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    • 1. 发明授权
    • Vocoder system and method for vocal sound synthesis
    • 声音合成的声码器系统和方法
    • US07933768B2
    • 2011-04-26
    • US10806662
    • 2004-03-23
    • Tadao Kikumoto
    • Tadao Kikumoto
    • G10L19/14G10L11/04G10L19/06G10L21/00
    • 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划分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。
    • 2. 发明申请
    • SOUND PROVIDING SYSTEM
    • 声音提供系统
    • US20090097675A1
    • 2009-04-16
    • US12252315
    • 2008-10-15
    • Tadao KikumotoTadashi NakayamaMitsuhiro Umeta
    • Tadao KikumotoTadashi NakayamaMitsuhiro Umeta
    • H03G3/00
    • H04H60/04
    • A performance sound supplying system includes a plurality of performer amplifiers that are disposed adjacent to performers of musical instruments positioned at different locations on a stage and reproduces supplied performance sound signals as sounds. Plural performance sound signals provided by the guitar, the keyboard, the base and the drum set performed by the performers are supplied to the mixer. A mixer is provided to render a sound volume balance adjustment on each of the supplied performance sound signals based on operations of an operator located on the audience seat side, and supplies the performance sound signals to the performer amplifiers corresponding to the performance sound signals. The mixer also supplies, based on operations by the operator, at least one of the performance sound signals to a non-corresponding performer amplifier among the performer amplifiers.
    • 一种演奏声音提供系统包括多个执行放大器,其被布置为与位于舞台上的不同位置处的乐器的执行者相邻,并且再现作为声音的所提供的演奏声音信号。 由演奏者执行的由吉他,键盘,基座和鼓组提供的多个演奏声音信号被提供给混音器。 提供了一种混合器,用于基于位于观众座位侧的操作员的操作,对所提供的演奏声音信号中的每一个呈现音量平衡调节,并将演奏声音信号提供给与演奏声音信号对应的演奏者放大器。 混频器还根据操作者的操作将表演声音信号中的至少一个提供给演奏者放大器中的非对应的演奏者放大器。
    • 3. 发明授权
    • Waveform generating device
    • 波形发生装置
    • US07396989B2
    • 2008-07-08
    • US10821639
    • 2004-04-09
    • Tadao Kikumoto
    • Tadao Kikumoto
    • G10H7/00G11C
    • G10H7/02G10H1/40G10H2210/385
    • To compose a series of musical tones, a waveform generating device reads out a plurality of time axis segments of waveform data in optional order by compressing or expanding the segments of waveform data in conformance with performance data. With the waveform generating device of the present invention, first performance data are updated in conformance with tempo alterations of second performance data. Based on the updating, a time compression and expansion percentage of each waveform data segment is derived. In those cases where there have been performance tempo alterations, the waveform data can be generated in conformance with the tempo alterations.
    • 为了组合一系列乐音,波形生成装置通过按照性能数据压缩或扩展波形数据的段,以任选的顺序读出波形数据的多个时间轴段。 利用本发明的波形发生装置,根据第二演奏数据的速度变化更新第一演奏数据。 基于更新,导出每个波形数据段的时间压缩和扩展百分比。 在出现演奏速度变化的情况下,波形数据可以根据速度变化生成。
    • 4. 发明授权
    • Method and apparatus for waveform reproduction
    • US06646194B2
    • 2003-11-11
    • US09894324
    • 2001-06-28
    • Tadao Kikumoto
    • Tadao Kikumoto
    • G10H700
    • G10H7/02G10H2220/161
    • A waveform reproduction apparatus providing an intuitive way to operate controllers corresponding to musical time quantities such as beats and bars. The apparatus includes a first storage means for storing a series of waveform data; an input means for inputting location information corresponding to movement on a surface; a second storage means for storing position information corresponding to delimiters between segments of the waveform data stored in the first storage means, the waveform data having been divided into a multiple number of segments, and for storing corresponding position information indicating a position along the surface indicated by the surface movement data; a position information generation means, wherein the position information for the waveform data stored in the first storage means is generated from the corresponding position information stored in the second storage means in accordance with the positions that are indicated by the location information input by the input means; and waveform formation means for forming musical tones from waveform data stored in the first storage means in accordance with pitches that correspond to pitch information that has been specified and corresponding to the position information generated by the position information generation means.
