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    • 4. 发明授权
    • Automatic chord accompaniment for a guitar
    • 自动和弦伴奏吉他
    • US4295402A
    • 1981-10-20
    • US88978
    • 1979-10-29
    • Ralph DeutschLeslie J. Deutsch
    • Ralph DeutschLeslie J. Deutsch
    • G10H1/00G10H1/38G10H1/40G10H3/18G10F1/00
    • G10H3/18G10H1/38G10H1/40G10H2210/596G10H2210/601G10H2210/621Y10S84/22Y10S84/30
    • In an electrical tone generator apparatus is provided for automatically selecting one of a library of chord types which is closest to a chord fingered on a fretted string instrument. The closest decision is made by processing the fingered fret input data by a set of matched filters each of which corresponds to a member of the library of chord types. The chord type decision is made to correspond to the matched filter producing the maximum output response. The selection between chord types yielding equal responses is resolved by priority logic based upon the frequency of chord usage. A root note is chosen for each chord type. Note keying data is generated from the selected chord types which is transposed to the correct musical pitches in response to the chosen root note. The note keying data is grated by an automatic rhythm generator and the output is used to actuate electronic musical tone generators.
    • 在提供一种电音乐发生器装置中,用于自动选择最接近于弦乐器上的弦的弦类型的一个。 最接近的决定是通过一组匹配的滤波器来处理手指输入数据,每个匹配滤波器对应于和弦类型的库的成员。 和弦类型决定对应于产生最大输出响应的匹配滤波器。 通过基于和弦频率的优先级逻辑来解决产生相等响应的和弦类型之间的选择。 为每个和弦类型选择根音。 从所选择的和弦类型生成注释键控数据,该弦乐类型根据所选择的根音符被转置到正确的乐曲。 音符键控数据由自动节奏发生器磨碎,输出用于启动电子音乐发生器。
    • 6. 发明授权
    • Constant speed polyphonic portamento system
    • 恒速复音手段系统
    • US4354414A
    • 1982-10-19
    • US203021
    • 1980-11-03
    • Ralph DeutschLeslie J. Deutsch
    • Ralph DeutschLeslie J. Deutsch
    • G10H7/08G10H1/053G10H1/26G10H7/00G10H1/02
    • G10H7/008G10H2210/221
    • A keyboard operated electronic musical instrument with polyphonic portamento and glissando effects in which each key controls one of a number of tone generators through a table of frequency numbers. The frequency transitions are achieved by subtracting the frequency number of a new note from the frequency number controlling the current frequency of an assigned tone generator. A predetermined fraction of the difference is stored in increment registers and added successively to the frequency numbers of the current notes until these numbers are equal to the frequency number of the new note. The addition rate, which determines the frequency transition time, is adjustable by means of a variable frequency time clock. The assignment of the tone generators to the actuated keyswitches is accomplished in a manner which prevents objectionable frequency cross-over transitions even when the number of notes in successive chords is changed.
    • 键盘操作的电子乐器,具有复音音色和格里松特效果,其中每个键通过频数表控制多个乐音发生器中的一个。 通过从控制分配的音调发生器的当前频率的频率号中减去新音符的频率数来实现频率转换。 差异的预定分数存储在增量寄存器中,并且连续地添加到当前音符的频率号,直到这些数字等于新音符的频率数。 确定频率转换时间的加法率可通过可变频率时钟调节。 音调发生器对致动的钥匙开关的分配以防止不利的频率交叉转换的方式实现,即使连续和弦中的音符的数量改变。
    • 7. 发明授权
    • Orchestra chorus in an electronic musical instrument
    • 乐团合唱电子乐器
    • US4342248A
    • 1982-08-03
    • US218884
    • 1980-12-22
    • Ralph DeutschLeslie J. Deutsch
    • Ralph DeutschLeslie J. Deutsch
    • G10H7/08G10H1/10G10H1/22G10H7/06G10H1/02
    • G10H1/10G10H7/06G10H2240/145Y10S84/02Y10S84/04
    • A keyboard operated electronic musical instrument in which a number of tone generators are assigned to actuated keyswitches. When a keyswitch is actuated, a tone generator is assigned with a musical waveshape selected from a library of waveshapes which are ordered in a predetermined arrangement. The assignment of waveshapes is made in a priority order according to the musical frequencies associated with the actuated keyswitches so that a chorus effect is obtained in which each note of a group of simultaneous notes has its own tone color. The assignment of waveshapes is made in an adaptive manner so that the melody line retains its own distinctive sound even when the number of notes played simultaneously on a keyboard changes. Vibrato effects can selectively be applied to any of the set of waveshapes.
