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    • 81. 发明授权
    • Apparatus and method for generating melody
    • 用于产生旋律的装置和方法
    • US6100462A
    • 2000-08-08
    • US322450
    • 1999-05-28
    • Eiichiro Aoki
    • Eiichiro Aoki
    • G10H1/00G10H1/38G10H7/00
    • G10H1/0025G10H1/38G10H2210/145G10H2210/525G10H2210/576G10H2210/616
    • Key information designating a key for a tune to be composed and chord information designating chords for respective chord spans to constitute a chord progression for the tune are inputted to a melody generating apparatus. In the chord span to which a diatonic chord such as C major chord is designated, melody notes are generated using the scale notes of the inputted key, while in the chord span to which a nondiatonic chord such as DbM7 chord is designated, an available note scale is determined based on the key information and the chord information, and then melody notes are generated using the notes such as Ab Bb of the available note scale. As the notes which are neither the scale notes of the key nor the chord tones may be employed for a melody, the generated melody will have musical naturalness and fits the nondiatonic chords also.
    • 指定要组合的曲调的键的键信息和用于各个和弦的和弦的和弦信息构成用于乐曲的和弦进行的和弦信息被输入到旋律产生装置。 在指定了C主弦的全音阶和弦的和弦频段中,使用输入的键的缩放音符产生旋律音符,而在被指定了非平衡弦如DbM7和弦的弦弦中,可用音符 根据键信息和和弦信息确定音阶,然后使用可用音符刻度的Ab Bb等音符生成旋律音符。 由于既不是音调的音符也不能用于和弦音调,所产生的旋律将具有音乐自然性并且也适合于非音节和弦。
    • 83. 发明授权
    • Automatic arrangement apparatus for converting pitches of musical
information according to a tone progression and prohibition rules
    • 根据音调进度和禁止规则转换音乐信息音调的自动排列装置
    • US5561256A
    • 1996-10-01
    • US382569
    • 1995-02-02
    • Eiichiro AokiKazunori Maruyama
    • Eiichiro AokiKazunori Maruyama
    • G10H1/18G10G3/04G10H1/00G10H1/38G10H7/00H02M5/00
    • G10H1/38G10H2210/576
    • In an automatic arrangement apparatus having an accompaniment information memory for memorizing an accompaniment pattern, a specific basic part such as a melody part for arrangement of a musical tune, a chord progression and an arrangement condition are applied to select an accompaniment pattern conformed with the arrangement condition from the accompaniment information memory thereby to produce musical information in the form of a pattern sequence of plural parts relative to the basic part, and the pattern sequence of the plural parts is converted in tone pitch in accordance with the chord progression. In the automatic arrangement apparatus, a tone resulting in an inappropriate tone pitch difference for the arrangement of the musical tune is prohibited under a first prohibition rule related to a relationship between the plural pares, and a tone resulting in an inappropriate chord progression for the arrangement of the musical tune is prohibited under a second prohibition rule related to the chord progression. The musical information is corrected to appropriate musical information for the arrangement of the musical tune if the tone prohibited under the prohibition rules is included therein.
    • 在具有用于存储伴奏图案的伴奏信息存储器的自动排列装置中,应用诸如用于配置乐曲的旋律部分的特定基本部分,和弦进行和排列条件以选择符合该装置的伴奏图案 条件,从而以相对于基本部分的多个部分的图案序列的形式产生音乐信息,并且根据和弦进行将多个部分的图案序列转换成音调。 在自动排列装置中,在与多张纸张之间的关系相关的第一禁止规则和导致针对该装置的不适当和弦进行的音调的音调下,禁止导致用于音乐的排列的不适当音调差的音调 在与和弦进行相关的第二禁止规则下禁止音乐曲调。 如果禁止规则中禁止的音调被包括在内,则音乐信息被校正为用于音乐的布置的适当的音乐信息。
    • 84. 发明授权
    • Automatic arrangement device capable of easily making music piece
beginning with up-beat
    • 自动排列装置,能够轻松地以节拍开始制作音乐片段
    • US5492049A
    • 1996-02-20
    • US275139
    • 1994-07-14
    • Eiichiro AokiKazunori Maruyama
    • Eiichiro AokiKazunori Maruyama
    • G10H1/00G10H1/38G10H1/26G10H1/40
    • G10H1/0033Y10S84/12
    • In a pattern memory are stored plural performance patterns, each of which has one or more measures. Plural ones of the performance patterns are optionally selected and read out from the pattern memory, so as to make a music piece made up of time-series combinations of the selected performance patterns. The thus-made music piece is stored into a song memory. A suitable device such as a switch or a detector or a suitable process is employed to instruct to make a music piece in auftakt form. For this purpose, such a method may be employed, for instance, where it is detected that the melody part is in the form of an auftakt music piece, and in response to this detection, it is automatically instructed that the music piece made up of combinations of the performance patters should also be made in auftakt form. In accordance with this instruction, a part of a certain one-measure (last-measure, for example) performance pattern is read out from the pattern memory, and the read-out part of the one-measure performance pattern is added as an auftakt pattern to the beginning of the music piece to be made.
