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    • 71. 发明申请
    • Stringed Instrument and Associated Fret Mapping Method
    • 弦乐器和相关的Fret映射方法
    • US20080022836A1
    • 2008-01-31
    • US11837931
    • 2007-08-13
    • Gary MuncyJames Griffitts
    • Gary MuncyJames Griffitts
    • G10D3/06
    • G10D3/06
    • A stringed instrument and associated fret mapping method. The instrument includes a neck having a fret board provided with a plurality of frets having offset string contact regions along their length, whereby accurate intonation of a note is achieved when a string is brought into contact with one of the string contact regions and a note is played. The fret mapping method utilizes a test instrument having a fret board that is longitudinally movable toward and away from the nut of the test instrument. The method utilizes this movable fret board to determine the desired locations of string contact regions for frets on the fret board of a stringed instrument of the present invention.
    • 弦乐器和相关的fret映射方法。 仪器包括一个颈部,其具有设置有沿其长度具有偏移线接触区域的多个音调的音板,由此当琴弦与琴弦接触区域中的一个接触时实现音符的精确语调,并且音符为 玩了 颤音映射方法利用具有可以朝向和远离测试仪器的螺母纵向运动的陀螺仪板的测试仪器。 该方法利用该可移动平板来确定用于本发明的弦乐器的弦板上的弦的弦接触区域的期望位置。
    • 72. 发明授权
    • System of stringed musical instruments with substitutable fingerboards
    • 具有可替代指板的弦乐器系统
    • US07285708B1
    • 2007-10-23
    • US09531719
    • 2000-03-21
    • Fred Beckmeier
    • Fred Beckmeier
    • G10D3/06
    • G10D3/06
    • A stringed musical instrument having an elongate neck and a body which may have a resonant cavity at one end and a head at the other end thereof. Strings extend across the neck and, when vibrated, generate musical sounds. The invention relies upon fingerboards which are removable so that one type of fingerboard may be substitutable for another type of fingerboard in order to generate sounds of different timber or of different qualities. Thus, fretted fingerboards are substitutable for non-fretted fingerboards. Moreover, and in a preferred embodiment, the fingerboards are inserted onto the neck of the instrument and can be slid into and out of interlocking elements from one longitudinal side of the neck of the instrument. In one embodiment of the invention, dovetail projections are formed on the neck of the musical instrument and corresponding notches or grooves are formed on the underside of the fingerboard to permit an interlocking arrangement of the fingerboard on the neck of the musical instrument. Compensation in the thickness of fretted and non-fretted fingerboards is also provided to insure that the string of the instrument is only moved the same distance with either fingerboard.
    • 具有细长颈部和主体的弦乐器,其一端可具有谐振腔,在另一端具有头部。 琴弦延伸穿过颈部,当振动时,会产生音乐声音。 本发明依赖于可移除的指板,使得一种类型的指板可以替代另一种类型的指板,以产生不同木材或不同质量的声音。 因此,微动指板可替代非脆弱指板。 此外,在优选实施例中,指板被插入到仪器的颈部上,并且可以从仪器的颈部的一个纵向侧滑入和离开互锁元件。 在本发明的一个实施例中,燕尾形突起形成在乐器的颈部上,并且相应的凹口或凹槽形成在指板的下侧,以允许指板在乐器的颈部上的互锁布置。 还提供了微动指纹板和非微动指板的厚度补偿,以确保仪器的琴弦只与指板一起移动相同的距离。
    • 75. 发明授权
    • Neck for stringed musical instruments
    • 颈部用于弦乐器
    • US6111175A
    • 2000-08-29
    • US328861
    • 1999-06-09
    • Richard M. Lasner
    • Richard M. Lasner
    • G10D3/06G10D3/00
    • G10D3/06
    • A stringed musical instrument having a neck assembly, a body portion, and a plurality of strings, the neck assembly having a composite central structure made of a composite material which is sufficiently strong to withstand the entire load imposed on the neck assembly by the tension of the strings without deformation or the need for structural reinforcement. The neck assembly also includes at least one non-structural, non-load bearing wooden insert carried by the composite central structure and extending substantially along the length of the neck assembly, for enabling the stringed instrument to have the response and tonal coloration of stringed instruments with traditional wooden neck assemblies, a fingerboard carried by the composite central structure, and a non-structural, non-load bearing truss rod assembly for relief adjustment of the neck.
