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    • 72. 发明授权
    • Fiddolin
    • US07645926B2
    • 2010-01-12
    • US11363981
    • 2006-02-28
    • Clennon Wayne Jerrolds
    • Clennon Wayne Jerrolds
    • G10D3/00G10D3/04G10D3/06G10D1/00G10D1/02G10D1/06
    • G10D1/02G10H2230/121
    • A stringed musical instrument combination of at least two traditional stringed musical instruments or of nontraditional stringed musical instruments or a mix of traditional and nontraditional. The combination presents the advantages of rapid exchange while playing, reduced storage or transportation volume and a lower cost than two separate instruments. The preferred embodiment is a Fiddolin, a commercially available violin modified to present a mandolin on its back face. The string tension requirement is solved by having additional structure to mount the mandolin pegs into and the angularity needed to keep the strings pulled over the nut by channels or lumens to conduct the strings through.
    • 至少有两种传统弦乐器或非传统弦乐器的串音乐器组合,或传统和非传统乐器的组合。 该组合呈现出在播放时快速交换,减少存储或运输量以及比两个分开的仪器更低成本的优点。 优选的实施方案是Fiddolin,一种商业上可用的小提琴,其修饰成在其背面上呈现曼陀林。 绳子张力要求通过具有附加的结构来安装曼陀林栓,并且通过通道或管腔将绳索拉过螺母所需的角度来解决,以使绳穿过。
    • 73. 发明申请
    • Tremolo Mechanism For A Stringed Musical Instrument With Pivoting String Anchor
    • 具有旋转字符串锚的弦乐器的颤音机制
    • US20080229898A1
    • 2008-09-25
    • US11776783
    • 2007-07-12
    • Ned Steinberger
    • Ned Steinberger
    • G10D3/04
    • G10D3/146
    • A novel pivoting anchor assembly for a tremolo mechanism includes a pivot support structure, a pivot and an anchor structure for receiving and holding an end of a tensioned string. In a preferred embodiment, the pivoting anchor assembly includes a rate screw mounted on a pivoting tuning arm, the rate screw receiving: an anchor block including a string end anchor; a jaw opening; and a knife edge extending into the jaw opening. An upper portion of the rate screw includes a circumferential knife edge seat and extends through the jaw opening such that the knife edge is received within the knife edge seat, so as to form a knife edge pivot. The knife edge pivot allows the anchor block with the string end anchor to pivot both axially and radially relative to the rate screw in response to changes in the magnitude and direction of the tension force exerted long the tensioned string. The changes in the tension force bias the position of the anchor block and string end anchor so as to align the knife edge pivot, the string end anchor holding a string end, and the string apex.
    • 用于颤音机构的新颖的枢转锚固组件包括枢轴支撑结构,枢轴和用于接收和保持张紧绳的端部的锚结构。 在优选实施例中,枢转锚固组件包括安装在枢转调节臂上的速率螺钉,速率螺钉接收:包括杆端锚的锚块; 颚开口 以及延伸到钳口中的刀刃。 速率螺杆的上部包括周向刀刃座,并且延伸穿过钳口,使得刀刃容纳在刀刃座内,以便形成刀刃枢轴。 刀刃枢轴允许具有绳端锚固件的锚块响应于长时间施加张紧绳的张力的大小和方向的变化而相对于速率螺杆轴向和径向地枢转。 张力的变化使锚块和绳端锚的位置偏移,以使刀刃枢轴(串端锚固件保持绳端)与杆顶端对准。
    • 74. 发明申请
    • STRINGED MUSICAL INSTRUMENT
    • STRINGED音乐仪器
    • US20080196571A1
    • 2008-08-21
    • US12013315
    • 2008-01-11
    • Cosmos Lyles
    • Cosmos Lyles
    • G10D3/04
    • G10D3/14
    • A stringed musical instrument employs springs and/or one or more hanging masses to apply tension to corresponding musical strings. Each spring and/or mass is chosen and configured for its ability to impart a string tension generally matched to the appropriate tension of the string at perfect tune. Preferably, the spring and/or mass is selected and arranged so that the tension in the string maintains at or near perfect tune even as the string elongates or contracts due to environmental factors or passage of time.
    • 弦乐器采用弹簧和/或一个或多个悬挂质量来对相应的音乐弦施加张力。 每个弹簧和/或质量被选择和构造成能够赋予通常与完美调谐的弦的适当张力匹配的弦线张力。 优选地,选择和布置弹簧和/或质量,使得即使由于环境因素或时间的流逝而使琴弦伸长或收缩,琴弦中的张力也保持在或接近完美曲调。
    • 75. 发明授权
    • Optimally coupled string instrument bridge
    • 最佳耦合弦乐器桥
    • US07365255B1
    • 2008-04-29
    • US11298356
    • 2005-12-12
    • John J. PiskulicThomas E. Kieffer
    • John J. PiskulicThomas E. Kieffer
    • G10D3/04
    • G10D3/04
    • An optimally coupled stringed musical instrument bridge having an individual bridge assembly supporting and retaining each string. Each assembly comprises an action (height) and intonation (length) adjustable string support assembly and string retention assembly integrally incorporated into the instrument body. The bridge minimizes acoustic energy lost to friction, thereby increasing sustain, minimizes fundamental or harmonic interaction between strings, and maximizes acoustic energy transmitted to the instrument body, thereby allowing the natural instrument resonances to emanate. The bridge and its attributes are especially suited for use with bass guitars.
