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    • 72. 发明授权
    • Tone generating circuitry for reading out one-shot and sustaining
waveforms
    • 用于读出单稳态和持续波形的音调发生电路
    • US5288940A
    • 1994-02-22
    • US4386
    • 1993-01-14
    • Gen Izumisawa
    • Gen Izumisawa
    • G10H1/02G10H7/02G10H1/057G10H1/46
    • G10H1/02G10H7/02
    • A tone generating apparatus which comprises a wave memory in which first tone waveform data with a preselected length extracted from an attack portion of a musical tone and second tone waveform data with a preselected length following the first tone waveform data and having a value of zero are stored. A read circuit reads the first tone waveform data only once from the wave memory and subsequently reads the second tone waveform data repeatedly. A tone generator generates a musical tone based on the tone waveform data read out by the read circuit. In reading out tone waveform data from the wave memory, the first tone waveform data is read out first, followed by repetitive reading of only the second tone waveform data.Repetitive reading of the second tone waveform data produces no sound because the contents of the second tone waveform data are zero. Thus, this system performs a function equivalent to tone release effected by reading out a one-shot waveform.
    • 一种乐音产生装置,包括:波形存储器,其中具有从音乐的攻击部分提取的预选长度的第一音调波形数据和具有第一音调波形数据并具有零值的预选长度的第二音调波形数据, 存储。 读取电路从波形存储器读取一次第一音调波形数据,然后重复读取第二音调波形数据。 音调发生器基于由读取电路读出的乐音波形数据产生乐音。 在从波形存储器中读出音调波形数据时,首先读出第一音调波形数据,然后重复读取第二音调波形数据。 第二音波形数据的重复读数不产生声音,因为第二音波形数据的内容为零。 因此,该系统通过读出单触发波形执行等同于音调释放的功能。
    • 73. 发明授权
    • Automatic performance device
    • 自动演奏装置
    • US5270477A
    • 1993-12-14
    • US843728
    • 1992-02-28
    • Susumu Kawashima
    • Susumu Kawashima
    • G10H1/00G10H1/24G10H1/36G10H1/40G10H1/02G10H1/06G10H1/46
    • G10H1/40G10H1/0041Y10S84/12
    • Header control data for setting various characteristics of an automatic performance tone such as tone color, tone volume, tempo, effect and the like are stored in a header portion of a memory. The header control data are loaded into a buffer register, and various characteristics of an automatic performance tone to be generated are established on the basis of the header control data stored in the buffer register. In response to activation of a changing operator, the header control data in the buffer register are changed and a hence various characteristics of the automatic performance tone to be generated are changed. When the data in the buffer register is changed during an automatic performance, the header control data stored in the memory is changed in correspondence to the change. Therefore, during an automatic performance, various characteristics of the automatic performance tone can freely be changed while listening to the generated automatic performance tone, and also the header control data stored into the header portion of the memory can be automatically rewritten in correspondence to such change.
    • 用于设置诸如音色,音量,速度,效果等的自动演奏音的各种特征的标题控制数据被存储在存储器的标题部分中。 标题控制数据被加载到缓冲寄存器中,并且基于存储在缓冲寄存器中的标题控制数据建立要生成的自动性能音调的各种特性。 响应于变化的操作者的激活,缓冲寄存器中的标题控制数据被改变,因此改变要产生的自动演奏音的各种特性。 当在自动演奏期间缓冲寄存器中的数据被改变时,存储在存储器中的标题控制数据对应于改变而改变。 因此,在自动演奏期间,自动演奏音的各种特征可以随意地改变,同时收听所产生的自动演奏音,并且存储在存储器的首标部分中的标题控制数据也可以根据这样的改变被自动重写 。
    • 75. 发明授权
    • Polyphonic breath controlled electronic musical instrument
    • 复调呼吸控制电子乐器
    • US5245130A
    • 1993-09-14
    • US656781
    • 1991-02-15
    • James A. Wheaton
    • James A. Wheaton
    • G10H1/00G10H1/053G10H1/055G10H1/32G10H1/46
    • G10H1/0066G10H1/0556G10H2220/361G10H2230/211Y10S84/14
    • A polyphonic breath controlled electronic musical instrument includes a hand held breath sensor unit having a plurality of bidirectional air flow sensing passageways for detecting sucking or blowing action of the performer in a manner similar to a conventional acoustic harmonica. The breath sensor unit further includes pressure sensing transducers on the surface thereof, adapted to sense lip pressure and finger pressure of the performer, as well as a plurality of switches activated by the fingers of the performer holding the breath sensor unit. A microphone configured in the breath sensor unit picks up the vocal sounds of the performer. A thumb wheel controller is provided on the sensor unit to allow a control of tone parameters, such as volume, by the thumb of the performer. The signals from the sensors and switches on the sensor unit are provided to a remote electronic control unit which converts the analog sensor signals and on/off switch signals to MIDI control data in response to programs set by the performer. The performer may set various combinations of tone effects which may be varied in the performance by the performer activating the switches and pressure sensors. A tone generator receives the MIDI control signals and provides musical tones in response thereto. A conventional acoustic harmonica may be accurately emulated in addition to providing a number of other digital musical effects.
