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    • 35. 发明授权
    • Hydraulically biased pumping element assembly and fuel injector using same
    • 液压偏置泵元件组件和使用其的燃料喷射器
    • US06550453B1
    • 2003-04-22
    • US09667096
    • 2000-09-21
    • Ye Tian
    • Ye Tian
    • F02M3704
    • F02M47/027F02M45/04F02M57/025
    • A hydraulically actuated fuel injector includes an injector body that defines an unobstructed biasing passage substantially fluidly isolated from a fuel pressurization chamber. A pumping element is positioned in the injector body and moveable between a retracted position and an advanced position. The pumping element has a biasing surface exposed to fluid pressure in the unobstructed biasing passage, and a fuel surface exposed to fuel pressure in the fuel pressurization chamber. A source of biasing fluid at a working pressure is fluidly connected to the unobstructed biasing passage. A source of fuel fluid at a supply pressure is fluidly connected to the fuel pressurization chamber.
    • 液压致动燃料喷射器包括喷射器主体,其限定基本上与燃料加压室流体隔离的无障碍偏压通道。 抽吸元件定位在喷射器主体中并且可在缩回位置和前进位置之间移动。 泵送元件具有在无障碍的偏压通道中暴露于流体压力的偏压表面,以及暴露于燃料加压室中的燃料压力的燃料表面。 在工作压力下的偏置流体源流体地连接到无障碍的偏压通道。 供给压力下的燃料流体源流体地连接到燃料加压室。
    • 38. 发明授权
    • Contact information merger and duplicate resolution
    • 联系信息合并和重复解决
    • US08417696B2
    • 2013-04-09
    • US12813232
    • 2010-06-10
    • Amit GuptaCindy KwanNikhil P. BobdeSetty VenkateshaiahYe Tian
    • Amit GuptaCindy KwanNikhil P. BobdeSetty VenkateshaiahYe Tian
    • G06F17/00
    • G06Q10/107
    • Merger and duplicate resolution for contact information across platforms is managed employing contact objects and aggregating the contact objects into contact models. Contact data from internal and/or external data stores may be retrieved and contact objects created for each contact from each contact store. A contact model for each contact entity may be created by aggregating contact data from contact objects across the contact stores. The aggregation may include duplicate resolution through weighting of communication system types, ranking of contact information type, and similar approaches. The contact models may be dynamically updated based on changes to the contact objects.
    • 使用联系人对象并将联系人对象聚合为联系人模型来管理跨平台的联系信息的合并和重复分辨率。 可以检索来自内部和/或外部数据存储的联系人数据,并为每个联系人存储中的每个联系人创建联系人对象。 每个联系人实体的联系模型可以通过联系人存储上的联系人对象聚合联系人数据来创建。 聚合可以包括通过对通信系统类型的加权,联系信息类型的排序和类似方法的重复解决。 联系人模型可以根据对联系人对象的更改进行动态更新。
    • 40. 发明授权
    • Speech model refinement with transcription error detection
    • 语音模型细化与转录错误检测
    • US07860716B2
    • 2010-12-28
    • US11789132
    • 2007-04-24
    • Ye TianYifan GongFrank K. Soong
    • Ye TianYifan GongFrank K. Soong
    • G10L15/10
    • G10L15/065G10L15/01G10L15/08G10L2015/0631
    • Reliable transcription error-checking algorithm that uses a word confidence score and a word duration probability to detect transcription errors for improved results through the automatic detection of transcription errors in a corpus. The transcription error-checking algorithm is combined model training so as to use a current model to detect transcription errors, remove utterances which contain incorrect transcription (or manually fix the found errors), and retrain the model. This process can be repeated for several iterations to obtain an improved speech recognition model. The speech model is employed to achieve speech-transcription alignment to obtain a word boundary. Speech recognizer is then utilized to generate a word-lattice. Using the word boundary and word lattice, error detection is computed using a word confidence score and a word duration probability.
    • 可靠的转录错误检查算法,通过自动检测语料库中的转录错误,使用单词置信度分数和单词持续时间概率来检测转录错误以改善结果。 转录错误检查算法是组合模型训练,以便使用当前模型来检测转录错误,删除包含不正确转录(或手动修复发现的错误)的话语,并重新训练模型。 该过程可以重复几次迭代以获得改进的语音识别模型。 语音模型用于实现语音转录对齐以获得字边界。 然后利用语音识别器来产生一个单词格。 使用单词边界和单词格,使用单词置信分数和单词持续时间概率来计算错误检测。