    • 具有支撑和保持每个弦的单个桥接组件的最佳耦合弦乐器桥。 每个组件包括整体并入仪器主体中的动作(高度)和语调(长度)可调弦支撑组件和弦保持组件。 该桥将声能减少到摩擦损失,从而增加维持力,使琴弦之间的基本或谐波相互作用最小化,并使传递到乐器主体的声能最大化,从而使自然乐器谐振发出。 桥梁及其属性特别适用于低音吉他。
    • 77. 发明授权
    • Tailpiece of a stringed musical instrument
    • 弦乐器的尾巴
    • US07301086B2
    • 2007-11-27
    • US11027840
    • 2004-12-29
    • Osamu Ito
    • Osamu Ito
    • G10D3/04
    • G10D3/04
    • A tailpiece of, for instance, an electric guitar including a bridge main body attached to the guitar main body by two protruding stud screws so as to be moved and adjusted in the direction of the stretched strings. At both ends of the bridge main body, first and second string supports for supporting first and sixth strings are formed integrally to protrude inwardly. Between the first and second string supports, a first bridge saddle member for supporting the second and third strings, and a second bridge saddle member for supporting the fourth and fifth strings, are provided. These saddles are connected to the bridge main body by saddle adjustment screws so as to be moved and adjusted in the forward and backward direction. The first and second bridge saddle members are moved along the surfaces parallel to the direction of the stretched strings.
    • 例如,电动吉他的尾座,其包括通过两个突出的双螺柱螺钉附接到吉他主体的桥主体,以沿着拉伸的弦的方向移动和调节。 在桥本体的两端,一体地形成有用于支承第一和第六弦的第一和第二弦支架向内突出。 在第一和第二串支撑之间,设置有用于支撑第二和第三弦的第一桥鞍构件和用于支撑第四和第五弦的第二桥鞍构件。 这些鞍座通过鞍座调节螺钉连接到桥主体,以便沿前后方向移动和调节。 第一和第二桥鞍构件沿着平行于拉伸绳的方向的表面移动。
    • 78. 发明授权
    • Bridge for stringed instrument and stringed instrument
    • 用于弦乐器和弦乐器的桥
    • US07235730B2
    • 2007-06-26
    • US11040309
    • 2005-01-21
    • Shinjiro Hirayama
    • Shinjiro Hirayama
    • G10D3/04
    • G10D3/146
    • A bridge for a stringed instrument located on an upper surface of a body of the stringed instrument including lever arm retainers located on the upper surface of the body. Each lever arm retainer corresponds to one of the strings. Each lever arm retainer includes a support shaft extending in a direction perpendicular to the corresponding string. Lever arms are supported by the support shafts. Each lever arm retains an end of one of the strings and is rotatable about the corresponding support shaft. Each fine tuning bolt includes a contact portion that abuts against the corresponding lever arm above the body. Each contact portion is continuously adjustable in the height direction of the body. The tuner device discretely changes the height of the contact portion.
    • 用于弦乐器的桥,位于弦乐器的主体的上表面上,包括位于身体上表面上的杠杆臂保持器。 每个杠杆臂保持架对应于其中一个弦。 每个杠杆臂保持器包括沿垂直于相应的弦的方向延伸的支撑轴。 杠杆臂由支撑轴支撑。 每个杠杆臂保持一个琴弦的一端,并可围绕相应的支承轴转动。 每个微调螺栓包括接触部分,该接触部分抵靠在身体上方的相应的杠杆臂。 每个接触部分可以在身体的高度方向上连续调节。 调谐器装置离散地改变接触部分的高度。
    • 80. 发明申请
    • Adjustable bridge system for a stringed instrument
    • 用于弦乐器的可调桥系统
    • US20050150347A1
    • 2005-07-14
    • US10515778
    • 2003-07-11
    • Roland Hannes
    • Roland Hannes
    • G10D3/00G10D3/04
    • G10D3/04G10D3/12
    • A bridge system (10) for a stringed instrument having means to adjust independent bridge elements longitudinally, vertically, and laterally. The bridge (10) elements include a unit (20), a control anchor (300) having a ring (340) and bolted to the instrument body through an elongate opening in the ring (340). A longitudinal adjustment screw (390) connects the control anchor (300) to the saddle/base unit (20), and the structural base (100) includes a height adjustment screw (180) that engages the saddle (200). Multidimensional adjustments can be made with a single tool.
    • 一种用于弦乐器的桥系统(10),其具有纵向,垂直和横向调节独立桥梁元件的装置。 桥(10)元件包括单元(20),具有环(340)的控制锚(300),并且通过环(340)中的细长开口螺栓连接到仪器主体。 纵向调节螺钉(390)将控制锚(300)连接到鞍座/基座单元(20),并且结构基座(100)包括接合鞍座(200)的高度调节螺钉(180)。 可以使用单个工具进行多维度调整。