Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Connecting structure for staggered overlapping of assembly type high and low laminated slabs
The invention relates to a connecting structure for staggered overlapping of assembly type high and low laminated slabs. The connecting structure comprises a prefabricated slab, built-in longitudinalsteel bars, built-in transverse steel bars, truss steel bars, reinforcing steel bars, built-in steel plates and connecting mechanisms, wherein the built-in transverse steel bars are transversely arranged in the prefabricated slab, the built-in longitudinal steel bars are longitudinally arranged in the prefabricated slab, the truss steel bars are arranged on the top of the prefabricated plate at equal intervals, the reinforcing steel bars are welded to the tops of the truss steel bars, the built-in steel plates are embedded into both sides of the prefabricated plate at equal intervals and are located between every two adjacent built-in transverse steel bars, the connecting mechanisms are installed on one end of the built-in steel plates, steel fixed blocks are fixed to one end of the built-in steel plates through bolts, connecting blocks are arranged on one end of the steel fixed blocks at equal intervals, and connecting insertion holes are respectively formed in the tops of the connecting blocks. According to the connecting structure, the mounting gap of the laminated slabs can be adjusted according to the actual mounting requirement, after staggered installation is performed, theconnecting strength of the connecting position of the laminated slabs is high, and the safety is high.
本发明涉及一种装配式高低叠合板错位搭接用连接结构，包括预制板、内置纵向钢精、内置横向钢精、桁架钢精、加固钢精、内置钢板和连接机构，所述预制板的内部横向设置有内置横向钢精，预制板的内部纵向设置有内置纵向钢精，预制板的顶部等间距设置有桁架钢精，桁架钢精的顶部焊接有加固钢精，预制板的两侧等间距嵌入有内置钢板，且内置钢板位于两相邻所述内置横向钢精之间，内置钢板的一端安装有连接机构，钢制固定块通过螺栓固定在内置钢板的一端，钢制固定块的一端等间距设置有连接块，每个所述连接块的顶部均开设有连接插孔，本发明，可根据实际安装需求调节叠合板的安装间隙，且错位安装后叠合板连接处的连接强度更大，安全性更高。
Connecting structure for staggered overlapping of assembly type high and low laminated slabs
The invention relates to a connecting structure for staggered overlapping of assembly type high and low laminated slabs. The connecting structure comprises a prefabricated slab, built-in longitudinalsteel bars, built-in transverse steel bars, truss steel bars, reinforcing steel bars, built-in steel plates and connecting mechanisms, wherein the built-in transverse steel bars are transversely arranged in the prefabricated slab, the built-in longitudinal steel bars are longitudinally arranged in the prefabricated slab, the truss steel bars are arranged on the top of the prefabricated plate at equal intervals, the reinforcing steel bars are welded to the tops of the truss steel bars, the built-in steel plates are embedded into both sides of the prefabricated plate at equal intervals and are located between every two adjacent built-in transverse steel bars, the connecting mechanisms are installed on one end of the built-in steel plates, steel fixed blocks are fixed to one end of the built-in steel plates through bolts, connecting blocks are arranged on one end of the steel fixed blocks at equal intervals, and connecting insertion holes are respectively formed in the tops of the connecting blocks. According to the connecting structure, the mounting gap of the laminated slabs can be adjusted according to the actual mounting requirement, after staggered installation is performed, theconnecting strength of the connecting position of the laminated slabs is high, and the safety is high.
本发明涉及一种装配式高低叠合板错位搭接用连接结构，包括预制板、内置纵向钢精、内置横向钢精、桁架钢精、加固钢精、内置钢板和连接机构，所述预制板的内部横向设置有内置横向钢精，预制板的内部纵向设置有内置纵向钢精，预制板的顶部等间距设置有桁架钢精，桁架钢精的顶部焊接有加固钢精，预制板的两侧等间距嵌入有内置钢板，且内置钢板位于两相邻所述内置横向钢精之间，内置钢板的一端安装有连接机构，钢制固定块通过螺栓固定在内置钢板的一端，钢制固定块的一端等间距设置有连接块，每个所述连接块的顶部均开设有连接插孔，本发明，可根据实际安装需求调节叠合板的安装间隙，且错位安装后叠合板连接处的连接强度更大，安全性更高。
Connecting structure for staggered overlapping of assembly type high and low laminated slabs
一种装配式高低叠合板错位搭接用连接结构
HONG JIANJIANG (Autor:in) / ZHAO GUOMIN (Autor:in) / CHU XIAOHUAI (Autor:in) / ZHANG PING (Autor:in) / CHEN LIYUAN (Autor:in) / JIANG WEIWEI (Autor:in) / HUANG LIJIA (Autor:in) / XU JIANFA (Autor:in)
16.03.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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