    • 复音呼吸控制电子乐器包括手持式呼吸传感器单元,其具有多个双向气流检测通道,用于以与常规的声学口气相似的方式检测表演者的吸引或吹动动作。 呼吸传感器单元还包括其表面上的压力感测传感器,适于感测表演者的唇部压力和手指压力,以及由保持呼吸传感器单元的执行者的手指激活的多个开关。 配置在呼吸传感器单元中的麦克风拾取表演者的声音。 在传感器单元上​​提供拇指轮控制器,以允许通过执行者的拇指来控制诸如音量的音调参数。 来自传感器单元上​​的传感器和开关的信号被提供给远程电子控制单元,其响应于执行者设置的程序将模拟传感器信号和开/关切换信号转换成MIDI控制数据。 表演者可以设置音调效果的各种组合,其可以通过启动开关和压力传感器的演奏者的性能而变化。 乐音发生器接收MIDI控制信号并响应于此提供乐音。 除了提供许多其他数字音乐效果之外,常规的声学口音也可以被精确地模拟。
    • 76. 发明授权
    • Control value output apparatus with an operation member for continuous
value change
    • 控制值输出装置,具有连续值变化的操作构件
    • US5227573A
    • 1993-07-13
    • US717463
    • 1991-06-19
    • Seiji Nakano
    • Seiji Nakano
    • G10H1/24G05B24/02G10H1/053G10H1/18G10H1/46
    • G10H1/46
    • A control value output apparatus for controlling a controllable value such as a tone volume value which can be continuously changed upon operation of an operation member of an operation unit for supplying a control value, comprises an output unit for holding a control value. A data source supplies a predetermined or preset control value to the output unit. The control value held in the output unit and the control value supplied from the operation unit are compared and when a coincidence output is generated, the output unit holds the control value from the operation unit in place of the presently held control value, and the output control value follows an operation position of the operation member.
    • 一种控制值输出装置,用于控制在用于提供控制值的操作单元的操作构件的操作时可以连续改变的音调音量值的可控制值,包括用于保持控制值的输出单元。 数据源向输出单元提供预定或预设的控制值。 比较保持在输出单元中的控制值和从操作单元提供的控制值,并且当产生一致输出时,输出单元保持来自操作单元的控制值代替当前保持的控制值,并且输出 控制值遵循操作构件的操作位置。
    • 77. 发明授权
    • Apparatus for interpreting written music for its performance
    • 用于解释其表演的书面音乐的装置
    • US5202526A
    • 1993-04-13
    • US809299
    • 1991-12-17
    • Mayumi Ohya
    • Mayumi Ohya
    • G10H1/00G10H1/38G10H1/46
    • G10H1/0041G10H1/38G10H1/46Y10S84/22
    • A music interpreter apparatus automatically interprets a notational music composition (written or printed music), which is abstract and incomplete to some extent, to provide its performance realization information which is specific and complete. The apparatus includes a score memory, an interpreter and a performance memory. The score memory stores a coded music notational symbol string representing a written music composition. The interpreter reads and interprets the coded music notational string based on an artificial intelligence simulating knowledge and experience of a human music interpreter or performer to provide a performance symbol string specifying the performance realization and containing played pitch, note-on time, duration and loudness parameters of specified values with respect to each note in the music composition. The resultant performance symbol string is stored into the performance memory.
