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    • 2. 发明授权
    • Devices and methods for mounting tuning machines on stringed instruments
    • 将调音机安装在弦乐器上的装置和方法
    • US09240166B1
    • 2016-01-19
    • US14515275
    • 2014-10-15
    • David Dunwoodie
    • David Dunwoodie
    • G10D3/14
    • G10D3/14G10D1/08
    • Devices and methods for mounting a tuning machine with locator pins to a stringed instrument having a mounting configuration with receiving holes that are misaligned with the tuning machines locator pins. A mounting element is provided having top and bottom surfaces and a post aperture to receive the tuning machine's post. Tuning machine alignment apertures in the top surface are in alignment with and adapted to receive the locator pins when the post is located within the post aperture, and instrument alignment elements in the bottom surface are in alignment with the receiving holes on the instrument when the post is located within the post aperture on the mounting element and the first post aperture on the instrument. The top surface complementarily receives the base of the tuning machine, and the bottom surface complementarily fits with the mounting configuration of the instrument such that the tuning machine can be secured to the mismatched instrument.
    • 将具有定位销的调谐机安装到具有安装配置的弦乐器的装置和方法,其具有与调谐机定位销不对准的接收孔。 提供具有顶表面和底表面的安装元件和用于接收调谐机的柱的柱孔。 当柱位于柱孔内时,顶表面中的调谐机器对准孔与柱子孔位置对准并适于接收定位销,并且底部表面中的仪器对准元件与仪器上的接收孔对准,当柱 位于安装元件上的柱孔内和仪器上的第一柱孔上。 顶表面互补地接收调谐机的底座,并且底面与仪器的安装配置互补配合,使得调谐机可以固定到失配的仪器上。
    • 5. 发明申请
    • Saddle for stringed instruments
    • 马鞍用于弦乐器
    • US20050251992A1
    • 2005-11-17
    • US10847849
    • 2004-05-17
    • David Dunwoodie
    • David Dunwoodie
    • G10H1/32G10H3/18H01S4/00
    • G10H3/185G10H2220/475G10H2220/525Y10T29/49002
    • A saddle for a stringed instrument comprising an elongate member having a string support surface for supporting strings of the instrument and a base for connecting to the stringed instrument. The elongate member has at least one internal cavity and an insert made from a resonant material is received in the internal cavity. The insert may be formed from a material having the same or a different density than the material of the elongate member. At least one piezo electric crystal is embedded in the insert to faithfully and reliable capture the vibrational energy of the strings. The saddle provides a compact and simple apparatus for reliably and accurately amplifying the sound of a guitar, particularly an acoustic guitar. The piezo-electric crystal relies on vibration of the strings to generate a signal, but not on downward pressure as with conventional under the saddle pickups. Optimum string balance with the saddle is much easier to achieve as each string does not have to be adjusted over an associated piezo-electric crystal.
    • 一种用于弦乐器的鞍座,包括具有用于支撑琴弦的弦支撑表面的细长构件和用于连接到弦乐器的底座。 细长构件具有至少一个内部空腔,并且由共振材料制成的插入件容纳在内部空腔中。 插入件可以由具有与细长构件的材料相同或不同的密度的材料形成。 至少一个压电晶体嵌入到插件中,以忠实可靠地捕获弦的振动能量。 鞍座提供了一种紧凑简单的设备,用于可靠且准确地放大吉他,特别是吉他的声音。 压电晶体依赖于弦的振动以产生信号,而不是如在传统的鞍式拾音器下方的向下的压力。 与鞍座的最佳弦平衡更容易实现,因为每个弦不必在相关的压电晶体上进行调整。
    • 7. 发明申请
    • WRAPAROUND BRIDGES OR TAILPIECES FOR STRINGED INSTRUMENTS
    • WRARAROUND BRIDGES或TAILPIECES FOR STRINGED INSTRUMENTS
    • US20170032768A1
    • 2017-02-02
    • US15225036
    • 2016-08-01
    • David Dunwoodie
    • David Dunwoodie
    • G10D3/12G10D3/04
    • G10D3/12G10D3/04
    • A wraparound bridge or tailpiece for a stringed musical instrument such as guitar, banjo, and the like, comprising an elongate body having top and bottom surfaces, and front and back edges, and a mounting means for mounting to the instrument such that the bottom surface faces the instrument and the front edge faces the neck of the instrument, and a plurality of string channels defined in the bottom surface, each string channel extending from the front edge toward the back edge and including a narrow portion open to the bottom surface to receive a string and a wider front cavity open on the front edge to receive and capture the ball end of the string. Hence the end of a string with the ball end may be slid underneath the body in a fore direction and once the ball end clears the front the string may be moved upwards until it is received within the string channel, and then drawn rearwards until the ball end abuts the narrow portion of the string channel.
    • 用于诸如吉他,班卓琴等的弦乐器的环绕桥或尾座,包括具有顶表面和底表面的细长体以及前后边缘,以及用于安装到仪器的安装装置,使得底表面 面对仪器并且前缘面向仪器的颈部,以及限定在底表面中的多个线通道,每个弦线通道从前边缘朝向后边缘延伸,并且包括通向底表面的窄部分,以接收 在前边缘上打开一个弦线和一个较宽的前腔,以接收和捕获弦线的球端。 因此,具有球端的弦的末端可以沿着前方向在身体下方滑动,并且一旦球端清除前部,则弦可以向上移动直到其被接收在弦通道内,然后向后拉动直到球 终端邻接字符串通道的窄部分。
    • 10. 发明申请
    • Saddle For Stringed Instruments
    • 弦乐器鞍座
    • US20080011146A1
    • 2008-01-17
    • US11569228
    • 2005-05-17
    • David Dunwoodie
    • David Dunwoodie
    • G10D3/00
    • G10H3/185G10H2220/475G10H2220/525Y10T29/49002
    • A saddle for a stringed instrument comprising an elongate member having a string support surface for supporting strings of the instrument and a base for connecting to the stringed instrument. The elongate member has at least one internal cavity and an insert made from a resonant material is received in the internal cavity. The insert may be formed from a material having the same or a different density than the material of the elongate member. At least one piezo electric crystal is embedded in the insert to faithfully and reliable capture the vibrational energy of the strings. The saddle provides a compact and simple apparatus for reliably and accurately amplifying the sound of a guitar, particularly an acoustic guitar. The piezo-electric crystal relies on vibration of the strings to generate a signal, but not on downward pressure as with conventional under the saddle pickups. Optimum string balance with the saddle is much easier to achieve as each string does hot have to be adjusted over an associated piezo-electric crystal.
    • 一种用于弦乐器的鞍座,包括具有用于支撑琴弦的弦支撑表面的细长构件和用于连接到弦乐器的底座。 细长构件具有至少一个内部空腔,并且由共振材料制成的插入件容纳在内部空腔中。 插入件可以由具有与细长构件的材料相同或不同的密度的材料形成。 至少一个压电晶体嵌入到插件中,以忠实可靠地捕获弦的振动能量。 鞍座提供了一种紧凑简单的设备,用于可靠且准确地放大吉他,特别是吉他的声音。 压电晶体依赖于弦的振动以产生信号,而不是如在传统的鞍式拾音器下方的向下的压力。 与鞍座相比,最佳的弦线平衡要容易得多,因为每个弦线都必须在相关的压电晶体上进行调整。