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    • 6. 发明申请
    • THREADED PUNCHED COUPLING WITH A SPRING
    • 螺纹螺纹连接与弹簧
    • WO2013001111A3
    • 2013-04-04
    • PCT/ES2012000167
    • 2012-06-15
    • DIAZ RODRIGUEZ JOSE
    • DIAZ RODRIGUEZ JOSE
    • F16F1/12
    • F16F1/125
    • The invention relates to a threaded punched coupling with a spring, consisting of a plate having a thickness that is slightly less than that of the wire forming the spring towards which it is oriented. When the plate is punched, it forms three shaped sections: the first section consists of the beginning of a width that is slightly narrower than the inside of the spring and serves as a guide so that, when the plate is rotated, the triangular teeth of the second section, forming the thread, are inserted between the spirals and pitches of the spring on the inside, and the third section has an oval-shaped drill hole for fixing the spring in the position thereof and side notches that are trapezium-shaped so as to act as a coupling to couple to a suitable tool and to be able to stretch the spring and leave it definitively housed. The third section can have a plurality of forms.
    • 本发明涉及一种带有弹簧的螺纹冲压联接器,该弹簧由一板的厚度组成,其厚度略小于形成其所定向的弹簧的钢丝的厚度。 当板被冲压时,其形成三个形状的部分:第一部分由宽度开始的宽度比弹簧内部稍窄,并且用作引导件,使得当板旋转时,三角形齿 形成螺纹的第二部分插入在内侧的弹簧的螺旋和间距之间,并且第三部分具有用于将弹簧固定在其位置的椭圆形钻孔和梯形的侧切口 作为耦合以耦合到合适的工具并且能够拉伸弹簧并使其绝对容纳的耦合。 第三部分可以具有多种形式。
    • 7. 发明申请
    • ENGANCHE TROQUELADO ROSCADO A MUELLE
    • 螺纹联接螺纹弹簧
    • WO2013001111A2
    • 2013-01-03
    • PCT/ES2012/000167
    • 2012-06-15
    • DIAZ RODRIGUEZ, José
    • DIAZ RODRIGUEZ, José
    • F16F1/125
    • El enganche troquelado roscado a muelle consiste en una chapa de grueso algo menor que el alambre del que está hecho el muelle al que va dirigido, que al cortarla a troquel se quedan perfiladas tres secciones: la primera consiste en un inicio de un ancho algo menor que el interior del muelle, que sirve como guía para que los dientes triangulares del segundo sector que hacen de rosca, al girar la chapa se introduzca entre las espiras y los vanos del muelle por el interior; a continuación, el tercer sector lleva un taladro en forma ovalada para anclar el muelle en su posición, y unas muescas laterales de forma trapecial para que sirvan de enganche a una herramienta apropiada y poder tensar el muelle y dejarlo definitivamente alojado. Haciendo constar que el tercer sector puede ser de multitud de formas.
    • 带螺纹连接到弹簧上的模切连接件由厚度略小于其所在的导线的厚度的片材组成; 由弹簧其所被寻址,使得切割模具三个部分成形:第一是由比内弹簧,其用作合谷RIVER用于所述第二扇区的三角形齿稍微小的宽度的开始的 当盘子转动时,盘子由内部进入转子和码头的托架之间; AHEADó N,第三扇区具有钻状卵形锚定在其位置&oacute弹簧; n,以及梯形形状的侧槽用作附接到适当的工具将张力弹簧和离开永久容纳。 注意到第三部门可以有多种方式。
    • 8. 发明申请
    • SPRING STIFFNESS AND PRETENSION ADJUSTING SYSTEM
    • 弹簧刚度和预测调整系统
    • WO2011051884A1
    • 2011-05-05
    • PCT/IB2010/054846
    • 2010-10-26
    • CORSO, Matteo
    • CORSO, Matteo
    • F16F1/04F16F1/12
    • F16F1/121F16F1/125
    • A spring adjustment system having an inner leading element (1,18) receiving the rotary motion externally given through an adjustment nut (2, 19) placed upon a cap (3, 14), and a body element (6, 16) - receiving the rotation of said inner leading element (1, 18) - with a grooved surface (12, 35) having a thread pitch bearing all or only a portion of the spring coils and having a machined surface (8, 36) with a thread pitch - a guidance element (11, 15), having a machined surface (10, 17), coupled with the machined surface (8, 36) of said body element (6, 16); wherein said guidance element forces said body element (6, 16) into an helical path, once set in rotation by said leading element (1, 18), said guidance element (11, 15) being fixed to said cap (3, 14) of said adjusting system.
    • 一种弹簧调节系统,具有内部引导元件(1,18),所述内部引导元件(1,18)接收外部通过放置在盖子(3,14)上的调节螺母(2,19)给出的旋转运动,以及主体元件(6,16) 所述内引导元件(1,18)的旋转具有带螺纹节距的带槽表面(12,35),该螺纹节距具有全部或仅一部分弹簧线圈并且具有加工表面(8,36),其具有螺距 - 引导元件(11,15),具有与所述主体元件(6,16)的加工表面(8,36)相结合的加工表面(10,17); 其中所述引导元件迫使所述主体元件(6,16)进入由所述引导元件(1,18)旋转设置的螺旋路径,所述引导元件(11,15)固定到所述盖(3,14) 的所述调整系统。
    • 9. 发明申请
    • SPRING DAMPER
    • 弹簧阻尼器
    • WO2006081256A3
    • 2007-11-29
    • PCT/US2006002519
    • 2006-01-25
    • PETERSON AMERICAN CORPYOUD JASON BSAYNOR DEREK
    • YOUD JASON BSAYNOR DEREK
    • F16F1/06
    • F01L1/462F01L1/16F01L3/10F01L3/24F16F1/12F16F1/125F16F13/02
    • A damper is shown for damping the movements of a valve spring in an engine. The valve spring can be housed within the damper or the damper may be located inside of the valve spring. The damper is made from a suitable polymer and has one or more slots located radially to a central axis and one or more rings or bands. The slots can be parallel to the central axis or cut at an angle or curve in the wall of the damper. The rings or bands are located on the outer surface of the damper where the valve spring is located within the damper. The purpose of the slots cut into the polymer damper is to enable the polymer to deflect and conform to the shape of the spring under a radial force provided by a separate circular spring element such as a band, ring, garter spring and others. The rings or bands are located on the inner surface of the damper where the valve spring surrounds the damper. The cross section, number and location of the slots, rings or bands can be adjusted depending on the particular application of the damper and the amount of damping that is desired for the particular application.
    • 示出了用于阻尼发动机中的气门弹簧的运动的阻尼器。 阀弹簧可以容纳在阻尼器内,或者阻尼器可以位于阀弹簧的内部。 阻尼器由合适的聚合物制成并且具有径向位于中心轴线和一个或多个环或带的一个或多个槽。 槽可以平行于中心轴线,或者在阻尼器的壁上以一定角度或曲线切割。 环或带位于阻尼器的外表面上,其中阀弹簧位于阻尼器内。 切割成聚合物阻尼器的槽的目的是使得聚合物能够在由单独的圆形弹簧元件(例如带状物,环状物,带状弹簧等)提供的径向力下偏转并且符合弹簧的形状。 环或带位于阻尼器的内表面上,其中阀弹簧围绕阻尼器。 可以根据阻尼器的特定应用和特定应用所需的阻尼量来调节槽,环或带的横截面,数量和位置。