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    • 101. 发明申请
    • EXTENDED-SPAN AND ALTERNATIVELY-SHAPED ARCH BRIDGE AND CONSTRUCTION METHOD THEREFOR
    • 扩展跨度和替代形式的桥梁及其构造方法
    • US20140223674A1
    • 2014-08-14
    • US14347508
    • 2011-09-30
    • Yong LiYiyan ChenMin LiShuai GuoFangfang Xiao
    • Yong LiYiyan ChenMin LiShuai GuoFangfang Xiao
    • E01D4/00E01D21/00
    • E01D4/00E01D6/02E01D12/00E01D21/00
    • A large-span and special-shaped arch bridge, comprising a main girder (2), a center abutment (11) served as a central bearing point and two auxiliary abutments (12,13) served as bearing points at two ends, wherein further comprising an arch-axis combination (3) and two arch-axis bending beams (4,5) presented as arcs projected upwards, the arch-axis combination being built on the center abutment (11) with two ends connected to the inner ends of the two arch-axis bending beams (4,5), the outer ends of the two arch-axis bending beams (4,5) being built on the two auxiliary abutments (12,13), the two arch-axis bending beams (4,5) being connected to the main girder (2) via a plurality of inhaul cables. A method for constructing said arch bridge is also disclosed. Through the dual-arch axis of two arch-axis bending beams, the bending strength of the cross-section of the arch bridge is significantly increased, the bending moment of the cross-section of the arch at the central bearing point is decreased, the vertical displacement at the haunch of the arch is lesser, and the deformation of the main girder is reduced, thus the force of the entire bridge is more reasonable, the construction cost can effectively be reduced and the construction period can be shortened.
    • 一种大跨度和特殊形状的拱桥,包括主梁(2),用作中心轴承点的中心支座(11)和两端用作轴承点的两个辅助支座(12,13),其中进一步 包括拱形轴组合(3)和两个拱形弯曲梁(4,5),其呈现为向上突出的弧形,所述拱形轴组合构造在中心支座(11)上,两端连接到 两个拱形弯曲梁(4,5),两个拱形弯曲梁(4,5)的外端构造在两个辅助支座(12,13)上,两个拱形弯曲梁 4,5)通过多条通路电缆连接到主梁(2)。 还公开了一种用于构造所述拱桥的方法。 通过两个拱轴弯曲梁的双拱轴,拱桥横截面的弯曲强度显着增加,中心轴承点拱弧截面的弯矩减小, 拱形竖立位移较小,主梁变形减小,整座桥梁的力量更为合理,施工成本可有效降低,施工期可缩短。
    • 103. 发明授权
    • Generating views of subsets of nodes of a schema
    • 生成模式节点子集的视图
    • US08762424B2
    • 2014-06-24
    • US13358421
    • 2012-01-25
    • John C. HolmesMing JiangJeff J. LiYong LiDavid S. Sotkowitz
    • John C. HolmesMing JiangJeff J. LiYong LiDavid S. Sotkowitz
    • G06F17/30
    • G06F17/30002G06F17/30923
    • Provided are a computer program product, system, and method for processing schemas in a storage system. A presentation of a schema in a graphical user interface (GUI) is comprised of multiple type nodes in a tree structure. Each type node comprises a hierarchical arrangement of a plurality of nodes including group nodes including a plurality of nodes and content nodes providing values. First user input selects one of the type nodes in the schema for a view. Second user input selects one of the nodes in the selected type node in the schema for a view. Third user input selects a node in the schema to indicate a root node of the schema for the view. The view includes the root node and at least one sub node of the root node and is added as a child to the selected type node.