    • 具有颈部组件,主体部分和多个弦的弦乐器,所述颈部组件具有由复合材料制成的复合中心结构,该复合材料足够强以承受施加在颈部组件上的整个载荷, 琴弦没有变形或需要结构加固。 颈部组件还包括由复合中心结构承载的至少一个非结构的,不承重的木制插入物,并且基本上沿颈部组件的长度延伸,以使弦乐器具有弦乐器的响应和色调着色 具有传统的木制颈部组件,由复合中心结构承载的指板,以及用于脖子释放调节的非结构的,无负载的桁架杆组件。
    • 77. 发明授权
    • Guitar neck incorporating combination lever and tension-compression
adjustment system
    • 组合杆和张力压缩调节系统的吉他琴颈
    • US5965830A
    • 1999-10-12
    • US866813
    • 1997-05-30
    • Mark R. Carlson
    • Mark R. Carlson
    • G10D3/06G10D3/00
    • G10D3/06
    • A guitar neck incorporating a mechanism for adjusting the degree of straightness of the neck's elongated body is provided herein. The mechanism incorporates a lever and tension-compression system to perform the neck adjustment. The lever and tension-compression system includes a platform and a driver connected pivotally to each other in end-to-end relationship. The platform acts as a lever, and the driver creates tension and actuates the lever. The platform and driver are mounted longitudinally of the neck in a groove (slot or passage), the upper and lower wall of which are adjacent to the platform. Pivot points are provided, preferably on the upper and lower walls of the groove, and cooperate with the platform in achieving the proper lever action.
    • 本文提供了一种结合有用于调节颈部细长体的直线度的机构的吉他颈部。 该机构包括一个杠杆和张力压缩系统来执行颈部调节。 杠杆和张力压缩系统包括一个平台和一个以端对端关系彼此枢转连接的驱动器。 平台用作杠杆,驾驶员产生张力并致动杠杆。 平台和驱动器沿颈部纵向安装在槽(槽或通道)中,其上壁和下壁与平台相邻。 提供枢轴点,优选地在凹槽的上壁和下壁上,并与平台配合以实现适当的杠杆作用。
    • 80. 发明授权
    • Acoustic arm
    • 声臂
    • US5661252A
    • 1997-08-26
    • US628942
    • 1996-04-08
    • Kazimierz Marian Krawczak
    • Kazimierz Marian Krawczak
    • G10D3/02G10D3/06G10D3/00
    • G10D3/06G10D3/02
    • Improved dynamic-acoustic system of guitar (X) with soundbox (184), creates a better scheme of dynamic forces cooperating with soundboard (168) of guitar (X). This system makes it possible for the top to vibrate more freely, producing a full, open tone. Through the use of additional energy, resulting from moving the string attachment from soundboard (168) onto acoustic arm (10), the soundboard (168) is not put under string tension, as in standard flat top, classical, or arch-top guitars. Allowing much lighter braces to be used without a imploding or exploding soundboard (168). Acoustic arm (10) is a simple mechanical element attached to neck (82) of guitar (X), creating its extension inside soundbox (184). Neck (82) with attached acoustic arm (10), is installed in top block (74). Next, neck (82) attached with two bolts (100) and (124) to soundbox (184), creates a separable, rigid construction of guitar (X). Relocation of the string attachment onto acoustic arm (10), frees up more applications of this instrument, related to sound, length of life, production, and conservation of the guitar. The use of simple separable connection of neck (82) and block (74), will significaly reduce the execution time of certain technological operations in guitar production. Locating the acoustic arm (10) with neck (82) in soundbox (184), using two bolts, is a simple operation, with does not require special training of the employees.
    • 吉他(X)与音箱(184)的改进的动态声学系统,创造出一种更好的与吉他(X)音板(168)配合的动态力的方案。 该系统使顶部可以更自由地振动,产生完整的开放的音调。 通过使用额外的能量,通过将琴弦附件从音板(168)移动到声臂(10)而产生,音板(168)不会被置于弦线张力之下,如标准平顶,古典或拱顶吉他 。 允许使用较轻的支架,无需爆炸或爆炸声板(168)。 声臂(10)是附接到吉他(X)的颈部(82)的简单的机械元件,在音箱(184)内产生其扩展。 具有连接的声臂(10)的颈部(82)安装在顶部块(74)中。 接下来,将两个螺栓(100)和(124)附接到音箱(184)的颈部(82)产生吉他(X)的可分离的刚性结构。 把琴弦附着物转移到声臂(10)上,释放了与乐器相关的更多的声音,生命长度,制作和保存吉他的应用。 使用简单的可分离连接颈部(82)和阻挡(74),将大大减少吉他生产中某些技术操作的执行时间。 使用两个螺栓将声臂(82)放在音箱(184)中的声臂(10)是一个简单的操作,不需要员工的特殊训练。