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    • 2. 发明授权
    • Trimming composite skin stiffener ends
    • 修剪复合皮肤加强筋末端
    • US07628679B2
    • 2009-12-08
    • US11549807
    • 2006-10-16
    • Neal A. FroeschnerJim S. Piszar
    • Neal A. FroeschnerJim S. Piszar
    • B24B9/00
    • B24B9/00B24B23/005B24B27/0084B33Y80/00
    • A tool for trimming the ends of stiffeners on aircraft composite skin panels accurately, rapidly and without damaging the underlying skins includes an expandable guide frame adapted to straddle and clamp to the stiffener at a selected longitudinal position thereon. The frame includes a pair of planar guide faces disposed on opposite sides of the stiffener and lying in a common plane transverse thereto. The rotatably supported opposite ends of a rotating abrasive drum are slid along respective ones of the guide faces such that the drum grinds away the stiffener in a plane parallel to the plane of the guide faces and thereby forms a trimmed end on the stiffener. The frame includes mechanisms for adjusting the angular inclination of the plane of the guide faces relative to the plane of the composite skin, and for preventing the grinding mechanism from cutting into the composite skin.
    • 准确,快速地修复飞机复合皮肤面板上的扶强材的端部的工具不会损坏下面的皮肤,包括适于在其上选定的纵向位置上跨越并夹紧加强件的可扩展引导框架。 该框架包括一对平面引导面,该平面引导面设置在加强件的相对侧并且位于与其横向的公共平面中。 旋转研磨滚筒的可旋转支撑的相对端部沿相应的引导面滑动,使得滚筒在平行于引导面的平面的平面内研磨加强件,从而在加强件上形成修剪的端部。 该框架包括用于调整引导面的平面相对于复合皮肤的平面的角度倾斜度并用于防止研磨机构切入复合皮肤的机构。
    • 6. 发明申请
    • Trimming Composite Skin Stiffener Ends
    • 修剪复合皮肤加强结束
    • US20080090495A1
    • 2008-04-17
    • US11549807
    • 2006-10-16
    • Neal A. FroeschnerJim S. Piszar
    • Neal A. FroeschnerJim S. Piszar
    • B24B1/00B24B7/00B24B9/00
    • B24B9/00B24B23/005B24B27/0084B33Y80/00
    • A tool for trimming the ends of stiffeners on aircraft composite skin panels accurately, rapidly and without damaging the underlying skins includes an expandable guide frame adapted to straddle and clamp to the stiffener at a selected longitudinal position thereon. The frame includes a pair of planar guide faces disposed on opposite sides of the stiffener and lying in a common plane transverse thereto. The rotatably supported opposite ends of a rotating abrasive drum are slid along respective ones of the guide faces such that the drum grinds away the stiffener in a plane parallel to the plane of the guide faces and thereby forms a trimmed end on the stiffener. The frame includes mechanisms for adjusting the angular inclination of the plane of the guide faces relative to the plane of the composite skin, and for preventing the grinding mechanism from cutting into the composite skin.
    • 准确,快速地修复飞机复合皮肤面板上的扶强材的端部的工具不会损坏下面的皮肤,包括适于在其上选定的纵向位置上跨越并夹紧加强件的可扩展引导框架。 该框架包括一对平面引导面,该平面引导面设置在加强件的相对侧并且位于与其横向的公共平面中。 旋转研磨滚筒的可旋转支撑的相对端部沿相应的引导面滑动,使得滚筒在平行于引导面的平面的平面内研磨加强件,从而在加强件上形成修剪的端部。 该框架包括用于调整引导面的平面相对于复合皮肤的平面的角度倾斜的机构,并且用于防止研磨机构切入复合皮肤。
    • 8. 发明授权
    • Cure growth control apparatus
    • 治愈生长控制装置
    • US07909597B2
    • 2011-03-22
    • US11971387
    • 2008-01-09
    • Neal A. Froeschner
    • Neal A. Froeschner
    • B29C70/54B29C70/56B29C37/00B05C13/00B05C13/02
    • B29C70/54B29C35/002B29C35/02B29C37/005
    • In one embodiment, an apparatus for curing a composite assembly may include a base tool, a growth control apparatus, and at least one engagement filling. The base tool may have a different thermal expansion growth rate than a composite assembly to be cured using the apparatus. The growth control apparatus may have a different thermal expansion growth rate than the base tool. The engagement fitting may be movably disposed relative to the base tool and connected to the growth control apparatus. The engagement filling may hold a composite assembly being cured against the engagement filling. The growth control apparatus may grow a pre-determined amount during curing of a composite assembly to produce a cured composite assembly having a pre-determined design dimension.
    • 在一个实施例中,用于固化复合组件的装置可以包括基础工具,生长控制装置和至少一个接合填充物。 基础工具可以具有与使用该装置固化的复合组件不同的热膨胀生长速率。 生长控制装置可以具有与基础工具不同的热膨胀生长速率。 接合配件可以相对于基座工具可移动地设置并连接到生长控制装置。 接合填充物可以保持抵抗接合填充物固化的复合组件。 生长控制装置可以在复合组件固化期间增长预定量,以产生具有预定设计尺寸的固化复合组件。