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    • 2. 发明授权
    • Automatic performance device with tempo follow-up function
    • 具有速度跟踪功能的自动演奏装置
    • US4484507A
    • 1984-11-27
    • US520177
    • 1983-08-04
    • Akira NakadaEisaku OkamotoKiyoshi Yoshida
    • Akira NakadaEisaku OkamotoKiyoshi Yoshida
    • G10H1/26G10H1/36G10F1/00
    • G10H1/26G10H1/36Y10S84/12
    • An automatic performance device is of a type in which the automatic performance is executed in accordance with musical data read out successively. It comprises a fast feed stop control circuit for advancing the progress of the automatic performance when an actual key depression timing is faster than an ideal key depression timing indicated by the read out musical data and for temporarily stopping the progress when the former delays behind the latter. Comparison between the actual key depression timing and the ideal key depression timing is made by comparing the content of a counter counting the tempo pulses which decides the tempo of the automatic performance with note-length information included in the musical data. It further comprises a tempo control circuit for changing a period of the tempo pulses based on a tempo of a performance made by the actual key depression. The detection of the tempo of the performance made by the actual key depression is based on a count value of a counter counting the clock pulses whose period varies with the note-length information and presence or absence of the actual key depression. In order to prevent the period of the tempo pulses from being changed by only one great deviation of the actual key depression timing, the count value is latched at every key depression, the newest count values are kept, and the tempo detection may be made in accordance with the average value of the newest count values.
    • 自动演奏装置是根据连续读出的音乐数据执行自动演奏的一种类型。 它包括快速进给停止控制电路,用于当实际的按键定时比由读出的音乐数据指示的理想键按压定时更快时,推进自动演奏的进度,并且当前者延迟后者时暂时停止进度 。 通过将决定自动演奏的速度的速度脉冲的计数器的内容与包含在音乐数据中的音符长度信息进行比较来实现实际按键定时与理想按键按下定时的比较。 它还包括一个速度控制电路,用于根据由实际键按下的性能的速度来改变速度脉冲的周期。 通过实际的按键抑制对性能的检测是基于计数周期随音符长度信息和存在或不存在实际按键的时钟脉冲的计数器的计数值。 为了防止速度脉冲的周期仅由实际按键按下时间的一个很大的偏差而改变,计数值被锁定在每个键按下时,保持最新的计数值,并且可以进行速度检测 根据最新计数值的平均值。
    • 3. 发明授权
    • Electronic musical instrument having musical performance training system
    • 具有音乐表演训练系统的电子乐器
    • US4344344A
    • 1982-08-17
    • US179261
    • 1980-08-18
    • Akira NakadaToshio SugiuraEisaku OkamotoKiyoshi Yoshida
    • Akira NakadaToshio SugiuraEisaku OkamotoKiyoshi Yoshida
    • G09B15/00G09B15/08G10G1/00G10H1/00G10H1/26G10H1/36G10F1/00
    • G09B15/08G10H1/0016G10H1/36G10H2220/026Y10S84/12
    • An electronic musical instrument comprises a keyboard, a tone signal forming circuit to produce musical tone signals corresponding to keys being depressed on the keyboard, a memory to store musical performance data, a keyboard display device to visually instruct a pupil or trainee as to which keys are to be depressed on the keyboard in accordance with the performance data read out of the memory so that the pupil or trainee may effect a musical performance on the keyboard while following key indications, and an automatic musical performance device to effect an automatic musical performance of different type from the musical performance effected on the keyboard. The pupil or trainee may selectively effect the musical performance on the keyboard with or as the accompaniment by or for the automatic musical performance. Preferably the pupil or trainee effects a melody or chord performance on the keyboard with the accompaniment of an automatic chord performance and/or an automatic rhythm performance, or an automatic melody performance and/or an automatic rhythm performance.
    • 电子乐器包括键盘,音调信号形成电路,用于产生对应于在键盘上被按下的键的乐音信号;存储器,用于存储音乐演奏数据;键盘显示装置,用于以视觉方式指示学生或实习者关于哪个键 根据从存储器读出的性能数据在键盘上被按压,使得瞳孔或受训者可以在遵循键指示的情况下在键盘上进行音乐表演,以及自动演奏设备来实现自动演奏 与键盘上的音乐表演不同的类型。 瞳孔或受训者可以用自动音乐表演或用于伴奏或选择性地影响键盘上的音乐表演。 优选地,瞳孔或受训者伴随着自动和弦表演和/或自动节奏表演或自动旋律表演和/或自动节奏表演,在键盘上产生旋律或和弦表演。
    • 4. 发明授权
    • Automatic performance device with tempo follow-up function
    • 具有速度跟踪功能的自动演奏装置
    • US4402244A
    • 1983-09-06
    • US267688
    • 1981-05-28
    • Akira NakadaEisaku OkamotoKiyoshi Yoshida
    • Akira NakadaEisaku OkamotoKiyoshi Yoshida
    • G10H1/26G10H1/36G10F1/00
    • G10H1/26G10H1/36Y10S84/12
    • An automatic performance device is of a type in which the automatic performance is executed in accordance with musical data read out successively. It comprises a fast feed stop control circuit for advancing the progress of the automatic performance when an actual key depression timing is faster than an ideal key depression timing indicated by the read out musical data and for temporarily stopping the progress when the former delays behind the latter. Comparison between the actual key depression timing and the ideal key depression timing is made by comparing the content of a counter counting the tempo pulses which decides the tempo of the automatic performance with note-length information included in the musical data. It further comprises a tempo control circuit for changing a period of the tempo pulses based on a tempo of a performance made by the actual key depression. The detection of the tempo of the performance made by the actual key depression is based on a count value of a counter counting the clock pulses whose period varies with the note-length information and presence or absence of the actual key depression. In order to prevent the period of the tempo pulses from being changed by only one great deviation of the actual key depression timing, the count value is latched at every key depression, the newest count values are kept, and the tempo detection may be made in accordance with the average value of the newest count values.
