Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Layered assembling and spatial positioning combined method for special-shaped huge column joints
The invention particularly relates to a method for combining layered assembly and spatial positioning of special-shaped huge column joints. Comprising the following steps: exporting a node CAD three-dimensional diagram from TEKLA, and decomposing the node CAD three-dimensional diagram into assemblies according to a layered assembly sequence; the first assembly, the BH part and the bent plate are sequentially assembled, and the space size of the first assembly is marked; the space size of each base point of the assembled part is rechecked, and the next step is carried out after qualification; a bottom annular inner partition plate, a second assembly and a second-layer annular inner partition plate are assembled, and space size identification and rechecking are conducted; assembling a third component and a third layer of annular inner partition plate, and carrying out spatial size identification and rechecking; and assembling an external bracket, completing node processing, and marking and rechecking the overall space size of the node. In the assembling process of the special-shaped huge column joint, the problems that unconventional components are difficult to assemble and position are effectively solved, the component machining time is effectively shortened, the machining efficiency is improved, the machining cost is effectively reduced, and the machining quality is guaranteed.
本发明具体是一种异形巨柱节点的分层式装配与空间定位相结合的方法；包括从TEKLA导出节点CAD三维图，并按分层装配顺序分解为组合体；依次装配组件一、BH零件、折弯板，标识组件一的空间尺寸；对已装配部分各基点空间尺寸复核，合格后进行下一步骤；进行底部环形内隔板、组件二、第二层环形内隔板装配，并进行空间尺寸标识、复核；进行组件三、第三层环形内隔板装配，并进行空间尺寸标识、复核；外部牛腿装配，节点加工完成，节点整体空间尺寸标识、复核。异形巨柱节点装配过程中，有效解决非常规构件装配难、定位难的问题，有效缩短构件加工时间，提高加工效率，有效降低加工成本、保证加工质量等。
Layered assembling and spatial positioning combined method for special-shaped huge column joints
The invention particularly relates to a method for combining layered assembly and spatial positioning of special-shaped huge column joints. Comprising the following steps: exporting a node CAD three-dimensional diagram from TEKLA, and decomposing the node CAD three-dimensional diagram into assemblies according to a layered assembly sequence; the first assembly, the BH part and the bent plate are sequentially assembled, and the space size of the first assembly is marked; the space size of each base point of the assembled part is rechecked, and the next step is carried out after qualification; a bottom annular inner partition plate, a second assembly and a second-layer annular inner partition plate are assembled, and space size identification and rechecking are conducted; assembling a third component and a third layer of annular inner partition plate, and carrying out spatial size identification and rechecking; and assembling an external bracket, completing node processing, and marking and rechecking the overall space size of the node. In the assembling process of the special-shaped huge column joint, the problems that unconventional components are difficult to assemble and position are effectively solved, the component machining time is effectively shortened, the machining efficiency is improved, the machining cost is effectively reduced, and the machining quality is guaranteed.
本发明具体是一种异形巨柱节点的分层式装配与空间定位相结合的方法；包括从TEKLA导出节点CAD三维图，并按分层装配顺序分解为组合体；依次装配组件一、BH零件、折弯板，标识组件一的空间尺寸；对已装配部分各基点空间尺寸复核，合格后进行下一步骤；进行底部环形内隔板、组件二、第二层环形内隔板装配，并进行空间尺寸标识、复核；进行组件三、第三层环形内隔板装配，并进行空间尺寸标识、复核；外部牛腿装配，节点加工完成，节点整体空间尺寸标识、复核。异形巨柱节点装配过程中，有效解决非常规构件装配难、定位难的问题，有效缩短构件加工时间，提高加工效率，有效降低加工成本、保证加工质量等。
Layered assembling and spatial positioning combined method for special-shaped huge column joints
一种异形巨柱节点的分层式装配与空间定位相结合的方法
XU YI (Autor:in) / YANG CHANGWANG (Autor:in) / ZHANG ZHIHAO (Autor:in)
04.07.2023
Patent
Elektronische Ressource
Chinesisch
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