    • 在图案存储器中存储多个性能模式,每个性能模式具有一个或多个测量。 可选地,从图案存储器中选出并读取多个性能图案,以便制作由所选择的性能图案的时间序列组合构成的乐曲。 这样制作的乐曲被存储在歌曲存储器中。 采用诸如开关或检测器之类的合适的装置或者合适的过程来指示以自动形式制作音乐片段。 为此,可以采用这种方法,例如,在检测到旋律部分是自由音乐片段的形式的情况下,并且响应于该检测,自动指示由 性能模式的组合也应以auftakt形式进行。 根据该指令,从模式存储器中读出一定程度(例如最后一个测量例如)性能模式的一部分,并且将一个测量性能模式的读出部分作为auftakt 模式到音乐作品的开始。
    • 85. 发明授权
    • Automatic arrangement apparatus including backing part production
    • 自动排列装置,包括背部制作
    • US5484957A
    • 1996-01-16
    • US215790
    • 1994-03-22
    • Eiichiro AokiKazunori Maruyama
    • Eiichiro AokiKazunori Maruyama
    • G10H1/00G10H1/18G10H1/26G10H1/36G10H1/38G10H1/40
    • G10H1/36G10H1/38G10H2210/576G10H2210/616Y10S84/12Y10S84/22
    • In an automatic arrangement apparatus, a melody of a part of an original musical tune is memorized in a melody memory (4), chord data of the original musical tune is memorized in a chord progression memory (5), and a rhythm pattern in a rhythm pattern memory (12) is selected in accordance with the style and composition of the original musical tune. At a timing of a note code of the selected rhythm pattern, a top-note, an additional tone, a bass part and a drum part are produced. The top-note is produced by referring to a top-note table stored in a top-note table memory (15) and corresponds with the chord. The additional tone is produced in accordance with the top-note and the chord on a basis of a voicing table stored in a voicing table memory (16). The top-note and additional tone can be selected at a continuous two-tone pair.
    • 在自动排列装置中,将原始乐曲的一部分的旋律存储在旋律存储器(4)中,将原始乐曲的和弦数据存储在和弦进行存储器(5)中,并且将节奏模式 节奏模式存储器(12)根据原始乐曲的风格和构图被选择。 在所选择的节奏图案的音符代码的定时,产生顶音符,附加音,低音部分和鼓部分。 顶部笔记是通过参考存储在顶部笔记表存储器(15)中的顶部表格来生成的,并且对应于和弦。 根据存储在发音表存储器(16)中的发音表,根据前音和弦来产生附加音。 可以以连续的双音对选择顶音和附加音。
    • 86. 发明授权
    • Musical-tone control apparatus with means for inputting a bowing
velocity signal
    • 具有用于输入弯曲速度信号的装置的乐音控制装置
    • US5448008A
    • 1995-09-05
    • US349380
    • 1994-12-05
    • Tetsuo OkamotoEiichiro AokiSatoshi Usa
    • Tetsuo OkamotoEiichiro AokiSatoshi Usa
    • G10H1/055G10H1/12G10H5/00G10H1/18
    • G10H5/007G10H1/055G10H1/125G10H2220/161G10H2250/445G10H2250/515G10H2250/521
    • In order to simulate sounds of an acoustic musical instrument such as a bowed stringed instrument, an electronic musical instrument employs a musical tone control apparatus which at least contains an operating device and a detecting circuit. Herein, when operating the operating device which can be operated in a two-dimensional area, the detecting circuit detects operation information corresponding to an operating position or an operating displacement of the operating device. Then, velocity information is generated based on the operation information. Thereafter, a musical tone is generated in response to a musical characteristic corresponding to the velocity information under a condition where the operating device is now operating. Preferably, the operating device is configured by a digitizer on which surface an electronic pen is moved two-dimensionally by the performer. Thus, it is possible to impart the varied performance expression to the musical tone to be generated.
    • 为了模拟诸如弓弦乐器的声乐器的声音,电子乐器采用至少包含操作装置和检测电路的乐音控制装置。 这里,当操作能够在二维区域中操作的操作装置时,检测电路检测对应于操作装置的操作位置或操作位移的操作信息。 然后,基于操作信息生成速度信息。 此后,响应于在操作装置正在操作的状态下对应于速度信息的音乐特征产生乐音。 优选地,操作装置由数字化仪构成,在该表面上,电子笔由演奏者二维地移动。 因此,可以对要产生的乐音赋予变化的演奏表现。
    • 88. 发明授权
    • Automatic accompaniment apparatus with indexed pattern searching
    • 具有索引模式搜索的自动伴奏装置
    • US5393927A
    • 1995-02-28
    • US35683
    • 1993-03-23
    • Eiichiro Aoki
    • Eiichiro Aoki
    • G10H1/00G10H1/18G10H1/26G10H1/36G10H1/02
    • G10H1/36G10H2240/131Y10S84/04
    • An automatic accompaniment apparatus is provided with a pattern memory for storing a plurality of accompaniment patterns and a reference memory for storing a plurality of references corresponding to respective accompaniment patterns, each reference being representative of a characteristic feature of each corresponding accompaniment pattern. A panel board is provided for inputting a search condition representative of a desired characteristic feature. A CPU operates for searching the references of the reference memory according to the inputted search condition so as to select from the pattern memory a particular accompaniment pattern having the desired characteristic feature specified by the search condition. A tone generator is operated for automatically performing an accompaniment according to the selected accompaniment pattern.
