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    • 11. 发明授权
    • Efficient data infrastructure for high dimensional data analysis
    • 高维数据基础架构,用于高维数据分析
    • US07870114B2
    • 2011-01-11
    • US11818879
    • 2007-06-15
    • Haidong ZhangGuowei LiuYantao LiBing SunJian Wang
    • Haidong ZhangGuowei LiuYantao LiBing SunJian Wang
    • G06F17/30
    • G06F17/30592
    • Described is a technology by which high dimensional source data corresponding to rows of records with identifiers, and columns comprising dimensions of data values, are processed into a file model for efficient access. An inverted index corresponding to any dimension is built by mapping data from raw dimension values to mapped values based on mapping entries in a dimension table. The record identifiers are arranged into subgroups based on their mapped value; a count and/or an offset may be maintained for locating each of the subgroups. The raw values for a dimension are maintained within a raw value file. For sparse data, the raw value file may be compressed, e.g., by excluding nulls and associating a record identifier with each non-null. A data manager provides access to data in the data files, such as by offering various functions, using caching for efficiency.
    • 描述了一种技术,通过该技术将对应于具有标识符的记录行的高维源数据和包括数据值的维的列处理成用于有效访问的文件模型。 通过根据维度表中的映射条目将数据从原始维度值映射到映射值,构建对应于任何维度的反向索引。 记录标识符根据其映射值排列成子组; 可以维持计数和/或偏移以定位每个子组​​。 维度的原始值保持在原始值文件中。 对于稀疏数据,可以例如通过排除空值并将记录标识符与每个非空值相关联来压缩原始值文件。 数据管理器提供对数据文件中的数据的访问,例如通过提供各种功能,使用缓存来提高效率。
    • 13. 发明申请
    • Software feature modeling and recognition
    • 软件特征建模与识别
    • US20080312899A1
    • 2008-12-18
    • US11818596
    • 2007-06-15
    • Yantao LiBing SunShuguang YeGuowei LiuWenli ZhuHaidong ZhangMin WangJian Wang
    • Yantao LiBing SunShuguang YeGuowei LiuWenli ZhuHaidong ZhangMin WangJian Wang
    • G06F9/45G06F3/048
    • G06F11/28
    • Described is a technology by which software program feature usage is located within a sequence of commands collected during program usage sessions. For example, feature generally corresponds to a series of commands, such as copy and paste. A visual modeling component is controlled via drag-and-drop operations to describe a feature model, which is then compiled by a compiler into a finite state machine. Noise models may be used to exclude any command in the sequence that is irrelevant to the feature usage. A recognition process uses the finite state machine to locate program feature usage within the sequence of recorded commands by matching command sub-sequences corresponding to the feature model via the state machine. An analyzer may then use the located matches to provide an analysis report on feature usage.
    • 描述了软件程序特征使用位于在程序使用会话期间收集的一系列命令中的技术。 例如,特征通常对应于一系列命令,例如复制和粘贴。 视觉建模组件通过拖放操作进行控制,以描述特征模型,然后将其由编译器编译成有限状态机。 噪声模型可用于排除序列中与特征使用无关的任何命令。 识别过程使用有限状态机通过状态机匹配与特征模型对应的命令子序列来定位记录命令序列内的节目特征使用。 然后,分析仪可以使用定位的匹配来提供关于特征使用的分析报告。
    • 14. 发明授权
    • Microswitch with shifting gear
    • 带切换齿轮的微动开关
    • US06492608B1
    • 2002-12-10
    • US09286965
    • 1999-04-06
    • Bing Sun
    • Bing Sun
    • H01H342
    • H01H21/34H01H13/186H01H19/62H01H35/2657H01H37/006
    • A microswitch with shifting gear, especially suited to set indication, alarm and urgent tripping in pointer type instruments, like pressure gauge, thermometer and so on. The microswitch includes a switch unit, a pressure bar (or lever), an actuator, and a shifting gear. The shifting gear is located near one side of the pressure bar. This shifting gear includes a cam and two forks (or arms) fixed on the cam. The location of the center shaft of the cam is fixed relative to the switch unit. On a circumferential portion of the cam, there are two contact points or two contact surfaces that have unequal distances from the center of the shaft. When a striking arm hits on one of the forks, the cam will rotate and change the contact point or contact surface that contacts the pressure bar, thus the functional mode of the switch unit can be changed. The pointer-type instrument has a pointer (or indicator arm) that indicates environmental conditions such as temperature or pressure. The striking arm and the pointer are fixed on the same shaft. The striking arm will shift the switch unit on or off when the pointer passes a set point (e.g., a set temperature value). The microswitch overcomes the problem of aggregation of reactive forces from several activated switch units. The microswitch has a simple structure, is very practical, and allows the pointer-type instrument to provide good indication accuracy with no setting errors.
    • 带变速齿轮的微动开关,特别适用于在指针式仪器中设置指示,报警和紧急跳闸,如压力表,温度计等。 微型开关包括开关单元,压力杆(或杠杆),致动器和变速齿轮。 变速齿轮位于压力条的一侧附近。 该变速齿轮包括固定在凸轮上的凸轮和两个叉(或臂)。 凸轮的中心轴的位置相对于开关单元是固定的。 在凸轮的圆周部分上,有两个接触点或两个接触表面与轴的中心具有不相等的距离。 当打击臂撞到其中一个叉子时,凸轮将旋转并改变接触压力杆的接触点或接触表面,从而可以改变开关单元的功能模式。 指针式仪器具有指示(或指示器臂)的指示器,其指示诸如温度或压力的环境条件。 打击臂和指针固定在同一根轴上。 当指针通过设定点(例如设定温度值)时,打击臂将打开或关闭开关单元。 微动开关克服了来自几个激活的开关单元的反作用力的聚集问题。 微型开关具有结构简单,非常实用,可以使指针式仪器提供良好的指示精度,无需设置错误。