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    • 71. 发明申请
    • MUSICAL TONE CONTROL DEVICE, SYSTEM AND PROCESS
    • 音乐控制设备,系统和过程
    • US20130145923A1
    • 2013-06-13
    • US13651295
    • 2012-10-12
    • Roland Corporation
    • Ryo Susami
    • G10H7/00
    • G10H1/348G10H3/146G10H7/02G10H2230/331
    • A musical tone control device capable of generating a hi-hat sound intended by the performer operates such that, when striking surface position information corresponds to a first position, instructions are provided to stop generating a musical tone with a first timbre (or that satisfies another predetermined condition), when the striking surface position has reached a predetermined second position higher than the first position after instructions are provided to generate the musical tone. Since, the performer's intention is reflected in the transition state of the striking surface position, a musical tone according to the performer's intention can be generated.
    • 能够产生由演奏者预期的hi hat声音的乐音控制装置进行操作,使得当打击表面位置信息对应于第一位置时,提供指令以停止产生具有第一音色(或满足另一个音色)的乐音 预定条件),当提供指令以产生乐音时,当打击表面位置已经达到高于第一位置的预定第二位置时。 由于表演者的意图反映在打击表面位置的过渡状态中,所以可以产生根据表演者意图的乐音。
    • 72. 发明申请
    • Vocoder system and method for vocal sound synthesis
    • 声音合成的声码器系统和方法
    • US20040260544A1
    • 2004-12-23
    • US10806662
    • 2004-03-23
    • Roland Corporation
    • Tadao Kikumoto
    • G10L019/12
    • G10L19/0204G10H1/125G10H5/005G10H2250/111G10H2250/235G10H2250/491G10H2250/501G10L25/15G10L2021/0135
    • A vocoder system for improving the performance expression of an output sound while lightening the computational load. The system includes formant detection means and division means in which the center frequencies have been fixed. The modulation level with which the levels of each of the frequency bands that have been divided in the division means are set by a setting means based on the levels of each of the frequency bands that correspond to those that have been detected in the formant detection means and formant information with which the formants are changed. Therefore, it is possible to improve the performance expression of the output sound with a light computational load and without the need to calculate and change the filter figure of each filter for each sample in order to change the center frequency and bandwidth of each of the filters comprising the division means.
    • 一种用于改善输出声音的性能表达同时减轻计算负荷的声码器系统。 该系统包括共振峰检测装置和分割装置,其中中心频率已被固定。 基于与在共振峰检测装置中检测到的那些频带相对应的每个频带的电平,由设定装置设定在分割装置中分割的每个频带的电平的调制电平 和共同体改变的共振峰信息。 因此,可以以轻的计算负荷提高输出声音的性能表现,并且不需要计算和改变每个样本的每个滤波器的滤波器图,以便改变每个滤波器的中心频率和带宽 包括分割装置。
    • 73. 发明申请
    • Electronic percussion instrument
    • 电子打击乐器
    • US20040255764A1
    • 2004-12-23
    • US10817771
    • 2004-04-02
    • ROLAND CORPORATION
    • Chiharu MoriKazuaki Inoue
    • G11C005/00G10H007/00G10H001/18G10H003/12
    • G11C7/16G10H3/146G10H2230/281G11C2207/16
    • An electronic percussion instrument samples an input waveform. An unused waveform number may be automatically assigned to the sampled waveform upon sampling or when a user-specified waveform number is already in use for another waveform. Musical time parameters for the input waveform may be specified in advance of sampling, and an endpoint for the sampled waveform may be automatically set in response to a stop sampling command so that length of the waveform is a whole number of musical time units such as bars or beats. The endpoint of the sampled waveform may be set to the beginning or the end of the musical time unit during which the stop command is received, depending on the time at which the stop command is received. The sampled waveform may be edited by manually moving the starting point by a specified amount and automatically moving the end point by a corresponding amount, by changing the specified tempo of the waveform, or by specifying a different number of musical time units.
    • 电子打击乐器对输入波形进行采样。 在采样时或当用户指定的波形数已经用于另一波形时,未使用的波形号可以自动分配给采样波形。 输入波形的音乐时间参数可以在采样之前指定,并且可以响应于停止采样命令自动设置采样波形的端点,使得波形的长度是诸如条形的音乐时间单位的整数 或节拍。 可以根据接收到停止命令的时间将取样波形的端点设置为接收停止命令的音乐时间单位的开始或结束。 可以通过手动将起点移动指定量并通过改变指定的波形速度或者指定不同数量的音乐时间单位来自动移动终点相应的量来编辑采样波形。