    • 提供了一种用于在存储系统中处理模式的计算机程序产品,系统和方法。 图形用户界面(GUI)中的模式的呈现由树结构中的多个类型的节点组成。 每个类型节点包括多个节点的分层布置,包括包括多个节点的组节点和提供值的内容节点。 第一个用户输入选择视图中模式中的一个类型节点。 第二个用户输入选择视图中模式中所选类型节点中的一个节点。 第三个用户输入选择模式中的一个节点来指示视图的模式的根节点。 该视图包括根节点和根节点的至少一个子节点,并且作为子节点添加到所选择的类型节点。
    • 104. 发明申请
    • GENERATING VIEWS OF SUBSETS OF NODES OF A SCHEMA
    • 产生示意图的节目的观看次数
    • US20130191780A1
    • 2013-07-25
    • US13401614
    • 2012-02-21
    • John C. HolmesMing JiangJeff J. LiYong LiDavid S. Sotkowitz
    • John C. HolmesMing JiangJeff J. LiYong LiDavid S. Sotkowitz
    • G06F3/048
    • G06F16/23G06F16/83
    • Provided is a method for processing schemas in a storage system. A presentation of a schema in a graphical user interface (GUI) is comprised of multiple type nodes in a tree structure. Each type node comprises a hierarchical arrangement of a plurality of nodes including group nodes including a plurality of nodes and content nodes providing values. First user input selects one of the type nodes in the schema for a view. Second user input selects one of the nodes in the selected type node in the schema for a view. Third user input selects a node in the schema to indicate a root node of the schema for the view. The view includes the root node and at least one sub node of the root node and is added as a child to the selected type node.
    • 提供了一种用于在存储系统中处理模式的方法。 图形用户界面(GUI)中的模式的呈现由树结构中的多个类型的节点组成。 每个类型节点包括多个节点的分层布置,包括包括多个节点的组节点和提供值的内容节点。 第一个用户输入选择视图中模式中的一个类型节点。 第二个用户输入选择视图中模式中所选类型节点中的一个节点。 第三个用户输入选择模式中的一个节点来指示视图的模式的根节点。 该视图包括根节点和根节点的至少一个子节点,并且作为子节点添加到所选择的类型节点。
    • 109. 发明授权
    • Method and system for DC compensation and AGC
    • 直流补偿和AGC的方法和系统
    • US08331892B2
    • 2012-12-11
    • US12398285
    • 2009-03-05
    • Tamer A. KadousIwen YaoJibing WangWeihong JingYong Li
    • Tamer A. KadousIwen YaoJibing WangWeihong JingYong Li
    • H04B1/10
    • H04L25/061H03G3/3068H03G3/3078
    • A technique for performing AGC and DC compensation in a receiver. The receiver comprises an energy estimator for generating an estimate of the level of a received signal; an RF device to apply gain to the received signal; an AGC for controlling the RF device gain based on the energy estimation; a first DC compensation loop for finely adjusting the DC component of the received signal in fast or slow tracking mode (FTM or STM); and a second DC compensation loop for coarsely adjusting the DC component of the received signal. Three modes of AGC operations: In Acquisition, iterations of FTM fine DC adjustment, short energy estimation, and RF device gain adjustment are performed during signal timing detection. In Connected, long energy estimation, RF device gain adjustment, and STM fine and coarse DC adjustments are performed during superframe preamble. In Sleep, FTM fine DC adjustment, short energy estimation, and RF device gain adjustment are performed during superframe preamble.
    • 一种用于在接收机中执行AGC和DC补偿的技术。 接收机包括用于产生接收信号电平的估计的能量估计器; 用于向接收到的信号施加增益的RF设备; 用于基于能量估计来控制RF设备增益的AGC; 用于以快速或慢速跟踪模式(FTM或STM)精细调整接收信号的DC分量的第一DC补偿环路; 以及用于粗调整接收信号的DC分量的第二DC补偿环路。 AGC操作的三种模式:在采集中,在信号定时检测期间执行FTM精细直流调节的迭代,短能量估计和RF器件增益调整。 在连接中,在超帧前导码期间执行长能量估计,RF设备增益调整和STM精细和粗略的DC调整。 在睡眠状态下,在超帧前缀中执行FTM精细直流调整,短能量估计和RF器件增益调整。