    • 音乐解释器设备自动地解释在某种程度上是抽象和不完整的标注音乐作品(书面或印刷音乐),以提供其具体和完整的性能实现信息。 该装置包括分数存储器,解释器和性能存储器。 记分存储器存储表示书面音乐作品的编码音乐符号串。 解释器基于人造智能模拟人类音乐解释器或执行者的知识和经验来读取和解释编码音乐符号串,以提供指定性能实现并包含播放音调,音符开启时间,持续时间和响度参数的演奏符号串 相对于音乐作品中的每个音符的指定值。 所得的性能符号串被存储到性能存储器中。
    • 78. 发明授权
    • Muting for touch guitar
    • 静音为触摸吉他
    • US5162603A
    • 1992-11-10
    • US641661
    • 1991-01-15
    • David D. Bunker
    • David D. Bunker
    • G10H1/46G10H3/18
    • G10H1/46G10H3/18Y10S84/30
    • Muting of an electric guitar is accomplished by sensing depression of a string by the player during playing, and deactivating an electrical muting circuit in response to said depression. To sense string depression, each electrically-conductive string is supplied with a voltage with respect to the metal frets of the guitar, so that upon depression of any string a current flows through that string to a corresponding transistor which turns off the normal muting of that string; upon release of the string, the current stops and the muting resumes. The muting is preferably accomplished for each string by a corresponding respective FET, normally turned on to short-circuit to ground the audio signal from that string. Resistance-capacitance circuits are provided to control how fast the muting is turned on and off.
    • 电吉他的静音通过在播放期间感测玩家的按压琴弦来实现,并且响应于所述凹陷来停用电静音电路。 为了感测弦线凹陷,每个导电弦线被提供相对于吉他的金属音频的电压,使得当按压任何弦时,电流流过该琴弦到相应的晶体管,该晶体管关闭该琴弦的正常静音 串; 当释放字符串时,当前停止,静音恢复。 优选地,通过相应的相应的FET完成对于每个串的静音,通常导通短路以使来自该串的音频信号接地。 提供电阻电容电路以控制静音打开和关闭的速度。
    • 80. 发明授权
    • Tone signal generator with code converter for converting stored
waveshapes of different coding forms into a common coding form
    • 具有代码转换器的音频信号发生器,用于将不同编码形式的存储波形转换为通用编码形式
    • US4794837A
    • 1989-01-03
    • US787651
    • 1985-10-16
    • Mitsumi Katoh
    • Mitsumi Katoh
    • G10H7/00G10H1/06G10H1/46
    • G10H7/00G10H2250/591
    • A plurality of waveshapes of different characteristics are stored in a waveshape memory among which a waveshape to be read out is selected in accordance with a selected tone color or elapse of time and data of the selected waveshape is read out. At least one waveshape among the waveshapes stored in the waveshape memory is coded in a coding form different from one used for the other waveshapes. For matching characteristics of each individual waveshape, waveshapes are coded according to respectively suitable coding forms such, for example, that one waveshape is coded according to the pulse code modulation system, another waveshape according to the differential pulse code modulation system and still another waveshape according to the delta modulation system. The waveshape data read out from the waveshape memory is converted in its code to a predetermined common coding form (e.g. PCM). By differring the coding form of waveshapes stored in the waveshape memory, reduction in the memory capacity and improved resolution in reproduced waveshapes matching characteristics of individual waveshapes can be achieved.
    • 具有不同特性的多个波形被存储在波形存储器中,其中根据选择的音色或时间的流逝来选择要读出的波形,并且读取所选择的波形的数据。 存储在波形存储器中的波形中的至少一个波形以与用于其它波形形状的编码形式不同的编码形式进行编码。 对于每个单独波形的匹配特征,波形根据分别适当的编码形式进行编码,例如,根据脉码调制系统编码一个波形,根据差分脉冲编码调制系统进行另一个波形,还有另一个波形 到delta调制系统。 从波形存储器读出的波形数据在其代码中被转换为预定的公共编码形式(例如PCM)。 通过使存储在波形存储器中的波形的编码形式不同,可以实现与各个波形相匹配的再现波形中的存储器容量的减小和改进的分辨率。