A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel structure supporting system
The invention relates to the field of steel frames and discloses a steel structure supporting system. The steel structure supporting system comprises multiple wall frame pillars and multiple transverse rods and further comprises multiple limiting units. Each limiting unit comprises a supporting spring and a limiting block. An installation cavity is axially formed in each wall frame pillar. The supporting springs and the limiting blocks are vertically and coaxially arranged in the installation cavities. The lower ends of the supporting springs are fixedly connected with the inner walls of the installation cavities. The upper ends of the supporting springs are fixedly connected with the limiting blocks. Multiple installation holes formed in the radial direction of the wall frame pillars areformed in the side faces of the wall frame pillars. The installation holes communicate with the installation cavities, the end portions of the transverse rods can be embedded into the installation holes, and the upper end faces of the limiting blocks are located between the lower side walls and the upper side walls of the installation holes. By means of the scheme, the end portions of the transverse rods can be used for extruding the limiting blocks, the supporting springs are compressed, the limiting blocks abut against the side faces of the transverse rods, fast installation of the end portions of the transverse rods and the wall frame pillars is achieved, and fast demounting is conveniently conducted.
本发明涉及钢架领域，具体公开了一种钢结构支撑系统，包括若干墙架柱和若干横杆，还包括若干限位单元，限位单元包括支撑簧和限位块，墙架柱内轴向设置有安装腔，支撑簧和限位块均竖直同轴设置在安装腔内，支撑簧的下端与安装腔的内壁固定连接，支撑簧的上端与限位块固定连接，墙架柱的侧面上设有若干沿墙架柱的径向设置的安装孔，安装孔均与安装腔连通，横杆的端部可嵌入安装孔内，且限位块上端面位于安装孔的下侧壁和上侧壁之间。本方案中的横杆的端部能对限位块进行挤压，使得支撑簧被压缩，限位块与横杆的侧面相抵，实现对横杆端部与墙架柱的快速安装，且便于进行快速拆卸。
Steel structure supporting system
The invention relates to the field of steel frames and discloses a steel structure supporting system. The steel structure supporting system comprises multiple wall frame pillars and multiple transverse rods and further comprises multiple limiting units. Each limiting unit comprises a supporting spring and a limiting block. An installation cavity is axially formed in each wall frame pillar. The supporting springs and the limiting blocks are vertically and coaxially arranged in the installation cavities. The lower ends of the supporting springs are fixedly connected with the inner walls of the installation cavities. The upper ends of the supporting springs are fixedly connected with the limiting blocks. Multiple installation holes formed in the radial direction of the wall frame pillars areformed in the side faces of the wall frame pillars. The installation holes communicate with the installation cavities, the end portions of the transverse rods can be embedded into the installation holes, and the upper end faces of the limiting blocks are located between the lower side walls and the upper side walls of the installation holes. By means of the scheme, the end portions of the transverse rods can be used for extruding the limiting blocks, the supporting springs are compressed, the limiting blocks abut against the side faces of the transverse rods, fast installation of the end portions of the transverse rods and the wall frame pillars is achieved, and fast demounting is conveniently conducted.
本发明涉及钢架领域，具体公开了一种钢结构支撑系统，包括若干墙架柱和若干横杆，还包括若干限位单元，限位单元包括支撑簧和限位块，墙架柱内轴向设置有安装腔，支撑簧和限位块均竖直同轴设置在安装腔内，支撑簧的下端与安装腔的内壁固定连接，支撑簧的上端与限位块固定连接，墙架柱的侧面上设有若干沿墙架柱的径向设置的安装孔，安装孔均与安装腔连通，横杆的端部可嵌入安装孔内，且限位块上端面位于安装孔的下侧壁和上侧壁之间。本方案中的横杆的端部能对限位块进行挤压，使得支撑簧被压缩，限位块与横杆的侧面相抵，实现对横杆端部与墙架柱的快速安装，且便于进行快速拆卸。
Steel structure supporting system
一种钢结构支撑系统
DU LEIMING (author) / MIAO QING (author) / LI WEIWEN (author) / ZHAO LIANPING (author) / GONG XIAOHUA (author) / LIU JIANWEI (author) / NIE LIYUN (author) / LI HUI (author)
2020-10-27
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS