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    • 73. 发明授权
    • Aligning user interface elements
    • 对齐用户界面元素
    • US09135023B2
    • 2015-09-15
    • US13508026
    • 2009-11-13
    • Kaicheng ZhangXin ZhouJesse ShiehKa Cheong LuiJing ZhaoJia Sheng
    • Kaicheng ZhangXin ZhouJesse ShiehKa Cheong LuiJing ZhaoJia Sheng
    • G09G5/00G06F9/44
    • G06F9/4443G06F9/451
    • Methods, systems, and apparatus, including computer program products, for aligning user interface elements arranged in multiple columns in a user interface. In one aspect, a method includes identifying a group of columns in a user interface, where each column in the group includes one or more user interface elements arranged in a sequence from a top of the column to a bottom of the column; comparing heights of first sequences of one or more user interface elements in a first column to heights of second sequences of one or more user interface elements in a second column; and adjusting the heights of the first sequences to align the first sequences with the second sequences by adjusting the heights of user interface elements in the first sequences, where adjustments to each user interface element in the first sequences are each less than a threshold adjustment value.
    • 包括计算机程序产品的方法,系统和装置,用于对准在用户界面中排列成多列的用户界面元素。 在一个方面,一种方法包括识别用户界面中的一组列,其中该组中的每列包括以从列的顶部到底部的顺序排列的一个或多个用户界面元素; 将第一列中的一个或多个用户界面元素的第一序列的高度与第二列中的一个或多个用户界面元素的第二序列的高度进行比较; 以及通过调整所述第一序列中的用户界面元素的高度来调整所述第一序列的高度以使所述第一序列与所述第二序列对齐,其中对所述第一序列中的每个用户界面元素的调整各自小于阈值调整值。
    • 76. 发明授权
    • HARQ reordering method for WCDMA enhanced uplink dedicated channel
    • 用于WCDMA增强型上行专用信道的HARQ重排序方法
    • US08285330B2
    • 2012-10-09
    • US10545520
    • 2004-02-17
    • Ju-Ho LeeKook-Heui LeeJeong-Gon KimHyeon-Woo LeeShuwei ZhangJing ZhaoChunying Sun
    • Ju-Ho LeeKook-Heui LeeJeong-Gon KimHyeon-Woo LeeShuwei ZhangJing ZhaoChunying Sun
    • H04B1/38
    • H04L1/1841H04L1/1812H04L1/1845H04L1/1851H04L1/188
    • A method for HARQ reordering in Enhanced Uplink Dedicated Channel of WCDMA system includes following steps: locating the soft combination buffer in the Node B and the reordering buffer in the SRNC; locating the HARQ entity in the Node B; locating the reordering queue distribution entity, the reordering entity and the disassembly entity in the SRNC. This invention adopts the separation technology of the soft combination buffer and the reordering buffer, the separation model can not only ensure the diversity gain, but also reduce the receiving delay and save the buffer space. Three mechanisms (timer mechanism, window mechanism and SBI mechanism) are proposed to prevent the blocking of the reordering buffer, which degrades the blocking to the least level, improves the receiving efficiency and the system performance. Aiming at the SBI mechanism, the invention proposes the new DCH data frame structure on the Iub interface and the Iur interface.