    • 6. 发明授权
    • Position sensing device
    • 位置检测装置
    • US07902448B2
    • 2011-03-08
    • US12329532
    • 2008-12-05
    • Tadao KikumotoMitsuhiro Umeta
    • Tadao KikumotoMitsuhiro Umeta
    • G10H1/00
    • G01D5/342G10H1/344G10H2220/305G10H2220/411
    • A method, operation position sensor device for an electronic musical, and musical instrument for detecting an operation position of an operation member in an electronic musical instrument. A determination is made of an amount of measured light resulting from the depression of the operation member has changed in excess of a predetermined difference value a number of times. A determination is made of a difference value of clock counts measured at a last two determinations that the measured light changed in excess of the predetermined difference value in response to determining that the amount of the measured light has changed in excess of the predetermined difference value the number of times. The difference value is converted to a key depression speed. A sound generation command is issued based on the key depression speed to a sound source.
    • 一种用于电子乐器的方法,操作位置传感器装置,以及用于检测电子乐器中的操作构件的操作位置的乐器。 确定由操作构件的按下所产生的测量光的量已经超过预定的差值而变化了多次。 确定在最后两次确定时测量的时钟计数的差值,测量的光响应于测量的光的量已经超过预定的差值而变化超过预定的差值 次数。 差值被转换成键按压速度。 基于声源的按键速度发出声音生成命令。
    • 7. 发明申请
    • Waveform generating device
    • 波形发生装置
    • US20050081700A1
    • 2005-04-21
    • US10821639
    • 2004-04-09
    • Tadao Kikumoto
    • Tadao Kikumoto
    • G10H1/00G10H1/40G10H7/02G11C5/00G10H7/00
    • G10H7/02G10H1/40G10H2210/385
    • To compose a series of musical tones, a waveform generating device reads out a plurality of time axis segments of waveform data in optional order by compressing or expanding the segments of waveform data in conformance with performance data. With the waveform generating device of the present invention, first performance data are updated in conformance with tempo alterations of second performance data. Based on the updating, a time compression and expansion percentage of each waveform data segment is derived. In those cases where there have been performance tempo alterations, the waveform data can be generated in conformance with the tempo alterations.
    • 为了组合一系列乐音,波形生成装置通过按照性能数据压缩或扩展波形数据的段,以任选的顺序读出波形数据的多个时间轴段。 利用本发明的波形发生装置,根据第二演奏数据的速度变化更新第一演奏数据。 基于更新,导出每个波形数据段的时间压缩和扩展百分比。 在出现演奏速度变化的情况下,波形数据可以根据速度变化生成。
    • 8. 发明授权
    • Waveform reproduction apparatus
    • 波形再现设备
    • US06323797B1
    • 2001-11-27
    • US09412201
    • 1999-10-05
    • Tadao KikumotoAtsushi HoshiaiSatoshi Kusakabe
    • Tadao KikumotoAtsushi HoshiaiSatoshi Kusakabe
    • H03M166
    • G11B20/10527G11B20/00007G11B27/038
    • To make possible the smooth compression and expansion of an audio signal without directly culling out or repeating a prescribed segment of the audio signal, in other words, the waveform, by the use of a phase vocoder format and, together with this, making it possible to compress and expand an audio signal that has an abundance of changes. The system includes a storage device in which the data regarding the changes in the amplitude and the frequency of the waveform that accompany the passage of time are stored. The system also includes a time position data generator in which the time position data that indicate the time positions that change such that the time positions of the waveform retrace the passage of time are generated in order. The system also includes a waveform reproducer in which, from the storage means, the amplitude and the frequency data that correspond to the time position of the waveform that indicates the time position data that are generated by the time position data generating means are read out and a waveform that is based on said read out amplitude and frequency is output.
