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    • 2. 发明申请
    • SYSTEM FOR CONNECTING TWO COMPONENTS AND MODULAR COMPONENT
    • 连接之间两个组件和模块化元件,
    • WO1997043157A1
    • 1997-11-20
    • PCT/DE1997000842
    • 1997-04-24
    • WAGGONFABRIK TALBOT GMBH & CO. KGALTENBURG, KlausZIMMERMANN, MichaelDEDERICHS, August
    • WAGGONFABRIK TALBOT GMBH & CO. KG
    • B61D17/04
    • B61D17/045B62D31/025
    • In order to join two components to one another along a partition line (4), in particular for constructing large coaches, a connection system is proposed which can be assembled rapidly and easily dismantled. The connection system comprises at least one connection element (10) which can be inserted into the partition line plane and clamped axially, and clamping members (11) which, by axially clamping the connection element (10), clamp the two components transversely to the partition line (4) via wedge surfaces (12) provided in the partition line region. The rigidity of the connection is supported by form-closure elements (13, 14) which are disposed in the region of the partition line (4) and can be removed when the connection element (10) has been released when forces and/or moments, in particular shearing forces, directed along the partition line are absorbed. The invention further concerns an advantageous structural shape for components which are particularly suitable for the application of this connection technique.
    • 两个组成部分,特别是用于大型机构的结构中,沿分型线(4)一起导致的快速安装和方便地可拆卸连接提出了一种包括至少一个插入到所述分型面,沿轴向拉伸的(11),其通过连接元件(10)和夹紧件 实现所述连接元件的轴向夹紧(10)具有两个部件的夹紧横向于分型线(4)在分离接头区域楔形表面(12)设置,其中,通过所述分割线(4)的区域中设置在所述连接的强度,连接构件的松动后(10 )可拆卸形状配合元件(13,14)沿着所述分割线方向的力和/或力矩记录时,特别是剪切力,被支承。 它还描述了特别适合于这种连接技术的应用程序组件的一个有利的设计。
    • 3. 发明申请
    • MODULAR ELEMENT AND MANUFACTURING PROCESS
    • 模块元件及其制造方法
    • WO1997014596A1
    • 1997-04-24
    • PCT/DE1996001896
    • 1996-10-02
    • WAGGONFABRIK TALBOT GMBH & CO. KGALTENBURG, KlausGOERRES, Franz-PeterKREUTZ, Hans-DieterSTRAUCH, Hans-Wilhelm
    • WAGGONFABRIK TALBOT GMBH & CO. KG
    • B61D17/04
    • B61D17/045B62D31/025Y02T30/30
    • The invention relates to modular elements (1) of differential construction which are particularly suitable for constructing cold-joined large bodywork or containers. All the components of the modular elements, substantially shell (2), shaping frames (3), edge profile (5) and optionally stringers (4) extending transversely to the frames and acting as buckling resistors, are cold-joined to each other, e.g. by pressure joining, punch riveting and the like. As a result, firstly rapid production with good surface quality is achieved, and secondly different materials such as iron and non-ferrous metals, fibre reinforced plastics etc. can be freely combined in hybrid structures to construct the modular elements, the local arrangement of materials in the modular element having to be adapted to the desired mechanical properties. The structure described herein contributes substantially to mechanised, highgrade software-supported manufacture in which the geometrical data for the half-finished products of the modular elements can flow directly (on-line) from a CAD construction, thus achieving at the same time currently unobtainable flexibility when producing different external shape variants even for a low level of mass production.
    • 有模块化元件(1)在微分结构描述,其特别适合于冷剪辑大体或容器的结构。 模块化元件的组件,基本上外皮(2)中,形成轮廓的肋(3),该边缘轮廓(5)和任选的横向延伸的肋檩条(4)作为屈曲加强筋彼此连接的所有冷,例如 通过压力接合,Stanzniten等。其结果是,一方面ereicht具有良好的表面质量快速生产过程中,在另一方面,是用于模块化元件的材料,如铁和非铁金属,faservestärkte塑料等可以自由地在混合结构进行组合的结构,其中,所述局部配置不同 材料在模块元件具有以符合所需的机械性能。 这里描述的结构使一个机械化的,高度基于软件的生产显著贡献,其中,用于所述半成品的模块化元件的直接(在线)的几何数据可以从CAD设计流动。 对于生产不同外部轮廓的变体的先前不可用的灵活性,即使同时小批量实现。