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    • 2. 发明授权
    • Audio/Video fingerprint search accuracy using multiple search combining
    • 使用多重搜索组合的音频/视频指纹搜索精度
    • US08266142B2
    • 2012-09-11
    • US12663057
    • 2008-06-04
    • Wenyu JiangClaus Bauer
    • Wenyu JiangClaus Bauer
    • G06F17/30
    • G06F17/30784G06F17/30743G06F17/30758G06K9/00758
    • A method for use in identifying a segment of audio and/or video information comprises obtaining a query fingerprint at each of a plurality of spaced-apart time locations in said segment, searching fingerprints in a database for a potential match for each such query fingerprint, obtaining a confidence level of a potential match to a found fingerprint in the database for each such query fingerprint, and combining the results of searching for potential matches, wherein each potential match result is weighted by respective confidence level. A confidence level may be a function of at least one or both of (1) a measure of difference between a query fingerprint and a found fingerprint and (2) the relative timing relationship between the time location of a query fingerprint and the time location of a found fingerprint.
    • 一种用于识别音频和/或视频信息段的方法包括:在所述段中的多个间隔时间位置的每一个处获取查询指纹,在数据库中搜索每个这样的查询指纹的潜在匹配的指纹, 获得对于每个这样的查询指纹的数据库中找到的指纹的潜在匹配的置信水平,以及组合搜索潜在匹配的结果,其中每个潜在匹配结果被相应置信水平加权。 置信水平可以是(1)查询指纹和找到的指纹之间的差异的度量中的至少一个或两个的函数,以及(2)查询指纹的时间位置与查询指纹的时间位置之间的相对定时关系 找到指纹
    • 5. 发明申请
    • Robust Media Fingerprints
    • 强大的媒体指纹
    • US20110153050A1
    • 2011-06-23
    • US13060032
    • 2009-08-26
    • Claus BauerRegunathan Radhakrishnan
    • Claus BauerRegunathan Radhakrishnan
    • G06F17/00
    • G10L19/018
    • Robust media fingerprints are derived from a portion of audio content. A portion of content in an audio signal is categorized. The audio content is characterized based, at least in part, on one or more of its features. The features may include a component that relates to one of several sound categories, e.g., speech and/or noise, which may be mixed with the audio signal. Upon categorizing the audio content as free of the speech or noise related components, the audio signal component is processed. Upon categorizing the audio content as including the speech related component and/or the noise related components, the speech or noise related components are separated from the audio signal. The audio signal is processed independent of the speech related component and/or the noise related component. Processing the audio signal includes computing the audio fingerprint, which ably corresponds to the audio signal.
    • 强大的媒体指纹是从音频内容的一部分导出的。 对音频信号中的内容的一部分进行分类。 音频内容的特征在于,至少部分地基于其一个或多个特征。 特征可以包括与几个声音类别中的一个相关联的组件,例如可以与音频信号混合的语音和/或噪声。 在将音频内容分类为没有语音或噪声相关组件的情况下,处理音频信号分量。 在将音频内容分类为包括语音相关分量和/或噪声相关分量时,语音或噪声相关分量与音频信号分离。 音频信号被独立于语音相关分量和/或噪声相关分量进行处理。 处理音频信号包括计算音频指纹,其与音频信号相当。
    • 6. 发明申请
    • DISTRIBUTED MEDIA FINGERPRINT REPOSITORIES
    • 分布式媒体指纹记录
    • US20110022633A1
    • 2011-01-27
    • US12935080
    • 2009-03-31
    • Philip John BernoskyClaus BauerWenyu Jiang
    • Philip John BernoskyClaus BauerWenyu Jiang
    • G06F17/30
    • H04L67/125G06F16/41
    • Media fingerprints, which are each derived from and uniquely correspond to a portion of media content, are stored over a distributed database. An instance of one or more information containers of the distributed database are each disposed over two or more computing devices, which are communicatively linked over a data network. The media fingerprints are distributed among the information containers based on a criterion that relates individually to each of the media fingerprints. Upon a query directed to one of the media fingerprints, at least one of the two or more computing devices is selected based on the criterion. The query is executed over the distributed database instance of the selected computing device.
    • 每个从媒体内容的一部分导出并且唯一对应的媒体指纹通过分布式数据库存储。 分布式数据库的一个或多个信息容器的一个实例分别设置在通过数据网络通信地链接的两个或多个计算设备上。 基于与每个媒体指纹单独相关的标准,在信息容器之间分配媒体指纹。 在针对一个媒体指纹的查询时,基于该标准来选择两个或多个计算设备中的至少一个。 该查询在所选计算设备的分布式数据库实例上执行。
    • 8. 发明授权
    • Apparatus for thermal processing of raw materials in dust form
    • 灰尘原料热处理设备
    • US5820363A
    • 1998-10-13
    • US562982
    • 1997-05-06
    • Claus Bauer
    • Claus Bauer
    • C04B7/43C04B7/47F27B7/00F27B7/38F27B7/02
    • C04B7/47C04B7/43F27B7/00F27B7/383
    • A cement clinker manufacturing installation a rotary kiln (10) having secondary firing and a grate cooler (16) with a high degree of heat recuperation. Instead of placing the grate cooler (16) in-line with the rotary kiln (10), the grate cooler (16) is positioned with its clinker transport direction (16a) transverse to the longitudinal axis of the rotary kiln (10). This angular positioning of the grate cooler (16) permits a discharge of hot air from the grate cooler as combustion air for the secondary firing of the calcination state by way of a discharge opening (20 or 21) on the lateral half of the kiln discharge housing (11) in which the beginning of the recuperation zone of the grate surface (15) of the grate cooler (16) is located. Thus somewhat cooler secondary air (18) flows into the rotary kiln (16) thereby avoiding excessively high temperatures at the rotary kiln discharge without reduction in overall thermal efficiency of the cement plant.
    • 一种水泥熟料制造设备具有二次烧制的回转窑(10)和具有高热回收率的炉排冷却器(16)。 格栅冷却器(16)不是将炉排冷却器(16)放置在与回转窑(10)一致的位置,其炉渣输送方向(16a)的横向于回转窑(10)的纵向轴线定位。 格栅冷却器(16)的这种角度定位允许从炉排冷却器排出热空气作为用于二次焙烧煅烧状态的燃烧空气,通过排出口(20或21)排出窑排放侧面 壳体(11),其中格栅冷却器(16)的格栅表面(15)的回收区域的开始位于其中。 因此,稍微较冷的二次空气(18)流入回转窑(16),从而避免了回转窑排放过高的温度,而不降低水泥厂的整体热效率。