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    • 2. 发明申请
    • MUSIC AUDIO SIGNAL GENERATING SYSTEM
    • 音乐音频信号发生系统
    • US20120046771A1
    • 2012-02-23
    • US13201757
    • 2010-02-16
    • Takehiro AbeNaoki YasuraokaKatsutoshi ItoyamaHiroshi Okuno
    • Takehiro AbeNaoki YasuraokaKatsutoshi ItoyamaHiroshi Okuno
    • G06F17/00
    • G10H1/16G10H2210/066G10H2250/615G10L25/90G10L2021/0135
    • A system for timbral change, capable of changing timbres included in an existing music audio signal to arbitrary timbres. Replaced harmonic peak parameters are created by replacing a plurality of harmonic peaks included in harmonic peak parameters, which are stored in a separated audio signal analyzing and storing section 3 and indicate relative amplitudes of n-th order harmonic components of each tone generated by a musical instrument of a first kind, with harmonic peaks included in harmonic peak parameters, which are stored in a replacement parameter storing section 6 and indicate relative amplitudes of n-th order harmonic components of each tone generated by a musical instrument of a second kind and corresponding to each tone generated by the musical instrument of the first kind. A synthesized separated audio signal generating section 7 generates a synthesized separated audio signal for each tone using parameters other than the harmonic peak parameters and the replaced harmonic peak parameters.
    • 一种用于音乐变化的系统,能够将现有音乐音频信号中包含的音色改变为任意音色。 通过替换存储在分离的音频信号分析和存储部分3中的谐波峰值参数中包括的多个谐波峰值并且指示由音乐产生的每个音调的n次谐波分量的相对幅度来创建替换的谐波峰值参数 包含在谐波峰值参数中的谐波峰值的仪器,其存储在替换参数存储部分6中,并且指示由第二类乐器产生的每个音调的n次谐波分量的相对振幅,并且对应于 对于由第一种乐器产生的每个音调。 合成分离音频信号生成部分7使用除了谐波峰值参数和替换的谐波峰值参数之外的参数,为每个音调产生合成的分离音频信号。
    • 3. 发明授权
    • Container transport method and device
    • 集装箱运输方式和装置
    • US5040661A
    • 1991-08-20
    • US499734
    • 1990-03-26
    • Hidehiro YasudaTatsuya FukumotoTakehiro AbeMasayuki Funaoka
    • Hidehiro YasudaTatsuya FukumotoTakehiro AbeMasayuki Funaoka
    • B65C9/06B65G25/02B65G47/24B65G47/244B65G47/30B65G47/82B65G47/84B65G47/88
    • B65G47/244B65C3/065B65C9/06
    • A container transport method for turning a container to a specified direction and transporting the container to a position for specified processing, includes a first step of transporting one of supplied containers to a first position, the one being a container leading rest of the containers; a second step of turning the container at the first position to a specified direction; and a third step of transporting the container turned to the specified direction to a second position so that the container be directed in a certain relationship with the specified direction at the second position. A container transport device for turning a container to a specified direction and transporting the container to a position for specified processing includes a first transport device for transporting one of supplied containers to a first position, the one being a container leading rest of the containers; a detecting device for detecting an actual direction of the container; a rotating device for turning the container to a specified direction at the first position; and a second transport device for transporting the container from the first position to a second position for specified processing so that the container be directed in a certain relationship with the specified direction at the second position.
    • 一种用于将容器转移到指定方向并将容器运输到特定处理位置的集装箱运输方法,包括将供应的容器中的一个运送到第一位置的第一步骤,一个是容器的其余部分的容器; 将容器在第一位置转动到指定方向的第二步骤; 以及第三步骤,将转向所述指定方向的容器运送到第二位置,使得所述容器在所述第二位置以指定方向以一定关系指向。 一种用于将容器转动到指定方向并将容器运输到特定处理位置的集装箱运输装置,包括用于将所供应的容器中的一个运送到第一位置的第一运送装置,一个是容器的其余部分的集装箱; 用于检测容器的实际方向的检测装置; 旋转装置,用于在第一位置将容器转动到指定方向; 以及用于将容器从第一位置运送到用于指定处理的第二位置的第二输送装置,使得容器以与第二位置处的指定方向成一定关系的方式被引导。
    • 4. 发明授权
    • Music audio signal generating system
    • 音乐音频信号发生系统
    • US08831762B2
    • 2014-09-09
    • US13201757
    • 2010-02-16
    • Takehiro AbeNaoki YasuraokaKatsutoshi ItoyamaHiroshi Okuno
    • Takehiro AbeNaoki YasuraokaKatsutoshi ItoyamaHiroshi Okuno
    • G06F17/00G10H1/16G10L25/90G10L21/013
    • G10H1/16G10H2210/066G10H2250/615G10L25/90G10L2021/0135
    • A system for timbral change, capable of changing timbres included in an existing music audio signal to arbitrary timbres. Replaced harmonic peak parameters are created by replacing a plurality of harmonic peaks included in harmonic peak parameters, which are stored in a separated audio signal analyzing and storing section 3 and indicate relative amplitudes of n-th order harmonic components of each tone generated by a musical instrument of a first kind, with harmonic peaks included in harmonic peak parameters, which are stored in a replacement parameter storing section 6 and indicate relative amplitudes of n-th order harmonic components of each tone generated by a musical instrument of a second kind and corresponding to each tone generated by the musical instrument of the first kind. A synthesized separated audio signal generating section 7 generates a synthesized separated audio signal for each tone using parameters other than the harmonic peak parameters and the replaced harmonic peak parameters.
    • 一种用于音乐变化的系统,能够将现有音乐音频信号中包含的音色改变为任意音色。 通过替换存储在分离的音频信号分析和存储部分3中的谐波峰值参数中包括的多个谐波峰值并且指示由音乐产生的每个音调的n次谐波分量的相对幅度来创建替换的谐波峰值参数 包含在谐波峰值参数中的谐波峰值的仪器,其存储在替换参数存储部分6中,并且指示由第二类乐器产生的每个音调的n次谐波分量的相对振幅,并且对应于 对于由第一种乐器产生的每个音调。 合成分离音频信号生成部分7使用除了谐波峰值参数和替换的谐波峰值参数之外的参数,为每个音调产生合成的分离音频信号。