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    • 1. 发明申请
    • Method and device using high interior pressure to reshape structural section
    • 使用高内压的方法和装置重塑结构部分
    • US20040194523A1
    • 2004-10-07
    • US10705488
    • 2003-11-10
    • Arndt BirkertSven Schneider
    • B21D022/10
    • B21D3/00B21D26/045
    • A method using high interior pressure to reshape structural section of continuously bounded overall cross-section, whereby the overall cross-section can be provided with extra walls or chambers and a stopper is forced radially against each end of the piece. The object is to reduce wear on the stopper while ensuring that any walls or chambers in addition to its overall cross section will buckle or bulge only at their ends. Either any walls (2 & 3) that partition the chambers (4, 5, & 6) and any independent wall (7) are provided with slots (17) at the ends of the piece that parallel the inner surface (18) and outer surface of the piece or the stopper (8) itself is provided with grooves (19) adjacent to and matching the shape of the walls.
    • 一种使用高内压来重新形成连续有界的整个横截面的结构部分的方法,由此整个横截面可以设置有额外的壁或室,并且止动件径向地抵靠在该件的每一端。 目的是减少止动器上的磨损,同时确保除了其整个横截面之外的任何壁或腔室仅在其端部处会起皱或凸出。 分隔室(4,5和6)和任何独立壁(7)的任何壁(2和3)在平行于内表面(18)和外表面(18)的端部处设有槽(17) 所述件或所述止动件(8)本身的表面设置有与所述壁的形状相邻并且与所述壁的形状相匹配的凹槽(19)。
    • 7. 发明申请
    • Apparartus for performing a hydroforming operation
    • Apparartus进行液压成型操作
    • US20030126902A1
    • 2003-07-10
    • US10178911
    • 2002-06-24
    • Richard A. MarandoEric M. SchrackJames C. LarkinEdward DrostJeffrey P. DzikiJoseph J. VasalaniDaniel E. Hunter
    • B21D022/10
    • B21D37/04B21D26/02B21D26/025B21D26/039B21D37/14
    • A hydroforming apparatus includes upper and lower platens that are connected together by tie rods extending through respective compression tubes. An upper die section is carried on the upper platen by a generally C-shaped suspension arm, while a lower die section is carried on the lower platen. The upper and lower die sections have recessed areas formed therein that define a die cavity. Lift assemblies are provided on the lateral ends of the hydroforming apparatus for selectively elevating the lower die section upwardly into engagement with the upper die section. When the lower die section is elevated by the lift assemblies, a workpiece is enclosed within the die cavity. A bolster is then moved between the hydroforming die and the lower platen. A cylinder array containing a plurality of pistons is next hydraulically actuated so as to securely clamp the hydroforming die between the cylinder array and the lower platen. While the cylinder array is actuated, pressurized fluid is supplied within the workpiece, deforming it into conformance with the die cavity.
    • 液压成形装置包括通过延伸穿过相应压缩管的拉杆连接在一起的上压板和下压板。 上模具部分通过大致C形悬架臂承载在上压板上,而下模部分承载在下压板上。 上模具部分和下模具部分具有形成在其中的凹陷区域,其限定模腔。 提升组件设置在液压成形设备的侧端上,用于选择性地将下模部分向上升高与上模部分接合。 当下模部分被升降组件升高时,工件被封闭在模腔内。 然后在液压成形模和下压板之间移动摇枕。 接下来液压驱动包含多个活塞的气缸阵列,以便将液压成型模具牢固地夹在气缸阵列和下压板之间。 当气缸阵列被致动时,加压流体在工件内被供应,使其变形成与模腔一致。
    • 8. 发明申请
    • Aluminum extrusion material for hydraulic bulge forming and hydraulic bulge forming method using the extrusion material
    • 用于液压凸起成形的铝挤压材料和使用挤出材料的液压凸起成形方法
    • US20030094026A1
    • 2003-05-22
    • US10233480
    • 2002-09-04
    • Yasuyuki HamaHideto OkadaHideo Mizukoshi
    • B21D022/10
    • B21D26/033B21C37/065
    • An aluminum extrusion material for hydraulic bulge forming, which can produce hydraulic bulge forming components possessing highly reliable and sufficient strength and rigidity capable of withstanding not only a static load, but also a twist load and dynamic load is provided. Also provided is a hydraulic bulge forming method using the aluminum extrusion material for hydraulic bulge forming as a raw material. The aluminum extrusion material is hollow and used as a material for hydraulic bulge forming. The material is characterized by having a partition wall radially crossing the hollow part of the extrusion material, wherein the partition wall is provided with an allowance in length to become flat when the hollow part is formed into a prescribed shape by hydraulic bulge forming.
    • 提供了一种用于液压凸起成形的铝挤压材料,其可以生产具有高度可靠和足够的强度和刚度的液压凸起成形部件,其不仅能够承受静态载荷,而且还能承受扭转载荷和动态载荷。 还提供了一种使用用于液压凸起成形的铝挤压材料作为原料的液压凸起成形方法。 铝挤压材料是中空的,并且用作液压凸起成形的材料。 该材料的特征在于具有径向跨越挤出材料的中空部分的分隔壁,其中当通过液压凸起成形将中空部分形成为规定形状时,分隔壁具有长度的余量以变得平坦。
    • 9. 发明申请
    • Method for producing a circumferentially closed hollow profile and device for performing the method
    • 用于制造周向闭合的中空型材的方法和用于执行该方法的装置
    • US20020088263A1
    • 2002-07-11
    • US10026090
    • 2001-12-21
    • Kai-Uwe Dudziak
    • B21D022/10
    • B21D26/021B21D26/02B21D26/027B21D26/031Y10T29/49805
    • In a method and a device for producing a circumferentially closed hollow profile, a hollow-profile blank is expanded by fluidic internal high pressure in an internal high-pressure forming tool, after which the hollow-profile blank assumes the final shape of the hollow profile. In order to make it possible in a simple manner to have a production of a hollow profile in which process reliability is ensured to a sufficient extent even in the case of high expansions of the hollow profile (higher than or equal to the breaking elongation of the material), during expansion, the hollow-profile blank is supported, on at least one partial circumferential region, by at least one diaphragm fastened to the inside, facing the blank, of the tool and capable of being acted upon by a controllable pressure acting from outside, the diaphragm shifting back elastically as expansion progresses, with the supporting pressure acting on the diaphragm being reduced at the same time.
    • 在用于制造周向封闭的中空型材的方法和装置中,中空型材坯料通过内部高压成形工具中的流体内部高压膨胀,然后中空型材坯料呈现中空型材的最终形状 。 为了使其可以以简单的方式生产中空型材,其中即使在中空型材的高膨胀的情况下(即高于或等于断裂伸长率),工艺可靠性也能确保足够的程度 材料),在膨胀期间,中空型坯料在至少一个部分圆周区域上被至少一个膜片固定到工具的内部,面向坯件,并且能够通过可控制的压力作用 从外部,隔膜随着膨胀进行弹性移动,同时作用在隔膜上的支撑压力同时减小。