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    • 7. 发明授权
    • Recording or playback apparatus and musical piece detecting apparatus
    • 记录或播放装置和乐曲检测装置
    • US07745714B2
    • 2010-06-29
    • US12053647
    • 2008-03-24
    • Satoru MatsumotoYuji YamamotoTatsuo Koga
    • Satoru MatsumotoYuji YamamotoTatsuo Koga
    • G10H1/00
    • G10H1/0008G10H2210/046G10H2210/066G10H2240/061
    • Provided is a recording or playback apparatus capable of separating a musical piece from an audio including the musical piece and a speech through a simple arithmetic process. A cut point detector detects, as a cut point, a time point at which an audio signal level or an amount of change in the audio signal level is not lower than a predetermined value. A frequency characteristic amount calculator calculates a characteristic amount in a frequency area of the audio signal only at each cut point and in its proximity. A cut point judging unit judges an attribute of the cut point on a basis of the calculated characteristic amount of the frequency. A music section detector detects a start and end points of each music section on a basis of the attribute and an interval between sampling points.
    • 提供了一种能够通过简单的算术处理将音乐作品与包括音乐作品的音频和语音分离的记录或重放装置。 切点检测器检测音频信号电平或音频信号电平的变化量不低于预定值的时间点作为切点。 频率特征量计算器仅在每个切割点和其接近处计算音频信号的频率区域中的特征量。 切点判定部基于计算出的频率特征量来判断切断点的属性。 音乐部分检测器基于属性和采样点之间的间隔检测每个音乐部分的开始和结束点。
    • 10. 发明申请
    • IMAGE SENSING DEVICE
    • 图像传感装置
    • US20120060614A1
    • 2012-03-15
    • US13228507
    • 2011-09-09
    • Masahiro YOSHIDATomoki OkuTatsuo KogaKazuma HaraHisatoshi OomaeHideto Shimaoka
    • Masahiro YOSHIDATomoki OkuTatsuo KogaKazuma HaraHisatoshi OomaeHideto Shimaoka
    • G01N29/00
    • H04N5/772
    • An image sensing device according to the present invention includes: an optical portion that is driven to form an optical image in any state; a sensor portion that acquires, as an image signal, the optical image formed by the optical portion; a sound collection portion that acquires an acoustic signal by collecting sound; an image sensing environment determination portion that determines an image sensing environment which is an environment under which the sensor portion acquires the image signal; and an operation determination portion that determines, based on the image sensing environment determined by the image sensing environment determination portion, at least one of a drive speed of the optical portion and a method of processing the acoustic signal acquired by the sound collection portion when the optical portion is driven.
    • 根据本发明的图像感测装置包括:被驱动以形成任何状态的光学图像的光学部分; 获取由所述光学部分形成的光学图像作为图像信号的传感器部分; 声音收集部分,通过收集声音来获取声学信号; 图像感测环境确定部分,其确定作为所述传感器部分获取所述图像信号的环境的图像感测环境; 以及操作确定部分,其基于由所述图像感测环境确定部分确定的图像感测环境,确定所述光学部分的驱动速度和处理由所述声音收集部分获取的所述声学信号的方法中的至少一个, 光学部分被驱动。