    • 一种键盘操作的电子乐器,其中多个音调发生器分配给致动的钥匙开关。 当钥匙开关被致动时,乐音发生器被分配有从按照预定布置排列的波形库中选择的音乐波形。 波形的分配根据与致动的键开关相关联的音乐频率以优先顺序进行,使得获得合唱效果,其中一组同时音符的每个音符具有其自己的音色。 波形的分配是以自适应的方式进行的,因此即使在键盘上同时播放的音符数量发生变化时,旋律线也保留其自己独特的声音。 振动效应可以选择性地应用于任何一组波形。
    • 9. 发明授权
    • Selectable automatic arpeggio for electronic musical instrument
    • 电子乐器可选自动琶音
    • US4191081A
    • 1980-03-04
    • US904733
    • 1978-05-11
    • Ralph DeutschLeslie J. Deutsch
    • Ralph DeutschLeslie J. Deutsch
    • G10H1/38G10H1/00G10H1/28G10H5/00
    • G10H1/28Y10S84/22
    • An automatic arpeggio for a keyboard-operated instrument in which a tone generator is assigned to a key when the key is actuated, the fundamental frequency of the assigned tone generator being determined by octave and note data stored as a control word in a memory in response to operation of the key. On keying the different notes of the arpeggio chord on the keyboard and activating an arpeggio Load switch, a control word is loaded in the memory for each key of the arpeggio chord, the words being coded to identify the value of the note and the sequence number of the note in the arpeggio chord. The arpeggio chord control words in memory are transferred one at a time to a tone generator in a sequence according to the stored sequence numbers of the control words. Arithmetic means, in synchronism with an arpeggio clock, generates note sequence numbers by which the control words are addressed in memory. The note value is transferred to the tone generator together with octave information from the arithmetic means. The tone generator, in response to the octave and note information received with each control word, generates the corresponding tone. The arithmetic unit changes the note sequence number for addressing a different control word of the arpeggio chord with each arpeggio clock. The arithmetic unit is capable of modifying the note number and the octave number in various types of sequences under the selective control of the musician.
    • 一种用于键盘操作乐器的自动琶音,其中当琴键被启动时,音调发生器被分配给琴键,所分配的乐音发生器的基本频率由八度音程确定,音符数据作为响应中的控制字存储在存储器中 关键的操作。 在键盘上键入琶音和弦的不同音符并激活琶音负载开关时,对于琶音和弦的每个键,控制字被加载到存储器中,这些字被编码以识别音符的值和序列号 在琶音和弦中的音符。 存储器中的琶音和弦控制字根据存储的控制字的序列号一次一个地传送到音调发生器。 算术意味着,与琶音时钟同步,产生记忆序列号,控制字在存储器中被寻址。 音符值与算术装置的八度音信息一起被传送到音调发生器。 音调发生器响应于与每个控制字接收的倍频程和音符信息,产生相应的音调。 运算单元用每个琶音时钟改变用于寻址琶音和弦的不同控制字的音符序列号。 算术单元能够在音乐家的选择性控制下以各种类型的序列来修改音符号和八度音程。
    • 10. 发明授权
    • ADSR envelope generator
    • ADSR包络发生器
    • US4079650A
    • 1978-03-21
    • US652217
    • 1976-01-26
    • Ralph DeutschLeslie J. Deutsch
    • Ralph DeutschLeslie J. Deutsch
    • G10H1/057G10H1/18G10H7/00G10H7/12
    • G10H7/12G10H1/057
    • A single amplitude curve generator is time shared amongst a plurality of musical tone generators for controlling their musical shapes. The curve generator creates a wide variety of envelope characteristics by implementing a recursive computation algorithm for selected choices of a single curve shape parameter coupled with the use of a collection of timing clocks used to vary the time intervals associated with the attack, decay, and release regions of the musical tone envelope. Provision is made for forcing the release of a tone generator when a limited number of tone generators have been completely assigned in a keyboard musical instrument and a new note key switch is actuated. Note release signals can be ignored until the amplitude curve generator has completed the attack and decay regions for a given tone generator.
    • 单个幅度曲线发生器在用于控制其音乐形状的多个乐音发生器之间被共享。 曲线发生器通过为选择的单个曲线形状参数的选择实现递归计算算法来产生各种各样的包络特征,结合使用用于改变与攻击,衰减和释放相关联的时间间隔的定时时钟的集合 音乐信号的区域。 当限制数量的音调发生器已经完全分配到键盘乐器中并且启动新的音符键开关时,提供强制释放音调发生器。 注释释放信号可以被忽略,直到幅度曲线发生器完成给定音调发生器的攻击和衰减区域为止。