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    • 21. 发明申请
    • APPLICATION SPECIFIC WEB REQUEST ROUTING
    • 应用特定网络请求路由
    • US20120102226A1
    • 2012-04-26
    • US13163140
    • 2011-06-17
    • Alexander HopmannEric FoxTyler Furtwangler
    • Alexander HopmannEric FoxTyler Furtwangler
    • G06F15/16
    • H04L67/1002H04L12/6418H04L67/327
    • Web request routers are used to route requests to content within a network. The web request routers run on general purpose computing devices that are configured to receive requests, parse the requests and route the requests to the appropriate destination. The web request routers may be configured to perform different routing methods and operations. For example, the web request routers may route requests based on: a type of network traffic (e.g. user/machine); application specific logic, URL patterns and/or other programmed logic. The web request routers may be configured to route the request based on a determined affinity (e.g. document, Uniform Resource Locator (URL), directory path, site collection) of the request. The web request routers may also be configured to perform QOS operations such as auditing, logging, metering, throttling network traffic, prohibiting network traffic and the like.
    • Web请求路由器用于将请求路由到网络内的内容。 Web请求路由器在通用计算设备上运行,这些设备被配置为接收请求,解析请求并将请求路由到适当的目的地。 网络请求路由器可以被配置为执行不同的路由方法和操作。 例如,网络请求路由器可以基于以下方式路由请求:一种类型的网络流量(例如用户/机器); 应用程序特定逻辑,URL模式和/或其他编程逻辑。 网络请求路由器可以被配置为基于请求的确定的亲和度(例如文档,统一资源定位符(URL),目录路径,站点集合)来路由请求。 Web请求路由器还可以被配置为执行QOS操作,例如审计,记录,计量,限制网络流量,禁止网络流量等。
    • 25. 发明申请
    • Computer interaction based upon a currently active input device
    • 基于当前活动的输入设备的计算机交互
    • US20060209016A1
    • 2006-09-21
    • US11083896
    • 2005-03-17
    • Eric FoxEmily Rimas-RibikauskasRobert JarrettLeroy Keely
    • Eric FoxEmily Rimas-RibikauskasRobert JarrettLeroy Keely
    • G09G5/00
    • G06F3/0488G06F3/038G06F3/0481
    • Described is a computer-implemented system and method that dynamically detects which input device (e.g., pen or mouse) is currently in use, and based on the device, varies a program's user interaction model to better optimize the user's ability to interact with the program via that input device. A tablet input subsystem receives pen and touch data, and also obtains keyboard and mouse data. The subsystem analyzes the data and determines which input device is currently active. The active device is mapped to an interaction model, whereby different user interface appearances, behaviors and the like may be presented to the user to facilitate improved interaction. For example, a program may change the size of user interface elements to enable the user to more accurately scroll and make selections. Timing, tolerances and thresholds may change. Pen hovering can become active, and interaction events received at the same location can be handled differently.
    • 描述了一种计算机实现的系统和方法,其动态地检测当前正在使用哪个输入设备(例如,笔或鼠标),并且基于设备,改变程序的用户交互模型以更好地优化用户与程序交互的能力 通过该输入设备。 平板电脑输入子系统接收笔和触摸数据,并且还获得键盘和鼠标数据。 子系统分析数据并确定哪个输入设备当前处于活动状态。 活动设备被映射到交互模型,由此可以向用户呈现不同的用户界面外观,行为等以促进改进的交互。 例如,程序可能会改变用户界面元素的大小,以使用户能够更准确地滚动并进行选择。 时间,公差和阈值可能会改变。 笔悬停可以变为活动,并且在相同位置处接收到的交互事件可以被不同地处理。
    • 26. 发明授权
    • CMOS TDI image sensor
    • CMOS TDI图像传感器
    • US06906749B1
    • 2005-06-14
    • US09393311
    • 1999-09-10
    • Eric Fox
    • Eric Fox
    • H04N5/353H04N5/374H04N5/335H04N3/14
    • H04N5/3743
    • A column slice of a CMOS TDI sensor includes a column bus, a column of pixels, plural first switches, a column of accumulators, plural second switches, plural third switches and output bus 39. Each of the plural first switches is coupled between the column bus and a corresponding pixel of the column of pixels, and each of the plural second switches is coupled between the column bus and a corresponding accumulator of the column of accumulators. In operation, only one switch at a time of plural first switches is “on” to connect the voltage signal from a corresponding pixel to the column bus while all remaining plural first switches are “off” to isolate the column bus from all remaining pixels. Only one of the plural second switches is “on” to connect the signal on the column bus to an accumulator while all remaining plural second switches are “off” to isolate the bus from all remaining accumulators. A main control circuit includes first and second shift registers to control the plural first and second switches to couple a signal from each pixel of the column of pixels into a corresponding accumulator of the column of accumulators while updating the accumulator until signals from all pixels have been transferred into corresponding accumulators. After this update cycle, an accumulated signal from the one accumulator that is currently addressed by a third shift register is read to the output. Then, the first and third shift registers are incremented. A new update cycle begins when a point in a moving image focused on the column slice crosses a pixel boundary. The same pattern repeats continuously. Valid TDI data is produced at the output after a number of full cycles of the transfer of pixels signals to the accumulators has been complete, the number being equal to the number of pixels.