    • 一种自动伴奏装置具有用于存储多个伴奏图案的图形存储器和用于存储对应于各个伴奏图形的多个参考的参考存储器,每个参考代表每个对应伴奏模式的特征特征。 提供面板用于输入表示期望特征的搜索条件。 CPU根据输入的搜索条件进行搜索参考存储器的参考,以便从模式存储器中选择具有由搜索条件指定的所需特征的特定伴奏模式。 操作乐音发生器以根据所选择的伴奏模式自动执行伴奏。
    • 89. 发明授权
    • Chord detecting device and automatic accompaniment device
    • 和弦检测装置和自动伴奏装置
    • US5296644A
    • 1994-03-22
    • US919306
    • 1992-07-24
    • Eiichiro Aoki
    • Eiichiro Aoki
    • G10H1/38
    • G10H1/383G10H2210/621Y10S84/22
    • A chord detecting device has memories for storing note data and a first chord of a first section in a bar, and a tonality data supplier. A chord in a second section of the bar is detected according to note data at the beginning of the second section of the bar, the tonality data and the first chord. The chord detecting device further includes a temporary chord detecting device for detecting the temporary chord at a beginning of the first section, and a fixed chord detecting device for detecting a fixed chord at the beginning of the second section. The temporary chord is detected by a fixed chord of a section immediately before, the tonality data and note data at the beginning of the first section, and the fixed chord is detected by note data within the first section, the tonality data and the temporary chord. An automatic accompaniment device includes the chord detecting device and an accompaniment device for generating accompaniment tones based on the temporary chord.
    • 和弦检测装置具有用于存储音符数据和条中的第一部分的第一和弦和音调数据供应器的存储器。 根据条的第二部分的开始处的音符数据,音调数据和第一和弦来检测条的第二部分中的和弦。 弦检测装置还包括临时弦检测装置,用于检测第一部分的开始处的暂时和弦,以及用于检测第二部分开始处的固定和弦的固定和弦检测装置。 临时和弦由紧接在前的部分的固定弦,第一部分开始处的音调数据和音符数据检测,固定和弦由第一部分内的音符数据,音调数据和暂时和弦 。 自动伴奏装置包括和弦检测装置和用于基于暂时和弦产生伴奏音的伴奏装置。
    • 90. 发明授权
    • Submultiple-related-frequency wave generator
    • 次多相波发生器
    • US4333374A
    • 1982-06-08
    • US133601
    • 1980-03-24
    • Takatoshi OkumuraAkira NakadaYasuji UchiyamaEiichiro AokiEiichi YamagaAkiyoshi Oya
    • Takatoshi OkumuraAkira NakadaYasuji UchiyamaEiichiro AokiEiichi YamagaAkiyoshi Oya
    • G10H1/18G10H5/06
    • G10H1/187Y10S84/11
    • A digital oscillator generates a basic pulse having a period which is a predetermined large number of times of a clock pulse period. During the basic pulse period are allotted a predetermined small number of time slots defining submultiple frequency channels. There is provided a shift register having the channel number of stages, each stage being assigned to each channel. The contents of the respective stages are changed at respectively different periods which are multiples of the basic pulse period. The contents are taken out timewise-serially, one at a time, stage by stage, and superimposed on the basic pulse to constitute a time-division-multiplexed wave data signal. The delivered signal is demultiplexed to form individual waves having respectively different frequencies which are submultiple-related to the frequency of the basic pulse. This generator is very suitable for electronic musical instruments, as a single line transmits plural wave data.
    • 数字振荡器产生具有时钟脉冲周期的预定次数的周期的基本脉冲。 在基本脉冲周期期间,分配有预定的少量定义多个频率信道的时隙。 提供了具有通道数级的移位寄存器,每个级被分配给每个通道。 分别在基本脉冲周期的倍数的不同时段改变各个级的内容。 按时间顺序排列内容,逐个逐个取出,叠加在基本脉冲上,构成时分复用波数据信号。 所递送的信号被解复用以形成具有与基本脉冲的频率相关的分别不同频率的各个波。 该发电机非常适合电子乐器,单线传输多波数据。