A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Complex curved surface modeling space structure unit positioning method
The invention relates to a complex curved surface modeling space structure unit positioning method. The method is used for non-rigid framework installation and based on jacking devices, each jacking device comprises a bottom support, a supporting plate and a supporting column, wherein the lower ends of the supporting columns are vertically installed at the upper ends of the bottom supports, the upper ends of the supporting columns are movably connected to the middles of the lower ends of the supporting plates, the supporting plates can vertically deflect relative to the horizontal plane, the jacking devices are arranged in a matrix mode, the supporting plates are spliced to form a supporting face, the non-rigid framework comprises a plurality of structural units, the structural units are laid on the supporting face one by one, and the structural units are sequentially connected to form a mesh topological structure. According to the method, the special jacking devices are used for providing the supporting face for erecting the non-rigid framework, the non-rigid framework is directly laid on the supporting face, the finally laid non-rigid framework is fixedly connected with the rigid framework, the jacking devices are dismantled after laying is completed, installation and positioning of the non-rigid framework can be completed, and the construction difficulty is reduced.
本发明涉及一种复杂曲面造型空间结构单元定位方法，该方法用以非刚性骨架安装，该方法基于一种顶升装置，顶升装置包括底部支撑、支撑板、支撑柱，支撑柱的下端垂直安装在底部支撑上端，支撑柱上端活动连接在支撑板下端中部，支撑板可相对水平面上下偏转；将若干顶升装置矩阵排列设置，支撑板之间拼接形成支撑面；非刚性骨架包括若干结构单元，在支撑面上将结构单元逐一铺设在支撑面上，依次将结构单元连接形成网状拓扑结构。本发明借助专门的顶升装置为非刚性骨架搭设提供支撑面，直接在该支撑面上铺设非刚性骨架即可，最终铺设的非刚性骨架与刚性骨架连接固定，铺设完毕拆除顶升装置，即可完成非刚性骨架的安装定位，降低了施工难度。
Complex curved surface modeling space structure unit positioning method
The invention relates to a complex curved surface modeling space structure unit positioning method. The method is used for non-rigid framework installation and based on jacking devices, each jacking device comprises a bottom support, a supporting plate and a supporting column, wherein the lower ends of the supporting columns are vertically installed at the upper ends of the bottom supports, the upper ends of the supporting columns are movably connected to the middles of the lower ends of the supporting plates, the supporting plates can vertically deflect relative to the horizontal plane, the jacking devices are arranged in a matrix mode, the supporting plates are spliced to form a supporting face, the non-rigid framework comprises a plurality of structural units, the structural units are laid on the supporting face one by one, and the structural units are sequentially connected to form a mesh topological structure. According to the method, the special jacking devices are used for providing the supporting face for erecting the non-rigid framework, the non-rigid framework is directly laid on the supporting face, the finally laid non-rigid framework is fixedly connected with the rigid framework, the jacking devices are dismantled after laying is completed, installation and positioning of the non-rigid framework can be completed, and the construction difficulty is reduced.
本发明涉及一种复杂曲面造型空间结构单元定位方法，该方法用以非刚性骨架安装，该方法基于一种顶升装置，顶升装置包括底部支撑、支撑板、支撑柱，支撑柱的下端垂直安装在底部支撑上端，支撑柱上端活动连接在支撑板下端中部，支撑板可相对水平面上下偏转；将若干顶升装置矩阵排列设置，支撑板之间拼接形成支撑面；非刚性骨架包括若干结构单元，在支撑面上将结构单元逐一铺设在支撑面上，依次将结构单元连接形成网状拓扑结构。本发明借助专门的顶升装置为非刚性骨架搭设提供支撑面，直接在该支撑面上铺设非刚性骨架即可，最终铺设的非刚性骨架与刚性骨架连接固定，铺设完毕拆除顶升装置，即可完成非刚性骨架的安装定位，降低了施工难度。
Complex curved surface modeling space structure unit positioning method
一种复杂曲面造型空间结构单元定位方法
LIU TIANZE (author) / LIAN ZHEN (author) / CUI JIE (author) / FENG WEI (author) / ZHU JIAJIA (author) / LI MENGQIU (author)
2021-11-02
Patent
Electronic Resource
Chinese
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