    • CMOS TDI传感器的列切片包括列总线,像素列,多个第一开关,一列累加器,多个第二开关,多个第三开关和输出总线39。 多个第一开关中的每一个耦合在列总线和像素列的对应像素之间,并且多个第二开关中的每一个耦合在列总线和累加器列的相应累加器之间。 在操作中,在多个第一开关的时间只有一个开关“接通”以将来自相应像素的电压信号连接到列总线,同时所有剩余的多个第一开关都为“关”,以将列总线与所有剩余像素隔离开来。 多个第二开关中只有一个“接通”将列总线上的信号连接到累加器,而所有剩余的多个第二开关都为“关闭”,以使总线与所有剩余的累加器隔离。 主控制电路包括第一和第二移位寄存器,用于控制多个第一和第二开关,以将来自像素列的每个像素的信号耦合到累加器列的相应累加器中,同时更新累加器,直到来自所有像素的信号已被 转入相应的蓄电池。 在该更新周期之后,将从当前由第三移位寄存器寻址的一个累加器的累加信号读入输出。 然后,第一和第三移位寄存器递增。 当集中在列切片上的运动图像中的一点与像素边界交叉时,将开始一个新的更新周期。 相同的图案不断重复。 有效的TDI数据是在已经完成了像素信号传送到累加器的多个完整周期之后的输出处产生的,该数目等于像素数。
    • 29. 发明授权
    • Viewable document section
    • 可见文件部分
    • US07770129B2
    • 2010-08-03
    • US11358418
    • 2006-02-22
    • Eric FoxHyun-Suk Kim
    • Eric FoxHyun-Suk Kim
    • G06F3/00
    • G06F3/0481
    • Systems, methods, and computer-readable media that include computer-executable instructions stored thereon for displaying electronic documents keep track of portions of an electronic document that have appeared in a user interface window at some point in time (i.e., the portions that have been actually viewed by the user). These portions of the electronic document that have actually been viewed are designated the “viewable document section” of the electronic document. In some examples, scrolls bars and/or other electronic document view shifting elements become available to the user only if the electronic document includes a viewable document section that does not appear in the user interface window, and these scroll bars and/or other view shifting elements may be limited based on the content of the viewable document section (not the entire electronic document). If the user changes the user interface window to include portions of the electronic document that previously had not been in view, the viewable document section then changes to include this new, previously unseen portion. Accordingly, as the user inputs electronic ink or other information into the document, scroll bars or the like will not appear until the user takes steps to bring previously unseen ink or other information into view in the user interface window.
    • 包括存储在其上用于显示电子文档的计算机可执行指令的系统,方法和计算机可读介质在某个时间点跟踪在用户界面窗口中出现的电子文档的部分(即,已经在 实际上由用户查看)。 电子文档中实际观看的这些部分被指定为电子文档的“可查看文档部分”。 在一些示例中,只有当电子文档包括不出现在用户界面窗口中的可视文档部分时,滚动条和/或其他电子文档视图移动元件才可用于用户,并且这些滚动条和/或其他视图移动 可以基于可查看文档部分的内容(而不是整个电子文档)来限制元素。 如果用户将用户界面窗口改变为包括之前未被查看的电子文档的部分,则可查看文档部分然后改变以包括这个新的先前未看见的部分。 因此,当用户将电子墨水或其他信息输入到文档中时,滚动条等将不会出现,直到用户在用户界面窗口中采取步骤将先前看不见的墨水或其他信息放入视图中。
    • 30. 发明授权
    • CMOS compatible single phase CCD charge transfer device
    • CMOS兼容单相CCD电荷转移装置
    • US06465820B1
    • 2002-10-15
    • US09393312
    • 1999-09-10
    • Eric Fox
    • Eric Fox
    • H01L27148
    • H01L27/14856H01L27/14806
    • A single phase charge-couple device (CCD) transfer device in a substrate of a first conductivity type. The device includes a gated region and a photo-diode region. The gated region includes a gated part and a gate electrode insulatively spaced over the gated part. The photo-diode region includes first, second, and third diode sub-regions. The second diode sub-region is formed of a second conductivity type; the third diode sub-region is formed of the first conductivity type in the second diode sub-region; and the first diode sub-region is formed of the first conductivity type in the second diode sub-region. The first and third diode sub-regions contain different dopant concentrations. The gated part is either a buried channel gated part or a surface channel gated part. The buried channel gated part includes a channel of the second conductivity type and a first gated sub-region formed in the channel.
    • 在第一导电类型的衬底中的单相电荷耦合器件(CCD)传输器件。 该器件包括门控区域和光电二极管区域。 门控区域包括选通部分和在门控部分上绝缘间隔开的栅电极。 光电二极管区域包括第一,第二和第三二极管子区域。 第二二极管子区域由第二导电类型形成; 第二二极管子区域由第二二极管子区域中的第一导电类型形成; 并且第一二极管子区域由第二二极管子区域中的第一导电类型形成。 第一和第三二极管子区域含有不同的掺杂剂浓度。 门控部分是埋入通道门控部件或表面通道门控部件。 埋入通道门控部分包括形成在通道中的第二导电类型的通道和第一选通子区域。