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    • 51. 发明申请
    • PROCESS AND APPARATUS FOR PRODUCING BEAM MEMBER
    • 生产光束成员的工艺和设备
    • US20120196083A1
    • 2012-08-02
    • US13500521
    • 2010-10-13
    • Tatsuya HanawaTamotsu Suzuki
    • Tatsuya HanawaTamotsu Suzuki
    • B32B3/04B32B38/08B32B37/12B32B38/00
    • B29C70/50B29B11/16B29C70/865B29D99/0003B29D99/0007B29L2031/008Y10T156/1051Y10T428/24264
    • A process for producing a beam member formed by a reinforcing fiber base material which has a web portion and at least a pair of flange portions extending to both sides via at least a branching point from the web portion, at a cross-sectional surface orthogonal to a longitudinal direction of the beam member, and by a shaped filler which fills a gap having a wedge shape formed at the branching point, is provided. The shaped filler is produced by: (A) a filler supply process for supplying a filler member configured by reinforcing fibers; (B) a preshaping process for providing a preshaped filler having at least a wedge projection portion, by pressurizing the filler member by a preshaping mold; and (C) a filler deforming process for providing a shaped filler by deforming the preshaped filler.
    • 一种用于制造由增强纤维基材形成的梁构件的方法,所述加强纤维基材具有腹板部分和至少一对凸缘部分,所述至少一对凸缘部分在与所述腹板部分的至少一个分支点延伸到两侧的横截面处, 提供了梁构件的纵向方向,以及填充在分支点处形成有楔形的间隙的成形填料。 成形填料是通过以下方法制造的:(A)用于供给由增强纤维构成的填料构件的填料供给工序; (B)预成型方法,用于提供具有至少楔形突出部分的预成型填料,通过预成型模具对填料构件加压; 和(C)通过使预成形填料变形来提供成形填料的填料变形过程。
    • 57. 发明申请
    • METHOD OF PRODUCING A PANEL AND A CORE THEREFOR
    • 生产面板及其核心的方法
    • US20110278761A1
    • 2011-11-17
    • US13130162
    • 2009-11-19
    • Johannes Hendricus Alphonsus Peeters
    • Johannes Hendricus Alphonsus Peeters
    • B29C45/14B32B3/00
    • B29C45/14065B29C45/77B29C70/086B29C70/443B29C70/48B29C70/547B29C70/865B29K2105/08B29K2105/20Y10T428/24479
    • A method of producing a panel includes: placing an assembly including core elements and impregnatable material webs extending along and between the core elements on a mould, which assembly includes a first side and a second side which is situated opposite the first side, enclosing the assembly under a cover layer in a sealing manner with respect to the mould, introducing at least one inlet for injection material, which inlet ends at a first side of the assembly, connecting the space which is enclosed by the cover layer and the mould to a discharge, injecting injection material via the inlet on the first side of the assembly and causing the injection material to move along via paths formed by the material webs between the core elements, discharging air and/or gas from the enclosed space via the discharge via underpressure at a position which is at a different level to the position where the inlet ends.
    • 制造面板的方法包括:将包括芯元件和可浸渍材料网的组件放置在模具上并且在芯元件之间并且在模具之间,该组件包括与第一侧相对的第一侧和第二侧,包围组件 在相对于模具的密封方式的覆盖层下方,引入至少一个用于注射材料的入口,该入口入口在组件的第一侧,将由覆盖层和模具包围的空间连接到排出口 通过所述组件的第一侧上的入口注入注射材料,并且使得所述注射材料沿着由所述芯元件之间的所述材料网形成的通路径移动,通过所述排出通过负压从所述封闭空间排出空气和/或气体, 位于与入口终止的位置不同的位置。
    • 58. 发明授权
    • Composite aerofoil
    • 复合机翼
    • US08038408B2
    • 2011-10-18
    • US11262781
    • 2005-11-01
    • Alison J. McMillan
    • Alison J. McMillan
    • B32B5/02B64C27/46D03D11/00
    • B29C70/222B29C70/865B29D99/0028B29L2031/08D03D25/005F01D5/147F01D5/282F05C2201/025F05D2230/60F05D2240/301F05D2250/20F05D2250/293F05D2300/2261F05D2300/2283F05D2300/44F05D2300/603F05D2300/612F05D2300/614Y02E10/721Y02T50/43Y02T50/672Y02T50/673Y10T442/20Y10T442/2975Y10T442/3195
    • A composite blade (26) comprises a three-dimensional arrangement of reinforcing fibres (58) and a matrix material (60) infiltrated around the three-dimensional arrangement of woven reinforcing fibres (60). The three-dimensional arrangement of woven reinforcing fibres (58) defines a plurality of cavities (56) within the aerofoil (28). The composite blade (26) comprises an aerofoil portion (38) and a root portion (36). The aerofoil portion (38) comprises a leading edge (44), a trailing edge (46), a concave pressure surface wall (50), a convex suction surface wall (52) and a tip (48). The aerofoil portion (36) comprises a plurality of webs (54) extending between, and being secured to, the concave pressure surface wall (50) and the convex suction surface wall (52) to produce a Warren girder structure. The three-dimensional arrangement of woven reinforcing fibres (58) are arranged to produce the concave pressure surface wall (50), the convex suction surface wall (52) and the plurality of webs (54). The matrix material (60) is an organic resin and the reinforcing fibres (58) comprise carbon fibres.
    • 复合叶片(26)包括加强纤维(58)和渗透在编织增强纤维(30)的三维布置周围的基质材料(60)的三维排列。 编织增强纤维(58)的三维布置在机翼(28)内限定多个空腔(56)。 复合叶片(26)包括机翼部分(38)和根部(36)。 机翼部分(38)包括前缘(44),后缘(46),凹压表面壁(50),凸起的吸力表面壁(52)和尖端(48)。 机翼部分(36)包括在凹压表面壁(50)和凸起的吸入表面壁(52)之间延伸并固定到凸起的吸入表面壁(52)上并且固定到凸起的吸力表面壁(52)上的多个腹板(54),以产生沃伦梁结构。 编织增强纤维(58)的三维布置被布置成产生凹压表面壁(50),凸形吸力表面壁(52)和多个腹板(54)。 基质材料(60)是有机树脂,增强纤维(58)包含碳纤维。