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    • 67. 发明授权
    • Sound insulation electronic pad for bass drum of jazz drum set
    • 用于爵士鼓套装低音鼓的隔音电子垫
    • US09263009B2
    • 2016-02-16
    • US14624315
    • 2015-02-17
    • Chun-Ming Lee
    • Chun-Ming Lee
    • G10F1/08G10H3/00G10D13/02G10D13/00
    • G10D13/024G10D13/006G10D13/022G10D13/029
    • The present disclosure illustrates a sound insulation electronic pad for a bass drum of a jazz drum set. The electronic pad is assembled with a drum frame of the bass drum of the jazz drum set by a support structure, and located between a drumhead of the bass drum and a drum pedal. The electronic pad does not contact with the drumhead of the bass drum. When the electronic pad is knocked by the drumstick and the drumhead of the bass drum is not knocked by the drumstick, the electronic pad and an external trigger module simulate an electronic drum sound of the bass drum and output the electronic drum sound via an output device such as earphones or a loudspeaker. Therefore, the electronic pad of the present disclosure can be used to remodel the bass drum of the jazz drum set as an electronic drum.
    • 本公开示出了用于爵士鼓组的低音鼓的隔音电子垫。 电子垫与由支撑结构设置的爵士鼓的低音鼓的鼓框组装在一起,并且位于低音鼓的鼓头和鼓踏板之间。 电子垫不与低音鼓的鼓头接触。 当电子垫被鼓槌敲击并且低音鼓的鼓槌不被鼓槌撞击时,电子垫和外部触发模块模拟低音鼓的电子鼓声音,并经由输出装置输出电子鼓声音 例如耳机或扬声器。 因此,本公开的电子垫可以用于改造设置为电子鼓的爵士鼓的低音鼓。
    • 69. 发明申请
    • DEVICE FOR MONITORING USE ACCURACY OF PERCUSSION INSTRUMENTS
    • 用于监测使用仪表精度的装置
    • US20150310841A1
    • 2015-10-29
    • US14647950
    • 2013-11-26
    • Alberto SEMENZATO
    • Alberto SEMENZATO
    • G10D13/02
    • G10D13/029
    • A device (1) for monitoring the use accuracy of percussion instruments (5) which includes a sensor (3) intended to detect musical data (T, I) from said instrument (5), an electronic device (9) adapted to sample at a sampling frequency Fc the musical data (T, I) detected by said sensor (3), which comprise the instant (T), detected with respect to an initial instant T0 taken as a reference, and the intensity (I) of each stroke that reaches the percussion instrument (5) during an execution of a musical score (PMS) played by a user (100), and adapted to store said musical data (T, I) in a memory device (11). An external computing device (19) having a database (50) containing at least one musical sample score (PMC) intended to be considered as a reference score, or a microprocessor (6) comprised in the electronic device (9), compares the musical data (T, I) detected by the sensor (3) during the execution of a played musical score (PMS) by a user (100) with the corresponding musical data (Tc, Ic) of the musical sample score (PMC), and provides the deviation between the measured musical data (T, I) of the played musical score (PMS) and the corresponding ones (Tc, Ic) of the musical sample score (PMC).
    • 一种用于监测打击乐器(5)的使用精度的装置(1),其包括用于从所述仪器(5)检测音乐数据(T,I)的传感器(3),适于在 由所述传感器(3)检测到的音乐数据(T,I)的采样频率Fc,其包括相对于作为参考的初始时刻T0检测到的时刻(T),以及每个笔画的强度(I) 在执行用户(100)播放的乐谱(PMS)期间到达打击乐器(5),并且适于将所述音乐数据(T,I)存储在存储装置(11)中。 具有数据库(50)的外部计算装置(19)包含至少一个旨在被认为是基准分数的音乐样本分数(PMC)或包含在该电子设备(9)中的微处理器) 在使用者(100)执行播放乐谱(PMS)期间由传感器(3)检测到的具有音乐样本得分(PMC)的相应音乐数据(Tc,Ic)的数据(T,I)以及 提供所播放乐谱(PMS)的测量音乐数据(T,I)与乐曲分数(PMC)的对应音乐数据(Tc,Ic)之间的偏差。