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    • 2. 发明公开
    • INSTRUMENT UND VERFAHREN ZUM ERZEUGEN VON KLÄNGEN
    • 仪器和方法发出声音
    • EP1285431A2
    • 2003-02-26
    • EP01931307.1
    • 2001-05-23
    • Krieger, Rolf
    • Krieger, Rolf
    • G10H3/26G10D1/12
    • G10H3/26G10D1/00G10D17/00
    • A novel musical instrument (101) comprises at least one tunable string (102), a holding device (130) for holding the at least one string (102), an electrically or electronically operated excitation device (116, 116') for contactlessly exciting the at least one string (102), a sound-producing body (108) for acoustically emitting the vibration of the string, and an interface (113) for delivering a signal for the excitation device (116, 116'), whereby the signal is produced independently from the at least one string (102). The excitation device (116, 116') permits the excitation of string vibrations with sufficiently large amplitudes so that the sound-producing body (108) can emit tones with sound levels located at least in the range of known acoustic string instruments. A bridge (112) is placed between the sound-producing body (108) and the at least one string (102) in order to transfer the vibrations of the string to the sound-producing body (108). The electroacoustic musical instrument (101) has the quality of resonance capability or of discrete overtones, and permits a synthesis of the acoustic sound beauty with electronic versatility.
    • 3. 发明申请
    • INSTRUMENT AND METHOD FOR PRODUCING SOUNDS
    • 仪器和方法发出声音
    • WO01091103A2
    • 2001-11-29
    • PCT/CH2001/000323
    • 2001-05-23
    • G10D1/00G10D17/00G10H3/26G10H
    • G10H3/26G10D1/00G10D17/00
    • A novel musical instrument (101) comprises at least one tunable string (102), a holding device (130) for holding the at least one string (102), an electrically or electronically operated excitation device (116, 116') for contactlessly exciting the at least one string (102), a sound-producing body (108) for acoustically emitting the vibration of the string, and an interface (113) for delivering a signal for the excitation device (116, 116'), whereby the signal is produced independently from the at least one string (102). The excitation device (116, 116') permits the excitation of string vibrations with sufficiently large amplitudes so that the sound-producing body (108) can emit tones with sound levels located at least in the range of known acoustic string instruments. A bridge (112) is placed between the sound-producing body (108) and the at least one string (102) in order to transfer the vibrations of the string to the sound-producing body (108). The electroacoustic musical instrument (101) has the quality of resonance capability or of discrete overtones, and permits a synthesis of the acoustic sound beauty with electronic versatility.
    • 一种新颖的乐器(101)包括至少一个可调谐的字符串(102),保持装置(103),用于保持所述至少一个串(102),电或电子操作激励单元(116,116“),用于所述至少一个字符串的无接触的激励( 102),发声体(108)到声辐射弦振动以及用于激励装置(116,116“),其中所述信号是独立于所述至少一个弦(102)的产生提供信号的接口(113)。 激励装置(116,116“)允许弦振动的具有足够大的振幅的激励,从而使发声体能够与体积(108)中已知的声弦乐器的范围内的至少躺在辐射声音。 对于弦振动的声音主体(108)发送,所述声音体(108)和所述至少一个弦(102)之间的腹板(112)被布置。 电声乐器(101)的谐振电容,或者离散谐波的质量,并且允许声学声美容与电子灵活性的合成。
    • 4. 发明申请
    • MUSIC INSTRUMENT
    • 音乐器材
    • WO1996013028A1
    • 1996-05-02
    • PCT/SE1995001249
    • 1995-10-23
    • JÖNSSON, Arne
    • G10D17/00
    • G10D17/00G10K15/04
    • A device for producing music by the aid of liquid jets, said device comprising: a support on which is fixed at least one pipe-shaped component (1) which is mounted at an angle of from approximately 45 DEG to approximately 90 DEG in relation to the horizontal plane, said component (1) having a substantially circular cylindrical bore (5) which has its lower end (7) submerged below a liquid surface (6), said bore (5) having a ratio in the range of 1:2 to 1:30 between its inside diameter and its falling distance (8) which corresponds to a definite musical pitch and is the distance between the upper end (3) of the bore (5) and the liquid surface (6), said device furthermore comprising, for each pipe-shaped component (1), an adjustable liquid-jet generator (2), which is mounted at a distance from the upper end (3) of said bore (5) so as to direct a liquid jet (4) in such a way that it falls into said bore (5) at substnatially the same angle at which said component (1) is mounted and, after passing said falling distance (8), hits the liquid surface (6), said device being telescopic if comprising only one pipe-shaped component (1) and, if the device comprises several pipe-shaped components (1) combined into one or several groups, said components (1) having separately falling distances (8) or being optionally, by telescopic design, given separately varied falling distances (8).
