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    • 1. 发明授权
    • Connection of a wing to a fuselage of an airplane
    • 将机翼连接到飞机机身上
    • US08740150B2
    • 2014-06-03
    • US13058552
    • 2009-08-18
    • Frank WerthAndreas PoppeHermann BenthienBernd Beschorner
    • Frank WerthAndreas PoppeHermann BenthienBernd Beschorner
    • B64C1/26
    • B64C1/26
    • An aerofoil connection on a fuselage airframe comprising a plurality of double-jointed coupling members. In each case at least two z-coupling members extending substantially parallel to a vertical axis of the aircraft and in each case at least two xz-coupling members are arranged in the region of two longitudinal edges of a fuselage airframe recess wherein the xz-coupling members are configured in each case for a first maximum of a load in the event of a crash and of a load in normal flight operation parallel to a longitudinal axis of the aircraft, and for a second maximum of a load in the event of a crash and of a load in normal flight operation parallel to the vertical axis. The xz-coupling members are capable of absorbing force components parallel to the x-axis as well as force components which arise parallel to the z-axis.
    • 在机身机身上的机翼连接,包括多个双接头联接构件。 在每种情况下,至少两个基本上平行于飞行器的垂直轴延伸的z联接构件,并且在每种情况下至少两个xz耦合构件布置在机身机身凹部的两个纵向边缘的区域中,其中xz耦合 在每种情况下,构件在发生碰撞的情况下的负载的第一最大值和平行于飞行器的纵向轴线的正常飞行操作中的负载被配置,并且在发生碰撞的情况下被配置为负载的第二最大值 以及平行于垂直轴的正常飞行操作中的负载。 xz耦合构件能够吸收平行于x轴的力分量以及平行于z轴产生的力分量。
    • 2. 发明申请
    • CONNECTING ELEMENT, IN PARTICULAR A SPEED NUT
    • 连接元件,特别是速度螺母
    • US20100040433A1
    • 2010-02-18
    • US12539191
    • 2009-08-11
    • Andreas PoppeHermann Benthien
    • Andreas PoppeHermann Benthien
    • F16B37/08F16B37/00
    • F16B37/067F16B19/1045
    • The invention relates to a connection element, in particular a plate nut, comprising a base body for attachment of an arbitrary component to a metallic planar object, in particular to a sheet metal.According to the invention, the base body comprises a securement portion the cross-sectional geometry of which deviates from a circular shape, the securement portion being at least partially positively receivable in a deformation in the sheet metal. The base body is, by means of a holding device, secured in the deformation against dropping out.In an alternative embodiment of the connection element, wherein unilateral accessibility to the sheet metal is sufficient, the holding device is formed by bead portions in a shaft area of the base body, which are plastically deformed into a bead by pull-out of a threaded bolt that is screwed into a thread portion.In accordance with a further embodiment the holding device is formed by a threaded nut engageable on the underside with the base body of the connection element or/and snappable onto the same, bilateral accessibility to the sheet metal however being required.
    • 本发明涉及连接元件,特别是板螺母,其包括用于将任意部件附接到金属平面物体,特别是金属板的基体。 根据本发明,基体包括其横截面几何形状偏离圆形的固定部分,该固定部分至少部分地可在金属板的变形中正面接收。 基体通过保持装置固定在变形中,不会脱落。 在连接元件的替代实施例中,其中对金属板的单方面可接近性足够,保持装置由基体的轴区域中的胎圈部分形成,其通过拉出螺纹而被塑性变形成胎圈 拧入螺纹部分的螺栓。 根据进一步的实施例,保持装置由能够与连接元件的基体接合在下侧上的螺纹螺母形成,或/或可被卷绕到与金属板相同的双边可接近性上。
    • 4. 发明授权
    • Connecting element, in particular a speed nut
    • 连接元件,特别是速度螺母
    • US08262332B2
    • 2012-09-11
    • US12539191
    • 2009-08-11
    • Andreas PoppeHermann Benthien
    • Andreas PoppeHermann Benthien
    • F16B37/04
    • F16B37/067F16B19/1045
    • The invention relates to a connection element, in particular a plate nut, comprising a base body for attachment of an arbitrary component to a metallic planar object, in particular to a sheet metal.According to the invention, the base body comprises a securement portion the cross-sectional geometry of which deviates from a circular shape, the securement portion being at least partially positively receivable in a deformation in the sheet metal. The base body is, by means of a holding device, secured in the deformation against dropping out.In an alternative embodiment of the connection element, wherein unilateral accessibility to the sheet metal is sufficient, the holding device is formed by bead portions in a shaft area of the base body, which are plastically deformed into a bead by pull-out of a threaded bolt that is screwed into a thread portion.In accordance with a further embodiment the holding device is formed by a threaded nut engageable on the underside with the base body of the connection element or/and snappable onto the same, bilateral accessibility to the sheet metal however being required.
    • 本发明涉及连接元件,特别是板螺母,其包括用于将任意部件附接到金属平面物体,特别是金属板的基体。 根据本发明,基体包括其横截面几何形状偏离圆形的固定部分,该固定部分至少部分地可在金属板的变形中正面接收。 基体通过保持装置固定在变形中,不会脱落。 在连接元件的替代实施例中,其中对金属片的单方面可接近性是足够的,保持装置由基体的轴区域中的胎圈部分形成,其通过拉出螺纹而被塑性变形成胎圈 拧入螺纹部分的螺栓。 根据进一步的实施例,保持装置由能够与连接元件的基体接合在下侧上的螺纹螺母形成,或/或可被卷绕到与金属板相同的双边可接近性上。
    • 8. 发明申请
    • CONNECTION OF A WING TO A FUSELAGE OF AN AIRPLANE
    • 一个机会与一个机场的联系的连接
    • US20110210206A1
    • 2011-09-01
    • US13058552
    • 2009-08-18
    • Frank WerthAndreas PoppeHermann BenthienBernd Beschorner
    • Frank WerthAndreas PoppeHermann BenthienBernd Beschorner
    • B64C1/26
    • B64C1/26
    • An aerofoil connection on a fuselage airframe comprising a plurality of double-jointed coupling members. In each case at least two z-coupling members extending substantially parallel to a vertical axis of the aircraft and in each case at least two xz-coupling members are arranged in the region of two longitudinal edges of a fuselage airframe recess wherein the xz-coupling members are configured in each case for a first maximum of a load in the event of a crash and of a load in normal flight operation parallel to a longitudinal axis of the aircraft, and for a second maximum of a load in the event of a crash and of a load in normal flight operation parallel to the vertical axis. The xz-coupling members are capable of absorbing force components parallel to the x-axis as well as force components which arise parallel to the z-axis.
    • 在机身机身上的机翼连接,包括多个双接头联接构件。 在每种情况下,至少两个基本上平行于飞行器的垂直轴延伸的z联接构件,并且在每种情况下至少两个xz耦合构件布置在机身机身凹部的两个纵向边缘的区域中,其中xz耦合 在每种情况下,构件在发生碰撞的情况下的负载的第一最大值和平行于飞行器的纵向轴线的正常飞行操作中的负载被配置,并且在发生碰撞的情况下被配置为负载的第二最大值 以及平行于垂直轴的正常飞行操作中的负载。 xz耦合构件能够吸收平行于x轴的力分量以及平行于z轴产生的力分量。