    • 自动演奏装置是根据连续读出的音乐数据执行自动演奏的一种类型。 它包括快速进给停止控制电路,用于当实际的按键定时比由读出的音乐数据指示的理想键按压定时更快时,推进自动演奏的进度,并且当前者延迟后者时暂时停止进度 。 通过将决定自动演奏的速度的速度脉冲的计数器的内容与包含在音乐数据中的音符长度信息进行比较来实现实际按键定时与理想按键按下定时的比较。 它还包括一个速度控制电路,用于根据由实际键按下的性能的速度来改变速度脉冲的周期。 通过实际的按键抑制对性能的检测是基于计数周期随音符长度信息和存在或不存在实际按键的时钟脉冲的计数器的计数值。 为了防止速度脉冲的周期仅由实际按键按下时间的一个很大的偏差而改变,计数值被锁定在每个键按下时,保持最新的计数值,并且可以进行速度检测 根据最新计数值的平均值。
    • 7. 发明授权
    • Electronic musical instrument having musical performance training system
    • 具有音乐表演训练系统的电子乐器
    • US4378720A
    • 1983-04-05
    • US183385
    • 1980-09-02
    • Akira NakadaEisaku OkamotoToshio SugiuraKiyoshi Yoshida
    • Akira NakadaEisaku OkamotoToshio SugiuraKiyoshi Yoshida
    • G09B15/00G09B15/04G10G1/00G10G1/02G10H1/00G10H1/36G10F1/00
    • G09B15/04G10H1/0016G10H2220/056G10H2220/061
    • An electronic musical instrument comprises a keyboard, tone signal forming circuit to produce musical tone signals corresponding to keys being depressed on the keyboard, a memory to store musical performance data representing pitches and durations of notes and durations of rests according to the progression of a musical performance, a keyboard indicator to visually indicate which keys are to be depressed on the keyboard in accordance with the performance data read out of the memory so that the pupil or trainee may effect a musical performance on the keyboard by following the key indications, and an automatic musical performance device to effect an automatic musical performance in synchronism with the musical performance to be effected on the keyboard. A control circuit for the memory is arranged such that the key indication for each note in the progression of music is effected in the period of the duration of the immediately preceding note or rest. In other word, when the trainee depresses each melody note, the indicator points the key for the succeeding note.
    • 电子乐器包括键盘,音调信号形成电路,用于产生对应于在键盘上被按压的键的乐音信号;存储器,用于根据音乐的进展来存储表示音高和音符持续时间以及休息时间的音乐演奏数据 性能,键盘指示器,用于根据从存储器读出的演奏数据来可视地指示要在键盘上按下哪些键,使得瞳孔或受训者可以通过跟随键指示来影响键盘上的演奏,并且 自动演奏装置,以与在键盘上实现的音乐表演同步地实现自动演奏。 用于存储器的控制电路被布置成使得音乐进程中的每个音符的键指示在紧接在前的音符或休息的持续时间段内实现。 换句话说,当受训者按下每个旋律音符时,指示器指示后续音符的键。
    • 10. 发明授权
    • Apparatus for measuring paint film thickness based on dynamic levelling
property of wet paint film surface
    • 基于湿漆膜表面的动态流平性测量漆膜厚度的装置
    • US5504695A
    • 1996-04-02
    • US153914
    • 1993-11-17
    • Kiyoshi YoshidaYutaka Suzuki
    • Kiyoshi YoshidaYutaka Suzuki
    • G01B11/06G01B11/30G01B11/00
    • G01B11/303G01B11/0616
    • An apparatus capable of measuring a wet paint film thickness easily and accurately in a non-contacting manner. The apparatus includes a paint film surface data acquisition unit for obtaining paint film surface data indicating a roughness of a paint film surface in a wet state, in a non-contacting manner; a paint medium data input unit for inputting paint medium data specifying a paint medium from which a paint film is formed; and a paint film thickness calculation unit for calculating the paint film thickness from the paint film surface data and the paint medium data according to a dynamic levelling property of a wet paint film. The paint film surface data include wavelength data indicating a wavelength of an unevenness on the paint film surface, and roughness data indicating one of a peak to peak amplitude of the unevenness on the paint film surface, a surface roughness of the unevenness on the paint film surface, a power spectrum integrated value in an image of the paint film surface, and a density vector in the image of the paint film surface.
    • 能够以非接触的方式容易且准确地测量湿漆膜厚度的装置。 该装置包括:漆膜表面数据获取单元,用于以非接触方式获得指示湿态的漆膜表面的粗糙度的漆膜表面数据; 油漆介质数据输入单元,用于输入指定形成油漆膜的油漆介质的油漆介质数据; 以及根据湿漆膜的动态流平性,根据涂膜表面数据和涂料介质数据计算涂膜厚度的涂膜厚度计算单元。 涂膜表面数据包括指示涂膜表面上的不平坦波长的波长数据,以及指示漆膜表面上的不平坦度的峰峰值振幅之一的粗糙度数据,涂膜上的不均匀性的表面粗糙度 表面,漆膜表面的图像中的功率谱积分值,以及漆膜表面的图像中的密度矢量。