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    • 6. 发明授权
    • Apparatus for generating musical tones using impulse response signals
    • 用于使用脉冲响应信号产生乐音的装置
    • US6031173A
    • 2000-02-29
    • US182643
    • 1998-10-30
    • Sayoko IkedaEiichi TamuraTakashi SuzukiKatsushi Ishii
    • Sayoko IkedaEiichi TamuraTakashi SuzukiKatsushi Ishii
    • G10H7/00G11C7/00
    • G10H7/002G10H2250/031G10H2250/235G10H2250/261
    • Some of the repetitively generated impulse response signals are inverted for their polarities, and particular harmonics only are erased/attenuated. The rate of generating the impulse response signals remains constant or changes relative to the pitch, and the tones of the fixed formant type or the tones of the moving formant type are selected. Both ends of the impulse response signals are cut off, whereby the impulse response signals are superposed one upon the other in a decreased amount, and the amount of operation decreases. A plurality of impulse response signals are synthesized to generate impulse response signals different from the impulse response signals of before being synthesized. The rate of generating the impulse response signals changes not in proportion to the pitch, and tones of the moving formant type or generated changing more mildly than a change in the pitch.
    • 一些重复产生的脉冲响应信号由于其极性而被反转,并且特定的谐波仅被擦除/衰减。 产生脉冲响应信号的速率保持恒定或相对于音调变化,并且选择固定共振峰类型的音调或移动共振峰类型的音调。 脉冲响应信号的两端被切断,由此脉冲响应信号以减少量彼此重叠,并且操作量减小。 多个脉冲响应信号被合成以产生不同于合成之前的脉冲响应信号的脉冲响应信号。 产生脉冲响应信号的速率与音调变化不成比例,并且移动共振峰类型的音调或产生的变化比音高的变化更温和。
    • 8. 发明授权
    • Electronic keyboard instrument
    • 电子键盘乐器
    • US07834262B2
    • 2010-11-16
    • US12329140
    • 2008-12-05
    • Eiichi Tamura
    • Eiichi Tamura
    • G10H1/34G10H1/28
    • G10H1/28
    • An electronic keyboard instrument which is capable of easily carrying out an arpeggio performance rich in variety by a simple operation on a touch strip. The electronic keyboard instrument has a belt-like touch strip on which a player slides his finger while touching it to carry out an arpeggio performance. A CPU causes musical tones of respective pitch names included in respective designated component pitch names to be sounded, in a predetermined arpeggio pattern having a predetermined sounding order, according to detected touch positions on the touch strip, for the arpeggio performance. A musical tone generating circuit for generating musical tones for the arpeggio performance is switched between first and second tone generator circuits for generating musical tones based on key-on information detected on swingable keys and a third tone generator circuit dedicated to generation of musical tones for the arpeggio performance.
    • 一种电子键盘乐器,能够通过简单的操作在触摸条上轻松实现丰富的琶音性能。 电子键盘乐器具有带状触摸条,玩家在其上滑动他的手指同时触摸它,以执行琶音演奏。 对于琶音性能,CPU根据检测到的触摸条上的触摸位置,使具有预定声音顺序的预定琶音模式以相应的指定音色名称包括的相应音高名称的音调发出声音。 用于产生用于琶音性能的乐音的乐音产生电路在第一和第二音调发生器电路之间切换,用于基于在可摆动键上检测到的键控信息产生乐音,以及专用于产生音调的第三乐音发生器电路 琶音表演。