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    • 8. 发明申请
    • S-shaped Visible Hard Intubation Core
    • S型可见硬插管芯
    • US20140235940A1
    • 2014-08-21
    • US14347242
    • 2012-09-13
    • Weidong WangFushang XueAihua ChenBenquan Yang
    • Weidong WangFushang XueAihua ChenBenquan Yang
    • A61M16/04A61B1/267A61B1/06A61B1/00A61B1/05
    • A61M16/0488A61B1/00048A61B1/00052A61B1/05A61B1/0676A61B1/0684A61B1/267A61B1/2673
    • A S-shaped visible hard intubating stylet comprises a LCD display, a handler and a hard stylet which are connected successively; the hard stylet has an outer end provided with a camera and a light emitter which are connecting to the LCD display, respectively; the hard stylet is formed to comprise, from one end to the other end, successively, a first linear section, an arc-shaped section, a circular arc-shaped section and a second linear section; a tangential direction of a tail end of the circular arc-shaped section that is adjacent to the arc-shaped section, and an axis direction of the handler, have an included angle which is ranging from no 20°; the circular arc-shaped section has a circular arc radius which is ranging from 45 mm to 75 mm; the circular arc-shaped section has a circular arc corresponding to a central angle which is ranging from 60° to 80°; the second linear section and the axis direction of the handler have an included angle which is ranging from 50° to 70°.
    • S形可见硬插管探针包括连续连接的LCD显示器,处理器和硬探针; 硬探针具有分别连接到LCD显示器的相机和发光器的外端; 硬通孔被形成为从一端到另一端依次包括第一直线部分,弧形部分,圆弧形部分和第二直线部分; 与弧形部分相邻的圆弧形部分的尾端和处理器的轴线方向的切线方向具有不大于20°的夹角; 圆弧形部分的圆弧半径为45mm至75mm; 圆弧形部分具有对应于中心角度为60°至80°的圆弧; 处理器的第二线性部分和轴线方向具有范围从50°至70°的夹角。
    • 10. 发明申请
    • BITMAP CLUSTER ANALYSIS OF DEFECTS IN INTEGRATED CIRCUITS
    • 综合电路缺陷的BITMAP聚类分析
    • US20100235690A1
    • 2010-09-16
    • US12728629
    • 2010-03-22
    • Tom T. HoJonathan B. BuckheitWeidong WangXin Sun
    • Tom T. HoJonathan B. BuckheitWeidong WangXin Sun
    • G06F11/00
    • G11C29/56G01R31/318533G11C29/56008G11C2029/5604
    • A system and method for defect analysis are disclosed wherein a defect data set is input into the system. A radius value is selected by a user, which is the maximum number of bits that bit failures can be separated from one another to be considered a bit cluster. When a defect data set is received, the system and method start with a fail bit and search for neighboring fail bits. The specified radius is used to qualify the found fail bits to be part of the bit cluster or not. If a minimum count of fail bits is not met, the system and method will stop searching and move to the next fail bit. If a minimum count of fail bits is met, the search continues for the next fail bit until the maximum fail bit count specified by the user is reached. Aggregation is provided such that once bit clusters have been classified, the number of clusters that have the exact match or partial match to each other is counted. The user may set the partial match as a threshold count to establish a match.
    • 公开了一种用于缺陷分析的系统和方法,其中缺陷数据集被输入到系统中。 半径值由用户选择,这是位故障可以彼此分离以被认为是位簇的最大位数。 当接收到缺陷数据集时,系统和方法以故障位开始,并搜索相邻的故障位。 指定的半径用于将找到的故障位限定为位集群的一部分。 如果不满足最小失败位计数,系统和方法将停止搜索并移动到下一个故障位。 如果满足最小失败位计数,则搜索继续下一个故障位,直到达到用户指定的最大故障位数。 提供聚合,使得一旦对位簇进行分类,就会计算出具有完全匹配或彼此部分匹配的聚类的数量。 用户可以将部分匹配设置为阈值计数以建立匹配。