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    • 22. 发明申请
    • Cable Tie
    • 电缆扎带
    • US20110126381A1
    • 2011-06-02
    • US12628943
    • 2009-12-01
    • Daniel J. NelsonDouglas John IngallsMatthew Bush
    • Daniel J. NelsonDouglas John IngallsMatthew Bush
    • B65D63/00
    • B65D63/1027B65D63/02F16L3/233F16L33/023
    • A cable tie having a head for receiving a tail for binding various objects is provided wherein a head of an integral buckle is tilted so that the tail portion is more easily received. By employing a tilted head, of preferably 30 degrees, a 15-20% increase in performance over similar cables ties of the prior art has been achieve. In addition, a cable tie is provided that includes a bulged or coined portion. A leading edge of the band that is associated with the buckle also includes a bulged or coined portion. The bulged portions are preferably created by a coining process and facilitate binding mechanically the band to the buckle. In addition, a cable tie is provided wherein a head of the integral buckle is interconnected to the band via angled side walls. The angled side walls increase an opening in the buckle that receives the band such that during tensioning less energy is needed to tension the cable tie around a bundle of cables, for example.
    • 提供一种具有用于接收用于装订各种物体的尾部的头部的电缆扎带,其中整体扣环的头部倾斜,使得尾部更容易接收。 通过采用优选30度的倾斜头,实现了现有技术的类似电缆扎带的性能提高了15-20%。 此外,提供了一种电缆扎带,其包括凸起或凹凸部分。 与带扣相关联的带的前缘还包括凸起或创造部分。 突出部分优选地通过压印工艺产生,并且有助于将带机械地绑定到带扣。 此外,提供了一种电缆扎带,其中一体式带扣的头部经由成角度的侧壁与带相互连接。 成角度的侧壁增加了带扣中的接收带的开口,使得在张紧期间,例如需要较少的能量来拉紧电缆扎带围绕一束电缆。
    • 27. 发明授权
    • Methods, apparatus and articles of manufacture to perform audio watermark decoding
    • 方法,装置和制品进行音频水印解码
    • US08676570B2
    • 2014-03-18
    • US12767422
    • 2010-04-26
    • Daniel J. NelsonVenugopal SrinivasanJohn C. Peiffer
    • Daniel J. NelsonVenugopal SrinivasanJohn C. Peiffer
    • G10L19/00
    • G10L19/018H04H20/14H04H60/31H04H60/58H04H2201/50H04N21/23892H04N21/4394
    • Example methods, apparatus and articles of manufacture to perform audio watermark decoding are disclosed. A disclosed example method includes receiving an audio signal including an audience measurement code embedded therein using a first plurality of frequency components, sampling the audio signal, transforming the sampled audio signal into a first frequency domain representation, determining whether the code is detectable in the first plurality of frequency components of the first frequency domain representation, and when the code is not detected in the first plurality of frequency components, examining a second plurality of frequency components of a second frequency domain representation to determine whether the code is detected, the second plurality of frequency components being offset from the first plurality of frequency components by a first offset, the first offset corresponding to a sampling frequency mismatch.
    • 公开了用于执行音频水印解码的示例性方法,装置和制造。 所公开的示例性方法包括使用第一多个频率分量接收包括其中嵌入的观众测量码的音频信号,对音频信号进行采样,将采样的音频信号变换为第一频域表示,确定代码是否可在第一 第一频域表示的多个频率分量,以及当在第一多个频率分量中未检测到代码时,检查第二频域表示的第二多个频率分量以确定是否检测到代码,第二多个 频率分量从第一多个频率分量偏移第一偏移,第一偏移对应于采样频率失配。