    • 为了使音频信号的平滑压缩和扩展成为可能,而不直接剔除或重复音频信号的规定段,换句话说,通过使用相位声码器格式的波形,并且与此一起使得它成为可能 压缩和扩展具有丰富变化的音频信号。 该系统包括存储装置,在存储装置中存储伴随时间的波形的振幅和频率的变化的数据。 该系统还包括一个时间位置数据发生器,其中指示时间位置数据改变,使得波形的时间位置按时间顺序回溯。 该系统还包括波形再现器,其中从存储装置读出对应于指示由时间位置数据产生装置生成的时间位置数据的波形的时间位置的振幅和频率数据,以及 输出基于所述读出的振幅和频率的波形。
    • 9. 发明授权
    • Synchronizing signal generator for musical instrument
    • 乐器同步信号发生器
    • US4694724A
    • 1987-09-22
    • US747555
    • 1985-06-21
    • Tadao KikumotoIsato Murakami
    • Tadao KikumotoIsato Murakami
    • G10H1/00G10H1/40G11B31/02G10H1/42
    • G10H1/40G10H1/005G10H1/0066G10H2240/325Y10S84/29
    • In a synchronized sound recording and reproducing system including a tape recorder to playback a tape carrying time code information indicative of particular longitudinal locations of the tape, a sequencer having sound information programmed therein and a manually operated tapping key to be tapped by an operator to produce heat signals, a synchronizing signal generator for providing synchronism between the base sounds reproduced from the tape and the additional sounds reproduced from the sound information memorized in the sequencer, comprising beat interval detecting means operative to detect, on the basis of the time code information from the tape, the time intervals between the successive beat signals produced by the beat signal generating means, and rhythm information generating means for generating rhythm information based on the pattern of the time intervals.
    • 在包括磁带录音机的同步录音和再现系统中,播放携带指示磁带的特定纵向位置的时间码信息的磁带,具有编程在其中的声音信息的定序器和由操作员轻拍的手动操作的敲击键 热信号,用于提供从磁带再现的基本声音之间的同步的同步信号发生器和从存储在定序器中的声音信息再现的附加声音,包括拍频间隔检测装置,用于根据来自 磁带,由节拍信号产生装置产生的连续节奏信号之间的时间间隔,以及用于基于时间间隔的模式产生节奏信息的节奏信息产生装置。
    • 10. 发明授权
    • Synchronizing signal generator
    • 同步信号发生器
    • US4566362A
    • 1986-01-28
    • US629561
    • 1984-07-10
    • Tadao Kikumoto
    • Tadao Kikumoto
    • G10H1/00G10H1/40G10F1/00
    • G10H1/40G10H2240/325Y10S84/12
    • A synchronizing signal generator generates synchronizing signals in synchronism with the performance of a musical piece even from an intermediate point of the musical piece. More specifically, upon actuation of a manual switch (102) in accordance with a musical piece, a code signal corresponding to a beat number is recorded in a tape recorder (200). At the same time, a clock counter (112) counts clock pulses during a period of time from the point where a code signal corresponding to the beat number is received to the point where the next succeeding code signal is received. A CPU (105) divides a count value of the clock counter by a predetermined numerical value so that a value obtained by the division is stored in a memory (114). When the recorded code signal is reproduced and applied to an input terminal (101), the CPU identifies a beat number from the reproduced code signal and delivers a step number signal corresponding to the beat number and a sequencer start signal to a sequencer (300). During a period of time from an identification of a beat number to the identification of the next succeeding beat number, the clock counter counts clock pulses and the CPU provides synchronizing signals when a count value of the clock counter becomes equal to the value stored in the memory.
    • 同步信号发生器即使从音乐作品的中间点也与乐曲的演奏同步地产生同步信号。 更具体地说,在按照音乐作品启动手动开关(102)时,对应于拍子数的代码信号被记录在磁带录放机(200)中。 同时,时钟计数器(112)在从接收到与拍子数相对应的代码信号的点到接收下一个后续代码信号的时间段的时间段中对时钟脉冲进行计数。 CPU(105)将时钟计数器的计数值除以预定数值,使得通过除法获得的值被存储在存储器(114)中。 当记录的代码信号被再现并被施加到输入端(101)时,CPU根据再现的代码信号识别出跳动数,并将与跳数和定序器起始信号相对应的步数信号传递给定序器(300) 。 在从识别拍子号到下一个后续拍号的识别的时间段期间,时钟计数器对时钟脉冲进行计数,并且当时钟计数器的计数值变得等于存储在时钟计数器中的值时,CPU提供同步信号 记忆。