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A method for the integration of hollow space structures in fiber composite shells forming

机译:纤维复合材料壳成型中集成空间结构的方法

摘要

The present invention relates to a method for the integration of the hollow space in the fiber composite structures forming bowls, comprising the steps of:a) production of an open cavity-forming profile (9),b) production of a gusset strip (1) as in the direction of the width of dimensionally stable pressure piece, wherein the width of the gusset strip (1) on the open cavity-forming profile (9) is adapted and the wedge belt (1) of a band-shaped wedge carrier (2), on which of the plane of the wedge carrier (2) in the form of wedge-shaped projections extending lips (3) are formed, whose outer surfaces (4) for the contacting of the inner sides (13) of the cavity-forming profile (9) during the positioning of the cavity-forming profile (9) on the wedge belt (1) are provided and the inner surfaces (5) for the adaptation of the film tube (11) are formed,c) of the structure of an uncured shells laminate (10),d) mounting and positioning of the gusset strip (1) on the uncured shells laminate (10),e) the application of a film tube (11) on the wedge belt (1),f) positioning of the open cavity-forming profile (9) on the wedge belt (1), wherein the width of the gusset strip (1) is coordinated in such a way that the wedge belt (1) at its outer edges (6) through the profile (9) is held,g) and conforming of the film tube (11) between the gusset strip (1) and the open cavity-forming profile (9),h) hardening of the integral shell - stringers - composite (8) of wedge belt (1), hollow space forming profile (9) and the shells laminate (10), wherein the individual elements (1, 9, 10) of the integral shell - stringers - composite (8) to be adhesively bonded to one another andi) demolding of the shell - stringers - composite (8) and removal of the film tube (11).
机译:本发明涉及一种将中空空间整合到形成碗的纤维复合结构中的方法,该方法包括以下步骤:a)产生开放型腔成形型材(9),b)形成角撑板条(1) )沿尺寸稳定的压力件的宽度方向),其中,开口型腔成型型材(9)上的角撑板条(1)的宽度适合,带状楔形支座的楔形皮带(1) (2)在楔形载体(2)的呈楔形突起形式的平面上形成有延伸唇(3),该唇的外表面(4)用于接触凸缘(3)的内侧(13)。在将空腔形成轮廓9定位在楔形带1上的过程中,提供了空腔形成轮廓9,并且形成了用于适应薄膜管11的内表面5,c)。未固化的壳层压板(10)的结构,d)将角撑板条(1)安装和定位在未固化的壳层压板(10)上e)在楔形皮带(1)上施加薄膜管(11),f)将敞开的空腔形成型材(9)定位在楔形皮带(1)上,其中衬板条(1 )以这样的方式进行协调:楔形皮带(1)在其外边缘(6)穿​​过型材(9)的位置被固定,g)使薄膜管(11)固定在衬料条(1)和衬条之间。开放腔形成型材(9),h)楔形带(1)的整体壳-桁条-复合材料(8),空心空间形成型材(9)和壳层板(10)的硬化,其中各个元素( 1、9、10)的整体壳体-纵梁-复合材料(8)彼此粘接,并且i)壳体脱模-纵梁-复合材料(8)和薄膜管(11)移开。

著录项

  • 公开/公告号DE102009027049B4

    专利类型

  • 公开/公告日2011-09-15

    原文格式PDF

  • 申请/专利权人 COTESA GMBH;

    申请/专利号DE20091027049

  • 发明设计人 GEORG DIPL.-ING. GRÖTZSCHEL;

    申请日2009-06-19

  • 分类号B29C70/44;B29C70/54;

  • 国家 DE

  • 入库时间 2022-08-21 17:47:50

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