    • 一种用于通过液体射流产生音乐的装置,所述装置包括:固定有至少一个管状部件(1)的支撑件,所述管状部件(1)以相对于约45度至约90度的角度安装 所述部件(1)具有基本圆形的圆柱形孔(5),其下端(7)浸没在液体表面(6)的下方,所述孔(5)的比例为1:2 到其内径与其对应于确定音调的下降距离(8)之间为1:30,并且是孔(5)的上端(3)和液面(6)之间的距离,所述装置 对于每个管状部件(1),包括可调节的液体喷射发生器(2),其安装在距所述孔(5)的上端(3)一定距离处,以便引导液体射流(4 ),使得其在与安装所述部件(1)的角度相同的角度落入所述孔(5)中,并且在p 分配所述下落距离(8),撞击液体表面(6),如果仅包括一个管状部件(1),所述装置是可伸缩的,并且如果该装置包括多个管状部件(1)组合成一个或多个 组分,所述组件(1)具有单独的落下距离(8),或者可选地通过伸缩设计给出单独变化的下落距离(8)。
    • 5. 发明申请
    • KAZOO DEVICES PRODUCING A PLEASING MUSICAL SOUND
    • KAZOO设备生产轻松的音乐
    • US20140256218A1
    • 2014-09-11
    • US13792256
    • 2013-03-11
    • Spyridon Kasdas
    • Spyridon Kasdas
    • A63H5/00G10D17/00
    • A63H5/00G10D17/00
    • Kazoo devices according to a new kazoo concept, having novel composite vibrating diaphragms configured to vibrate at regular vibrating modes, including electronic audio processing and mixing of the processed audio signal, with a background audio signal.A method of transforming a person's humming to a pleasing musical sound, including converting the humming sound of a person to audio signal, electronically processing the audio signal, the processed signal serving as an input to other audio devices, or being directly converted to a pleasing kazoo instrumental sound, acoustically perceived as a sound of a saxophone, the processed signal being optionally mixed with a background audio signal.Several embodiments are illustrated as examples of kazoo devices and kazoo musical instruments, according to this concept and method.
    • Kazoo装置根据新的kazoo概念,具有新颖的复合振动膜片,其配置成以规则振动模式振动,包括电子音频处理和处理的音频信号的混合与背景音频信号。 将人的嗡嗡声变换成令人愉悦的音乐声音的方法,包括将人的嗡嗡声转换为音频信号,电子处理音频信号,处理后的信号作为其他音频设备的输入,或直接转换为令人愉快的 被声音感知为萨克斯管的声音的kazoo乐器声音,处理后的信号可选地与背景音频信号混合。 根据该概念和方法,将几个实施例示出为kazoo装置和kazoo乐器的示例。
    • 6. 发明申请
    • ACOUSTIC, HYPERACOUSTIC, OR ELECTRICALLY AMPLIFIED HYDRAULOPHONES OR MULTIMEDIA INTERFACES
    • 声音,超音速或电动放大液压或多媒体接口
    • US20090241753A1
    • 2009-10-01
    • US12479767
    • 2009-06-06
    • Steve Mann
    • Steve Mann
    • G10D7/02
    • G10D17/00G10H1/12G10H1/34G10H2220/305G10H2220/405G10H2220/561
    • An instrument in which an acoustic or otherwise measurable disturbance or change is made in physical matter is disclosed. In one embodiment an oscillatory vortex shedding phenomenon is formed in water, in association with each of a plurality of finger holes. Water flows past a branch point where it can either flow over a labium, edge or the like in a resonant pipe, or out a finger hole, the finger hole being the path of lesser resistance to the water. Obstruction of the finger hole forces the water past an underwater sound production mechanism. Blocking water from coming out of a given hole produces a given note, which, in some embodiments, is electrically amplified by a hydrophone. In one embodiment there is a further processing of each hydrophone signal. Embodiments with various kinds of acoustic or optical pickups are also disclosed.
    • 公开了在物理物质中产生声学或其他可测量的干扰或变化的仪器。 在一个实施例中,与多个指孔中的每一个相关联地在水中形成振荡涡流脱落现象。 水流过分支点,在分支点处,它可以在谐振管中流过阴唇,边缘等,或者从手指孔流出,指孔是对水的阻力较小的路径。 手指孔的阻塞迫使水通过水下声音产生机制。 阻挡水从给定的孔出来产生给定的音符,在一些实施例中,该声音由水听器电放大。 在一个实施例中,存在每个水听器信号的进一步处理。 还公开了具有各种声学或光学拾取器的实施例。
    • 7. 发明授权
    • Jew's harp
    • 犹太人{3 s竖琴
    • US4161902A
    • 1979-07-24
    • US915975
    • 1978-06-16
    • Harry E. Siverson
    • Harry E. Siverson
    • G10D17/00G10D7/12
    • G10D17/00
    • A pair of arms extending from a closed looped end of the frame are flexed toward each other and have apertures at their free ends to receive a spacer pin having opposite ends removably engaged in such apertures. The pin has lateral abutment at these apertures to provide selected spacing of the arms and maintain them out of contact with a reed extending from the looped end. The base end of the reed seats in a shallow groove and is clamped for longitudinal and lateral adjustment by a removable clamp plate.
    • 从框架的闭环端延伸的一对臂朝向彼此弯曲并且在其自由端处具有孔,以接收具有可拆卸地接合在这种孔中的相对端部的间隔销。 销在这些孔处具有横向邻接,以提供臂的选定间隔并且使其与从环形端延伸的簧片保持不接触。 簧片的基端位于浅槽中,并通过可拆卸的夹板夹紧以进行纵向和横向调节。