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    • 55. 发明授权
    • Repair method
    • 修理方法
    • US07368073B2
    • 2008-05-06
    • US10767598
    • 2004-01-29
    • Max KrogagerJan Vaara
    • Max KrogagerJan Vaara
    • B29C70/56B29C70/16B32B38/08B32B7/00B32B5/12B29C70/54
    • B29C73/025B29K2105/128B29L2009/00
    • In a method for filling pores between two adjacent layers of a laminate for a component with high demands upon strength and comprising several layers of fibre composite having within each layer substantially parallel fibres embedded in a matrix, a connection path is created, through which a medium may move inside the laminate, between the exterior of the laminate and the pore by exerting the laminate at least in the region of the pore for forces making slots to propagate substantially in the matrix through each laminate layer along the fibre direction of the layer. A flowing, curable material is after that applied at an outer surface of the laminate and this is brought to fill the pore through the connection path. Finally, the material filling the pore is brought to cure.
    • 在用于对强度要求高的部件的层压板的两个相邻层之间填充孔隙的方法中,并且包括几层纤维复合材料,其在每层内具有基本平行的嵌入在矩阵中的纤维,产生连接路径,通过该连接路径, 可以通过在层压体的外部至少在孔的区域内施加层压体,在层压体的外部之间移动,从而使槽沿着该层的纤维方向通过每个层压层基本上在基体中传播。 之后,将流动的可固化材料施加在层压板的外表面上,并通过连接路径填充孔。 最后,使填充孔的材料固化。
    • 59. 发明申请
    • Spiraling device
    • 螺旋装置
    • US20050133656A1
    • 2005-06-23
    • US10518851
    • 2003-05-15
    • Markus BergerRainer OehlKlaus Binder
    • Markus BergerRainer OehlKlaus Binder
    • B65H81/06B29C53/66B29C70/16B29L23/00
    • B29C53/8016B29C70/16B65H49/32B65H59/16
    • A spiraling arrangement (1) for applying a spirally-shaped filament layer to an elongated carrier (2) which is drivable in the direction of the carrier longitudinal axis (X). The arrangement has a rotor (3), which is rotatable about the carrier longitudinal axis (X), and a plurality of filament bobbin carrier shafts (5) which extend in the direction of the carrier longitudinal axis (X). The carrier shafts (5) are arranged distributed on a circumscribed circle radius of the rotor (3) and are each configured to take up a plurality of filament bobbins (7). On one end face (6a) of the rotor (3), filament brake elements (10) are arranged distributed over the periphery and can be driven synchronously with respect to each other. The filaments (8) are taken off the filament bobbins (7) and are guided by filament guide elements (9) via the filament brake elements (10) and an annular comb (12), which encloses the carrier (2), onto the carrier (2).
    • 一种螺旋形布置(1),用于将螺旋状的细丝层施加到可沿着载体纵向轴线(X)的方向驱动的细长载体(2)。 该装置具有绕托架纵向轴线X可转动的转子(3),以及沿托架纵向轴线(X)的方向延伸的多个长丝轴托架轴(5)。 载体轴(5)分布在转子(3)的外接圆半径上,并且分别被构造成吸收多个长丝线轴(7)。 在转子(3)的一个端面(6a)上,灯丝制动元件(10)布置成分布在周边上,并且可以相对于彼此同步地被驱动。 灯丝(8)从灯丝筒(7)中取出,并经灯丝制动元件(10)和细丝引导元件(9)引导,环形梳(12)包围载体(2) 载体(2)。