical ground
    • 电源包括电路板,带有电气接地的导电支架
    • US06347043B1
    • 2002-02-12
    • US09551926
    • 2000-04-19
    • Thiagarajan NatarajanPeter HeffernanAlan Beck
    • Thiagarajan NatarajanPeter HeffernanAlan Beck
    • H05K700
    • H05K9/0064
    • A system (e.g., a power supply) is presented which allows a user to electrically couple a common ground electrical potential of a circuit (e.g., a power supply circuit return) to, or electrically isolate the common ground electrical potential from, an earth grounded chassis, without having to open the chassis. The system may include a metal bolt and nut, wherein the nut is coupled to an electrically conductive bracket. The bracket is mounted upon a printed circuit board and electrically coupled to the common ground electrical potential. When an insulating bushing is installed in a hole in the chassis adjacent to the bracket, and a threaded shaft of the bolt extends through aligned holes in the insulating bushing, an insulating member positioned between the bracket and the chassis, and the bracket, and the threaded shaft engages the nut, the bolt holds the insulating bushing in place, and the bracket is electrically isolated from the chassis. When the insulating bushing is replaced with a conductive washer, the bolt and the conductive washer form a conductive electrical path between the bracket and the chassis. Components of the described system may be employed in systems having multiple cabinets (or complex cabinet systems) to achieve a single point of grounding. System components may also be employed to selectively isolate or couple a power supply return to a chassis ground in devices other than power supplies.
    • 提出了一种系统(例如电源),其允许用户将电路的公共地电位(例如,电源电路返回)电耦合到或将电接地电位与地电接地 机箱,无需打开机箱。 该系统可以包括金属螺栓和螺母,其中螺母联接到导电支架。 支架安装在印刷电路板上并电耦合到公共地电位。 当绝缘衬套安装在靠近支架的底盘的孔中,并且螺栓的螺纹轴穿过绝缘衬套中的对准孔时,定位在支架和底盘之间的绝缘构件以及托架 螺纹轴接合螺母,螺栓将绝缘套管固定就位,支架与机箱电隔离。 当绝缘衬套被导电垫圈更换时,螺栓和导电垫圈在支架和底盘之间形成导电电路。 所描述的系统的组件可以用于具有多个机柜(或复杂的机柜系统)以实现单点接地的系统中。 还可以采用系统组件来选择性地隔离或耦合除了电源之外的设备中的电源返回到机箱接地。
    • 4. 发明授权
    • File with high-traction surface
    • 文件带有高牵引力的表面
    • US06968949B2
    • 2005-11-29
    • US10322737
    • 2002-12-19
    • Jennifer ZivicAlicia CoxAlan Beck
    • Jennifer ZivicAlicia CoxAlan Beck
    • A45C3/02A45C13/00B42F7/08B65D85/00
    • A45C13/00A45C3/02B42F7/08Y10S206/806
    • A file that has a holding portion configured for holding at least one stack of paper at a holding location. A first panel covers the holding location, and a second panel includes a traction surface and is rotatably associated with the first panel for movement between closed and open positions. In the closed position, the second panel is disposed against another portion of the file and in the open position, the second panel extends at an angle from the holding location for resting on a desktop. A traction surface has sufficiently high traction for supporting the holding portion and its held stack hanging therefrom while preventing the second panel from sliding off the desktop.
    • 具有保持部分的文件,该保持部分被配置用于在保持位置处保持至少一叠纸张。 第一面板覆盖保持位置,第二面板包括牵引表面,并且与第一面板可旋转地相关联以在闭合位置和打开位置之间移动。 在关闭位置,第二面板被设置在文件的另一部分上,并且在打开位置,第二面板以与保持位置成一定角度延伸以放置在桌面上。 牵引表面具有足够高的牵引力,用于支撑保持部分及其从其悬挂的托架,同时防止第二面板从桌面上滑落。
    • 7. 发明申请
    • PIPE PICK-UP AND LAY DOWN APPARATUS
    • 管道拾取和下落装置
    • US20140030045A1
    • 2014-01-30
    • US13946690
    • 2013-07-19
    • Alan Beck
    • Alan Beck
    • E21B19/15
    • E21B19/155
    • A pipe pick-up and lay down apparatus for lifting and lowering materials between a support frame and a rig floor of a workover rig, includes a support frame, a lifting arm, a controller and a lifting assembly for lifting and lowering the lifting arm. The lifting arm may be disposed in a trench in the support frame table and is substantially the same length and width as the trench and when in a lowered position. The lifting assembly may optionally include a power supply, a plurality of cables, and is operated by the controller to raise and lower the lifting arm.
    • 一种用于在支撑架和修井机的钻台之间提升和降低材料的管道拾取和放置装置包括支撑框架,提升臂,控制器和用于提升和降低提升臂的提升组件。 提升臂可以设置在支撑框架台中的沟槽中,并且具有与沟槽大致相同的长度和宽度,并且处于降低位置时。 提升组件可以可选地包括电源,多个电缆,并且由控制器操作以升高和降低提升臂。
    • 8. 发明申请
    • METHODS AND SYSTEMS FOR REAL-TIME CONTINUOUS UPDATES
    • 实时连续更新的方法和系统
    • US20090319486A1
    • 2009-12-24
    • US12144486
    • 2008-06-23
    • Kapil SurlakerRavi KrishnamurthyKrishnan MeiyyappanAlan BeckHung TranJeremy BranscomeJoseph I. Chamdani
    • Kapil SurlakerRavi KrishnamurthyKrishnan MeiyyappanAlan BeckHung TranJeremy BranscomeJoseph I. Chamdani
    • G06F7/06G06F17/30
    • G06F17/30356G06F17/30551
    • Embodiments of the present invention provide fine grain concurrency control for transactions in the presence of database updates. During operations, each transaction is assigned a snapshot version number or SVN. A SVN refers to a historical snapshot of the database that can be created periodically or on demand. Transactions are thus tied to a particular SVN, such as, when the transaction was created. Queries belonging to the transactions can access data that is consistent as of a point in time, for example, corresponding to the latest SVN when the transaction was created. At various times, data from the database stored in a memory can be updated using the snapshot data corresponding to a SVN. When a transaction is committed, a snapshot of the database with a new SVN is created based on the data modified by the transaction and the snapshot is synchronized to the memory. When a transaction query requires data from a version of the database corresponding to a SVN, the data in the memory may be synchronized with the snapshot data corresponding to that SVN.
    • 在存在数据库更新的情况下,本发明的实施例为事务提供细粒度并行性控制。 在操作期间,为每个事务分配一个快照版本号或SVN。 SVN是指可以定期或按需创建的数据库的历史快照。 因此,事务与特定的SVN相关联,例如,当事务被创建时。 属于事务的查询可以访问一个时间点一致的数据,例如对应于创建事务时的最新SVN。 在不同时间,可以使用对应于SVN的快照数据来更新存储在存储器中的数据库的数据。 提交事务时,将根据事务修改的数据创建具有新SVN的数据库快照,并将快照与内存同步。 当事务查询需要来自与SVN对应的数据库的版本的数据时,存储器中的数据可以与对应于该SVN的快照数据同步。