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    • 2. 发明授权
    • Monolithic self-stiffened panels
    • 单片自加强板
    • US08083182B2
    • 2011-12-27
    • US11996302
    • 2006-07-12
    • Bruno Cacciaguerra
    • Bruno Cacciaguerra
    • B64C1/14
    • B64C25/16B64C1/12B64C2001/0072B64C2001/0081Y02T50/43
    • A composite panel having a first skin forming the outer wall of the panel, known as the lower face (1), and a second skin forming part of the inner wall of the panel. The second skin is formed hollow such as to produce an inner reinforcing frame (2) in the form of a half-box structure (3) which, together with the first skin, forms box parts. The aforementioned frame is equipped with a rim (4a, 4b) for fixing to the first skin, a face known as the upper face (5) and connecting side walls (6, 6a, 6b, 6c, 6d, 6e, 7) between the rim (4a, 4b) and the upper face (5) the first and second skins forming a monolithic self-stiffened panel. The half-box frame (2) has perforated sections (8) which are defined by hollow beam sections forming the half-box frame (2).
    • 一种复合面板,其具有形成面板外壁的第一皮肤,称为下表面(1),以及形成面板内壁部分的第二皮肤。 第二皮肤形成为中空的,以产生半框结构(3)形式的内部加强框架(2),其与第一皮肤一起形成箱体部件。 上述框架配备有用于固定到第一皮肤的边缘(4a,4b),称为上表面(5)的表面和连接侧壁(6,6a,6b,6c,6d,6e,7)之间的边缘 边缘(4a,4b)和上表面(5),第一和第二表皮形成一体的自加强板。 半框框架(2)具有由形成半框框架(2)的中空梁部分限定的穿孔部分(8)。
    • 3. 发明授权
    • Aircraft ventral fairing partition wall and aircraft equipped with a ventral fairing
    • 飞机腹侧整流罩分隔壁和飞机配有腹侧整流罩
    • US08066221B2
    • 2011-11-29
    • US12096459
    • 2006-11-23
    • Francois Rouyre
    • Francois Rouyre
    • B64C1/10B64C1/38
    • B64C7/00B64C1/26
    • The invention concerns a wall (10) of vertical partitioning for a ventral cowling of an aircraft including a plurality of vertical panels (11, 12, 12′, 13, 13′), each panel being linked to an adjacent panel by a vertical post (14, 15, 16). At least one exterior panel (13, 13′) is mounted in a fixed manner on at least one associated vertical post (14, 16). The upper end of said vertical post is fitted with a means of fastening in transverse rotation intended to be fixed to the structure (8) of an aircraft, the means of fastening in transverse rotation being capable of allowing the displacement (Dy) of the structure of the aircraft with respect to the fixed partitioning wall. It is also possible for at least one intermediary panel (12, 12′) to be mounted floating on at least one associated vertical post (15, 16), in such a way as to have a deflection parallel and perpendicular to the adjacent panels.
    • 本发明涉及一种包括多个垂直面板(11,12,12',13,13')的飞行器的腹部整流罩的垂直分隔壁(10),每个面板通过垂直柱连接到相邻的面板 (14,15,16)。 至少一个外部面板(13,13')以固定的方式安装在至少一个相关联的垂直柱(14,16)上。 所述立柱的上端装有横向旋转固定在飞行器结构(8)上的装置,横向旋转的紧固装置能够允许结构的位移(Dy) 相对于固定分隔壁的飞机。 至少一个中间面板(12,12')也可以浮动地安装在至少一个相关联的垂直柱(15,16)上,以便具有平行且垂直于相邻面板的偏转。
    • 9. 发明授权
    • Electrical cabinet with electrical connection to its door
    • 电气柜与电气连接到其门
    • US07959453B2
    • 2011-06-14
    • US11718899
    • 2005-11-18
    • Bernard Guering
    • Bernard Guering
    • H01R35/00
    • E05D11/0081E05Y2900/208H02B1/38H02G11/00
    • The invention concerns an electrical cabinet (1) including a housing (2), a door (3) and a hinge (4). The housing and the door support electric wires which are each routed from an electrical component located inside an electrical equipment compartment (11) formed by the housing towards the outside of the compartment to be connected to a corresponding electrical connector (17). Therefor, according to the invention the electric wires are routed through the hinge which is itself connected to the electrical connector. The hinge forms at least one passage orifice (18, 19) guiding, the electric wires from inside the compartment towards the outside of the compartment while directing them towards the electrical connector.
    • 本发明涉及一种包括壳体(2),门(3)和铰链(4)的电气柜(1)。 所述外壳和所述门支撑电线各自从位于由所述壳体形成的电气设备隔间(11)内部的电气部件路由到所述隔间的外部,以连接到相应的电连接器(17)。 因此,根据本发明,电线通过自身连接到电连接器的铰链。 所述铰链形成至少一个通道孔(18,19),其将所述电线从所述隔室内部朝向所述隔室的外部引导,同时将它们引向所述电连接器。
    • 10. 发明授权
    • Non-destructive ultrasound inspection method and measurement probe for implementing the method
    • 非破坏性超声检查方法和测量探头实现方法
    • US07934425B2
    • 2011-05-03
    • US11930276
    • 2007-10-31
    • Pierre BarbeauGuillaume Ithurralde
    • Pierre BarbeauGuillaume Ithurralde
    • G01N29/06
    • G01N29/2462G01N29/221G01N2291/044G01N2291/104G01N2291/106G01N2291/2694
    • A method for inspecting a part by a non-destructive ultrasound inspection, the part is immersed in an acoustic wave conducting medium and an incident ultrasound wave having a wide beam of section Σ is emitted into the ultrasound-conducting medium towards the part. The characteristics of the waves reflected by faces of the part to be inspected are measured on at least a small section σ, the characteristic dimensions of which are substantially less than those of the section Σ. The location of the section or sections σ is determined such that, despite the possible variations of the position of the part and the relative slopes of its faces, the section σ is always located in the volumes passed through by the reflected waves, for example substantially in an area close to the axis of the incident beam when the incident beam is controlled to be oriented substantially in a direction perpendicular to a face of the part.
    • 一种通过非破坏性超声波检查检查部件的方法,该部件浸没在声波导电介质和具有宽横截面积Sgr的入射超声波中; 朝向该部分发射到超导传导介质中。 测量被检测部件表面反射的波的特性至少在小截面尺寸上测量,其特征尺寸基本上小于部分&Sgr; 该部分或部分的位置&sgr; 确定为尽管部件的位置和其面部的相对斜率可能的变化, 总是位于反射波通过的体积中,例如当入射光束被控制为基本上在垂直于该部分的面的方向上时,基本上在接近入射光束的轴线的区域中。