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    • 52. 发明授权
    • Device for transferring the vibrations of strings to the walls of a
hollow body
    • 用于将弦的振动传递到中空体的壁的装置
    • US5044246A
    • 1991-09-03
    • US415280
    • 1989-08-17
    • Karlwalter Schmidt
    • Karlwalter Schmidt
    • G10D3/02G10D1/02G10D3/04
    • G10D3/04
    • The invention relates to a device for the transfer of string vibrations to the outer walls of a hollow body. The strings are stretched over a bridge in the conventional manner and the bridge transfers the movements to a mobile wall of the hollow body. This narrow wall with a relatively small surface does not mainly vibrate the surrounding air and instead transfers via supports the string vibrations to two large-area hollow body walls positioned below it. The bearing points of the bridge on the hollow body narrow wall, the hollow body walls and the supports are arranged in such a way that in the case of a bridge vibrating movement direction following the string vibrations, the large surfaces of the hollow body are moved in opposite directions. The large surfaces mainly vibrate the surrounding air, on the one hand directly through the movements thereof on the hollow body surface and on the other hand indirectly by the pumping action of the oppositely moving large surfaces on the air within the hollow body, which in turn excite the ambient air by corresponding wall openings. The transfer mechanism permits larger vibrating walls with larger vibration amplitudes and a larger hollow body for comparable instruments, so that the strings give more sound for the same excitation energy.
    • PCT No.PCT / DE88 / 00785 Sec。 371日期1989年8月17日 102(e)日期1989年8月17日PCT提交1988年12月29日PCT公布。 出版物WO89 / 07308 日本1989年8月10日。本发明涉及一种用于将弦振动传递到中空体的外壁的装置。 弦以常规方式在桥上拉伸,并且桥将运动转移到中空体的移动壁。 具有相对小的表面的这个窄壁不会主要振动周围空气,而是通过支撑件将弦振动传递到位于其下方的两个大面积空心体壁。 中空体窄壁上的桥的轴承点,空心体壁和支撑体以这样的方式排列,使得在沿着弦振动的桥梁振动运动方向的情况下,中空体的大表面被移动 在相反的方向 大面积主要是振动周围的空气,一方面直接通过其在中空体表面上的运动,另一方面间接通过中空体内的空气上相反移动的大表面的泵送作用, 通过相应的墙壁开口激发环境空气。 传递机构允许具有较大振动振幅的更大的振动壁和用于可比较的仪器的较大的中空体,使得弦对于相同的激发能量给出更多的声音。
    • 54. 发明授权
    • Violins
    • 小提琴
    • US4955274A
    • 1990-09-11
    • US263028
    • 1988-10-26
    • Joseph H. Stephens
    • Joseph H. Stephens
    • G10D1/00G10D3/02
    • G10D3/02G10D1/005
    • The invention relates to the manufacture of a violin (and other instruments of the violin family), in which the component parts of the acoustic box are made from sheet material. The sheet material is composed of substantially unidirectionally oriented man-made fibres, for example of carbon or boron, set in a matrix of epoxy resin. Thus the fibres are substantially all aligned from end to end in the front plate and in the back plate, we well as in the lengths of the side pieces and bass bar. Using this alignment of fibres that have a high modulus of elaticity, coupled with relatively low specific gravity and low flexural friction in vibration, a design for an instrument's acoustic box is specified which provides for instruments having vibrational systems, similar to that found in traditional instruments, but in which, for the same loudness of sound propagated, there are substantial economies in the proportional of force inherent in a vibration that is deployed in propagating sound.
    • 本发明涉及小提琴(和小提琴系列的其他乐器)的制造,其中音箱的组成部分由片材制成。 片材由基本上单向取向的人造纤维,例如碳或硼组成,设置在环氧树脂的基体中。 因此,纤维基本上在前板和后板中从一端到另一端对准,我们与侧片和低音棒的长度一样好。 使用具有高弹性模量的纤维对准,加上相对低的比重和振动中的低弯曲摩擦力,规定了仪器声学盒的设计,其提供了具有振动系统的仪器,类似于传统仪器 ,但是由于传播声音的响度相同,在传播声音部署的振动中固有的力的比例存在很大的经济性。
    • 58. 发明授权
    • String instrument
    • 弦乐器
    • US4335641A
    • 1982-06-22
    • US204691
    • 1980-11-06
    • Dieter Hopf
    • Dieter Hopf
    • G10D3/02G10D3/04G10D3/12
    • G10D3/04
    • A string instrument, such as a guitar, has a resonance body and a bridge provided with a string-contacting surface. A string-supporting element is provided on the body and a string-securing device is also provided on the body but is separate from and spaced from the bridge and has a second string-contacting surface. One or more sound openings are provided in the resonance body and surround a center region of the bridge. A string-deflecting element is also provided on the center region of the bridge spaced from and opposite the first string-contacting surface.
    • 诸如吉他的弦乐器具有共振体和设置有弦接触表面的桥。 弦体支撑元件设置在主体上,并且弦固定装置也设置在主体上,但是与桥分离并与桥隔开并且具有第二弦接触表面。 一个或多个声音开口设置在谐振体中并且围绕桥的中心区域。 弦桥偏转元件还设置在与第一弦接触表面间隔开并相对的桥的中心区域上。