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    • 1. 发明申请
    • VIBRATION ISOLATION MEMBER
    • 振动隔离构件
    • WO2014036131A1
    • 2014-03-06
    • PCT/US2013/057068
    • 2013-08-28
    • LORD CORPORATIONRAWSON, Scott A.DOWNING, Marshall W.NEGRO, Mark F.
    • RAWSON, Scott A.DOWNING, Marshall W.NEGRO, Mark F.
    • F16F13/20F16F1/373F16F1/376F16F13/10F16F13/14F16F15/08F16F1/38
    • F16F3/0873F16F1/3732F16F1/41
    • A snubbed isolator comprising:an inner member, the inner member (12) having: a lower member (25) including an upper surface (27) and base (32), wherein the base is wider than the upper surface; a stem (24) integral with the lower member, the stem including a top, wherein the top is oppositely positioned from the base; a surface associated with the top of the stem, the surface being capable of bearing load; an outer member (14) positioned outwardly from the inner member, the outer member having a surface that is wider near the base of the lower member and narrower proximate the upper surface of the lower member; an interlock between the inner and outer members; an elastomeric element (16) bonded between the inner and outer members; and at least one snubbing elastomeric element (34) bonded to the inner member and positioned to snub against a mounting structure.
    • 一种缓冲隔离器,包括:内部构件,所述内部构件(12)具有:包括上表面(27)和底座(32)的下构件(25),其中所述基部比所述上表面宽; 与所述下部构件一体的杆(24),所述杆包括顶部,其中所述顶部与所述基部相对定位; 与杆的顶部相关联的表面,该表面能承受负载; 外部构件(14),其从所述内部构件向外定位,所述外部构件具有在所述下部构件的基部附近更宽的表面,并且在所述下部构件的上表面附近更窄; 内部和外部构件之间的互锁; 粘合在内部和外部构件之间的弹性体元件(16) 以及至少一个缓冲弹性体元件(34),其结合到所述内部构件并且定位成与所述安装结构相连。
    • 4. 发明申请
    • ASYMMETRICAL MOUNTING
    • 不平衡STORAGE
    • WO2010054808A1
    • 2010-05-20
    • PCT/EP2009008044
    • 2009-11-12
    • MITSCH FRANZ
    • MITSCH FRANZ
    • F16D3/70F16F1/373F16F1/393
    • F16D3/70F16F1/3935F16F1/41
    • The invention relates to an elastomeric mounting for reducing vibrations in machines which are caused predominantly by forces which act from the outside. On account of its special design and structural symmetry, it is capable of processing the forces which occur in all spatial directions, with optimum material protection. The bearing according to the invention is preferably suitable for a rotary connection of rotor/gear mechanism units to the machine carrier in wind turbines. The bearing has an interactive sandwich element (5), cone element (3), cone piece (4) and cylinder piece (4a).
    • 本发明涉及一种主要是由从外部作用的力为在机器减少振动的弹性体的轴承。 由于其特殊的结构和Bausymmetrie它能够处理在各个方向的力与最佳的材料保护空间。 根据本发明的轴承优选地适合于在转子的传输单元的与风力涡轮机的机支持的圆周连接。 在将片层相配合Sandwichlement(5),锥形元件(3),所述锥形部分(4)和所述气缸部(4A)。
    • 5. 发明申请
    • GUMMI-METALL-FEDERELEMENT
    • 橡胶 - 金属SHOCK
    • WO2017097558A1
    • 2017-06-15
    • PCT/EP2016/077940
    • 2016-11-17
    • CONTITECH LUFTFEDERSYSTEME GMBH
    • LINDENBERG, Mark
    • F16F1/41
    • F16F1/41
    • Gummi-Metall-Federelement, insbesondere zur Verwendung in Fahrwerken von Schienenfahrzeugen, wobei das Gummi-Metall-Federelement zwischen einem oberen und mit der gefederten Masse verbundenen Anschlusselement und einem unteren und mit der ungefederten Masse verbundenen Anschlusselement angeordnet und als konische Schichtfeder aus mehrenen abwechselnd und konzentrisch angeordneten Lagen aus elastomerem Material bzw. Gummi einerseits und Metall andererseits aufgebaut ist, wobei die einzelnen Lagen als kegelförmige Ringkörper ausgebildet sind, wobei die beiden kegeligen Oberflächen von mindestens einem der kegelförmige Ringkörper unterschiedliche Kegelwinkel in Bezug auf die gemeinsame Hochachse der die konische Schichtfeder bildenden konzentrischen Lagen aus Gummi bzw. Metall aufweisen
    • 橡胶 - 金属弹簧元件,尤其适用于轨道车辆的底架的使用,其特征在于,上部和设置为与簧上质量相关联的连接器元件和下并连接到簧下质量的连接元件之间的橡胶 - 金属弹簧元件 并且被配置为mehrenen的圆锥形层弹簧交替和同心布置的弹性材料或橡胶的层,一方面与金属,另一方面,各个层作为锥形WAVY Ringk&oUML;成型体,其中,所述两个锥形表面承受锥ouml中的至少一个的表面上 环形环相对于锥形层弹簧的共同垂直轴线具有不同的锥角,形成橡胶或金属的同心层

    • 7. 发明申请
    • SPRING ELEMENT
    • 弹簧元件
    • WO1992015800A1
    • 1992-09-17
    • PCT/AT1992000028
    • 1992-03-02
    • JENBACHER TRANSPORTSYSTEME AKTIENGESELLSCHAFT
    • JENBACHER TRANSPORTSYSTEME AKTIENGESELLSCHAFTHIDEN, Helmut
    • F16F07/08
    • F16F13/04F16F1/41F16F1/54F16F7/08F16F2236/123
    • A spring element comprises metallic layers (2a-f) essentially transversal to the direction of compression between which resilient layers (3a-f) of elastic material are intercalated. The metallic layers (2a-f) and the elastic resilient layers (3a-f) are arranged one above the other in the direction of compression. When the spring element is compressed in the direction of compression, wedge-shaped friction bodies (5) in the spring element are pressed, at right angles to the direction of compression, against a friction surface (6) against which they rub. To obtain a compact, economical structure, the friction bodies (5) lie at least partially between two elastic resilient layers (3d, 3e). These two resilient layers (3d, 3e) and the other elastic resilient layers (3a, b, c, f) lie one above the other on a part of each friction body (5) and the metallic layers (2a-f) in the direction of compression (4).
    • 弹簧元件包括基本上横向于压缩方向的金属层(2a-f),弹性材料的弹性层(3a-f)插入其中。 金属层(2a-f)和弹性弹性层(3a-f)沿压缩方向彼此上下排列。 当弹簧元件在压缩方向上被压缩时,弹簧元件中的楔形摩擦体(5)被压制成与压缩方向成直角的摩擦表面(6)抵靠它们摩擦。 为了获得紧凑的经济结构,摩擦体(5)至少部分地位于两个弹性弹性层(3d,3e)之间。 这两个弹性层(3d,3e)和其它弹性弹性层(3a,b,c,f)在每个摩擦体(5)的一部分上和另一个上的金属层(2a-f) 压缩方向(4)。