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    • 6. 发明申请
    • CLEANING DEVICE FOR DUCTS
    • 清洁干燥装置
    • WO2016042388A1
    • 2016-03-24
    • PCT/IB2015/001650
    • 2015-09-18
    • MANCUSI, EttoreMARIO, RenatoGARRA, Gianvito AlessandroBETULIA, Antonio
    • MANCUSI, Ettore
    • A61F13/38B08B9/02B08B9/055A61F11/06A61B17/24
    • A61F13/38A61B2017/246B08B9/00B08B9/0436
    • A device for cleaning ducts comprises an elongated stem (2) having a first end (3) adapted to be inserted in the duct to be cleaned, an opposite second end (4) adapted to be grasped by a user and at least one first portion (5) with a side wall (6) provided with cleaning means (7) adapted to be brought into contact with the inner wall of the duct to be cleaned to remove the dirt particles and the like therefrom. The first portion (5) has a variable shape and is adapted to be deformed between a contracted rest configuration and an expanded operative configuration to move transversally the cleaning means (7) and bring them into contact with the wall of the duct. The stem (2) comprises at least one hollow longitudinal length (8) fluidically connected with the first portion (5) for supplying thereinto a fluid adapted to deform the first portion (5) and turn it into the expanded operative configuration.
    • 用于清洁管道的装置包括细长杆(2),其具有适于插入待清洁的管道中的第一端(3),适于由使用者抓握的相对的第二端(4)和至少一个第一部分 (5)具有设置有与要清洁的管道的内壁接触以便从其中除去污物颗粒等的清洁装置(7)的侧壁(6)。 第一部分(5)具有可变形状并且适于在收缩静止构型和扩大的操作构型之间变形,以横向地移动清洁装置(7)并使它们与管道的壁接触。 杆(2)包括与第一部分(5)流体连接的至少一个中空纵向长度(8),用于向其中供应适于使第一部分(5)变形并使其变成膨胀的操作构型的流体。
    • 7. 发明申请
    • ADAPTIVE NOISE REDUCTION USING LEVEL CUES
    • 自适应噪音减少使用水平
    • WO2011094232A1
    • 2011-08-04
    • PCT/US2011/022462
    • 2011-01-25
    • AUDIENCE, INC.MURGIA, CarloAVENDANO, CarlosYOUNES, KarimEVERY, MarkJIANG, Ye
    • MURGIA, CarloAVENDANO, CarlosYOUNES, KarimEVERY, MarkJIANG, Ye
    • A61F11/06
    • G10K11/16H04R3/005
    • An array of microphones utilizes two sets of two microphones for noise suppression. A primary microphone and secondary microphone of the three microphones may be positioned closely spaced to each other to provide acoustic signals used to achieve noise cancellation. A tertiary microphone may be spaced with respect to either the primary microphone or the secondary microphone in a spread-microphone configuration for deriving level cues from audio signals provided by tertiary and the primary or secondary microphone. The level cues are expressed via an inter-microphone level difference (ILD) which is used to determine one or more cluster tracking control signals. The ILD based cluster tracking signals are used to control the adaptation of null-processing noise cancellation modules. A noise cancelled primary acoustic signal and ILD based cluster tracking control signals are used during post filtering to adaptively generate a mask to be applied against a speech estimate signal.
    • 一组麦克风使用两组麦克风进行噪声抑制。 三个麦克风的主麦克风和次麦克风可以彼此紧密地定位,以提供用于实现噪声消除的声信号。 第三麦克风可以在扩展麦克风配置中相对于主麦克风或辅助麦克风间隔开,以从由三级麦克风和主麦克风或辅助麦克风提供的音频信号导出电平提示。 通过用于确定一个或多个集群跟踪控制信号的麦克风间级差(ILD)来表示电平提示。 基于ILD的群集跟踪信号用于控制空处理噪声消除模块的适应。 在后滤波期间使用噪声消除的主声信号和基于ILD的群集跟踪控制信号来自适应地生成针对语音估计信号应用的掩码。