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    • 12. 发明申请
    • NAIL POLISH PROTECTOR SLEEVE
    • 指甲保护套管
    • US20140116586A1
    • 2014-05-01
    • US14067042
    • 2013-10-30
    • Matthew Taylor
    • Matthew Taylor
    • B65D65/04B65D65/18
    • B65D65/18B65D23/0871B65D23/0892B65D81/03
    • The invention is a sleeve and cover for small glass bottles of the kind used to distribute and store nail polish and similar cosmetic products. A thin silicone sleeve is fitted to a particular size of nail polish bottle. The sleeve features a hole that may be positioned over the product label and through which the product label may be read. The sleeve further features a widened portion at the base of the bottle neck where the cap is inserted. The sleeve further features a concave tab that may be pulled up over the container cap. The result is that a shock-absorbing sleeve covers the whole bottle, including the fragile neck and cap, reducing the risk of breakage if the bottle is dropped.
    • 本发明是用于分配和存储指甲油和类似化妆品的小玻璃瓶的套和盖。 特殊尺寸的指甲油瓶装有薄的硅胶套筒。 套筒具有可以位于产品标签上方的孔,并且可以通过该孔读取产品标签。 套筒还具有在瓶颈的基部处的加宽部分,其中帽被插入。 套筒还具有可以在容器盖上方拉​​出的凹形突片。 结果是,一个吸震套筒覆盖整个瓶子,包括易碎的颈部和帽子,如果瓶子掉落,可以降低破损的风险。
    • 19. 发明申请
    • Method and apparatus for transmission line and waveguide testing
    • 传输线和波导测试方法和装置
    • US20050203711A1
    • 2005-09-15
    • US11034592
    • 2005-01-13
    • Matthew TaylorKevin BassettPaul Gili
    • Matthew TaylorKevin BassettPaul Gili
    • G01N33/48G01N33/50G01R23/16G01R27/04G01R27/32G01R35/00G06F19/00H04B3/46H04B3/56
    • G01R31/31717G01R27/04G01R27/32G01R31/11G01R35/005H04B3/46H04B3/493H04B3/56H04B2203/5425H04B2203/5483H04B2203/5491H04B2203/5495
    • A multi-port junction is used in combination with an Inverse Fourier Transform to detect distance to fault in an RF transmission line or waveguide without the use of heterodyne down-conversion circuits. To provide an ultra-wide bandwidth frequency domain reflectometer the output ports of the multi-port junction are used to calculate distance to fault and return loss. The Inverse Fourier Transform algorithm is modified to take into account both phase shift per unit length of the transmission line and attenuation per unit of length in the transmission line, with the output of the modified Inverse Fourier Transform being applied to a module that subtracts out the effect of previous faults by solving for the distances ahead of time before knowing amplitudes and for solving for amplitude at each prior fault starting with the first fault. The output of this module is then used thresholded to remove the effects of noise, secondary reflections and inconsequential peaks. The result is a time domain waveform in which peak positions indicate the distance to real faults and in which return loss or percent reflection is calculated for each of the faults. Moreover, internal calibration loads and specialized processing are used to effortlessly calibrate the reflectometer in the field.
    • 多端口结与逆傅里叶变换结合使用,以检测RF传输线或波导中的故障距离,而不使用外差下变频电路。 为了提供超宽带宽频域反射计,多端口结点的输出端口用于计算故障距离和回波损耗。 修改逆傅立叶变换算法以考虑传输线的每单位长度的相移和传输线中每单位长度的衰减,将经修改的逆傅立叶变换的输出应用于将减去 通过在了解振幅之前提前解决距离并解决从先验故障开始的每个先前故障时的振幅来解决先前故障的影响。 然后使用该模块的输出进行阈值处理,以消除噪声,次级反射和无关紧要峰值的影响。 结果是时域波形,其中峰值位置指示到实际故障的距离,并且对于每个故障计算​​回波损耗或百分比反射。 此外,使用内部校准负载和专门的处理来轻松校准现场的反射计。