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    • 2. 发明申请
    • INTUITIVE ELECTRIC GUITAR SWITCHING FOR SELECTING SOUNDS OF POPULAR GUITARS
    • 直选电动吉他切换,用于选择大众吉他的声音
    • WO2009021218A1
    • 2009-02-12
    • PCT/US2008/072706
    • 2008-08-08
    • OBBLIGATO, INC.FRANKLIN, Michael S.STUPKA, Jonathan C.
    • FRANKLIN, Michael S.STUPKA, Jonathan C.
    • G10H3/18G10H1/32
    • G10H3/182G10H3/186G10H2220/505G10H2220/525
    • A guitar-family-characteristic-sound selector switch (63) is incorporated into an electric guitar and used in conjunction with the normal guitar pickup selector switch (62) and the volume and tone controls. This guitar-family-characteristic-sound selector switch invokes different pickup (61) combinations and resistance/capacitance/inductance circuitry (68) in order to generate sounds characteristic of at least two other guitars in addition to the normal sound of the host guitar. In one implementation, the family selector switch is a single user controllable switch that makes the system is intuitive in that a single guitar-family-characteristic-sound selector switch is all that needs to be operated to put the guitar in the mode of sounding like one of three or more styles of guitars following such selection; the pickup selector, volume and tone controls are used in the usual manner.
    • 吉他系列特征声音选择器开关(63)被结合到电吉他中并且与正常的吉他拾音器选择开关(62)和音量和音调控制结合使用。 除了主机吉他的正常声音之外,这种吉他系列特征声音选择器开关调用不同的拾音(61)组合和电阻/电容/电感电路(68),以产生至少另外两个吉他的声音特征。 在一个实现中,家庭选择器开关是单用户可控开关,使得系统是直观的,因为单个吉他家族特征声音选择器开关需要被操作以将吉他放在诸如 选择三种或更多种吉他风格的吉他之一; 拾音器选择器,音量和音调控制以通常的方式使用。
    • 5. 发明申请
    • PYROLYTIC CARBON COMPONENTS FOR STRINGED INSTRUMENTS
    • 用于仪器仪表的热塑性碳组件
    • WO2009021142A1
    • 2009-02-12
    • PCT/US2008/072530
    • 2008-08-07
    • OBBLIGATO, INC.GUTHRIE, James M.STUPKA, Jonathan C.
    • GUTHRIE, James M.STUPKA, Jonathan C.
    • G10D3/04
    • G10D1/005
    • Pyrocarbon components have been found to create richer, clearer sound when employed as bridges (19), saddles (21), nuts (2), tuning heads (4), pegs (9), frets (14) and other components which contact the strings in guitars (6, 16), violins (11) and like stringed musical instruments. Bridges/saddles and nuts of stringed instruments produce a marked difference in the sound when pyrocarbon components are used compared with currently used materials. There is a significant increase in sound volume for a given intensity of string movement, along with richer harmonics and a clearer, less muddy sound. The crystalline structure of pyrolytic carbon minimizes the damping of string vibration as it is transferred to the sound-amplifying portion of acoustic instruments, producing a rich, pleasing and higher volume sound. The useful life of strings is increased in contact with pyrolytic carbon components before they go "dead" or break.
    • 已经发现,当用作桥梁(19),鞍座(21),螺母(2),调谐头(4),钉(9),弹簧(14)和其它与 吉他琴弦(6,16),小提琴(11)和弦乐器等。 与目前使用的材料相比,使用热电偶组件时,弦乐器的桥梁/鞍座和坚果产生了明显的声音差异。 对于给定强度的弦线运动,音量显着增加,以及更丰富的谐波和更清晰,更少的泥泞声音。 热解碳的结晶结构将弦振动的阻尼最小化,将其传递到声学仪器的声音放大部分,产生丰富,令人愉悦和更高音量的声音。 在热解碳组分“死”或断裂之前,串联的使用寿命增加。