    • 一种用于WCDMA系统的增强型上行链路专用信道中HARQ重新排序的方法,包括以下步骤:将软组合缓冲区定位在节点B和SRNC中的重新排序缓冲区中; 将HARQ实体定位在节点B中; 在SRNC中定位重新排序队列分发实体,重新排序实体和反汇编实体。 本发明采用软组合缓冲器和重新排序缓冲器的分离技术,分离模型不仅可以保证分集增益,而且可以减少接收延迟并节省缓冲空间。 提出了三种机制(定时器机制,窗口机制和SBI机制),以防止重新排序缓冲区的阻塞,从而将阻塞降至最低水平,提高接收效率和系统性能。 针对SBI机制,本发明在Iub接口和Iur接口上提出了新的DCH数据帧结构。
    • 78. 发明授权
    • Chalcogenide glass composition
    • 硫族化物玻璃组成
    • US07670972B2
    • 2010-03-02
    • US11977507
    • 2007-10-25
    • Jing ZhaoMaohe Li
    • Jing ZhaoMaohe Li
    • C03C3/32C03C13/04
    • C03C3/321C03C4/10
    • A chalcogenide glass composition composed of arsenic (As), selenium (Se), sulfur (S), and antimony (Sb) is presented. The composition includes arsenic in the range from 25% to 45% by weight relative to the total weight of the composition, selenium in the range from 40% to 65% by weight relative to the total weight of the composition, sulfur in the range from 2% to 15% by weight relative to the total weight of the composition, and antimony in the range from 0% to 15% by weight relative to the total weight of the composition. The variability of constituents on a weight basis is greater than the related arts, thus facilitating a broader range of design options. The glass composition is preferred to have a thermal expansion coefficient of about 23.6×10−6/° C., a temperature coefficient of refractive index less than about 1×10−6/° C., a glass transition temperature less than 200 degrees Celsius, and/or a glass softening temperature less than 250 degrees Celsius. The present invention has immediate applicability within infrared sensors, infrared imaging devices, lasers, and fiber optic components, one example being amplifiers.
    • 提出了由砷(As),硒(Se),硫(S)和锑(Sb)组成的硫族化物玻璃组合物。 该组合物包含相对于组合物的总重量的25重量%至45重量%的砷,相对于组合物的总重量,硒在40重量%至65重量%的范围内,硫的范围为 相对于组合物的总重量为2重量%至15重量%,锑的含量相对于组合物的总重量为0重量%至15重量%。 组分以重量为基础的变化大于现有技术,从而有助于更广泛的设计选择。 玻璃组成优选具有约23.6×10 -6 /℃的热膨胀系数,折射率的温度系数小于约1×10 -6 /℃,玻璃化转变温度低于200度 和/或玻璃软化温度低于250摄氏度。 本发明在红外传感器,红外成像装置,激光器和光纤部件中具有即时适用性,一个例子是放大器。
    • 80. 发明申请
    • Multi-port optical switches
    • 多端口光开关
    • US20050111785A1
    • 2005-05-26
    • US10962372
    • 2004-10-08
    • Jing ZhaoYongjun Shu
    • Jing ZhaoYongjun Shu
    • G02F1/31G02B6/26
    • G02F1/31
    • The present invention provides multi-port optical switches. In some embodiments a polarization beam splitter is used as the key element to establish multi-port switching. Multiple incoming optical signals are switched to multiple output ports in response to electrical control signals to realize multiple working states. For example, in a four by four switch embodiment, twenty-four working states can be selected to determine the input-output port relations. An optical signal is spatially split into two polarized beams by a birefringent element. These beams pass through a series of polarization rotation elements and recombine into output fibers, achieving polarization independent operation. Some embodiments incorporate light bending devices to allow two fibers to be coupled to the light beams using a single lens, thereby achieving small fiber separation for compactness. The switches of the present invention rely on magneto-optically or electro-optically switching the beam polarizations from one state to another to rapidly change the light path.
    • 本发明提供多端口光开关。 在一些实施例中,使用偏振分束器作为建立多端口切换的关键元件。 响应于电气控制信号,多个输入光信号被切换到多个输出端口以实现多种工作状态。 例如,在四分之一开关实施例中,可以选择二十四个工作状态来确定输入 - 输出端口关系。 光信号通过双折射元件在空间上分成两个偏振光束。 这些光束通过一系列偏振旋转元件并复合到输出光纤中,实现与偏振无关的操作。 一些实施例包括光弯曲装置,以允许使用单个透镜将两个光纤耦合到光束,由此实现小的光纤分离以实现紧凑。 本发明的开关依靠磁光或电光切换从一个状态到另一个状态的光束偏振,以快速改变光路。