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A platform for research: civil engineering, architecture and urbanism
Reinforced concrete plate type member reinforcement cage, assembling method and mesh hierarchical connector
The invention discloses a reinforced concrete plate type member reinforcement cage, a mesh hierarchical connector and a wall floor slab construction method. The steel reinforcement cage comprises an upper mesh and a lower mesh, mesh hierarchical connectors are arranged between cross nodes of transverse and longitudinal steel bars of the corresponding upper mesh and lower mesh, each mesh hierarchical connector comprises a supporting connecting rod, and steel bar node chucks are arranged at the two ends of each supporting connecting rod respectively. The steel bar node chuck comprises a pair of clamping pieces fastened by a clamping device, one of the clamping pieces is connected with the supporting connecting rod, and the pair of clamping pieces fastened by the clamping device in each mesh level connector is used for positioning and fastening transverse steel bars and longitudinal steel bars in the meshes respectively. The wall and floor slab construction method comprises the following steps of: assembling the mesh hierarchical connector, connecting the mesh hierarchical connector with a template, positioning and clamping cross nodes of transverse and longitudinal steel bars of the upper mesh and the lower mesh by the mesh hierarchical connector, connecting another template on a wall reinforcement cage, integrally erecting, hoisting and positioning the template on site, connecting the template with a wall or a beam column, and pouring concrete.
一种钢筋砼板式构件钢筋笼、网片层级连接器及墙楼板施工法。钢筋笼包括由上网片及下网片，在相对应的上下网片的横纵向钢筋的交叉节点之间设有网片层级连接器，所述网片层级连接器包括支撑连杆，其两端分别设有钢筋节点夹头，钢筋节点夹头包括一对由夹紧装置固紧的夹片且其中一夹片与支撑连杆连接，各网片层级连接器中的一对由夹紧装置固紧的夹片分别用于网片中的横向钢筋与纵向钢筋的定位、紧固。墙楼板施工法包括网片层级连接器的组装及与一模板的连接、由网片层级连接器对上、下网片的横纵向钢筋交叉节点定位并夹紧的步骤，在墙体钢筋笼上连接另一模板，现场将其整体立起并吊运定位，再将其与墙或梁柱连接，浇筑混凝土。
Reinforced concrete plate type member reinforcement cage, assembling method and mesh hierarchical connector
The invention discloses a reinforced concrete plate type member reinforcement cage, a mesh hierarchical connector and a wall floor slab construction method. The steel reinforcement cage comprises an upper mesh and a lower mesh, mesh hierarchical connectors are arranged between cross nodes of transverse and longitudinal steel bars of the corresponding upper mesh and lower mesh, each mesh hierarchical connector comprises a supporting connecting rod, and steel bar node chucks are arranged at the two ends of each supporting connecting rod respectively. The steel bar node chuck comprises a pair of clamping pieces fastened by a clamping device, one of the clamping pieces is connected with the supporting connecting rod, and the pair of clamping pieces fastened by the clamping device in each mesh level connector is used for positioning and fastening transverse steel bars and longitudinal steel bars in the meshes respectively. The wall and floor slab construction method comprises the following steps of: assembling the mesh hierarchical connector, connecting the mesh hierarchical connector with a template, positioning and clamping cross nodes of transverse and longitudinal steel bars of the upper mesh and the lower mesh by the mesh hierarchical connector, connecting another template on a wall reinforcement cage, integrally erecting, hoisting and positioning the template on site, connecting the template with a wall or a beam column, and pouring concrete.
一种钢筋砼板式构件钢筋笼、网片层级连接器及墙楼板施工法。钢筋笼包括由上网片及下网片，在相对应的上下网片的横纵向钢筋的交叉节点之间设有网片层级连接器，所述网片层级连接器包括支撑连杆，其两端分别设有钢筋节点夹头，钢筋节点夹头包括一对由夹紧装置固紧的夹片且其中一夹片与支撑连杆连接，各网片层级连接器中的一对由夹紧装置固紧的夹片分别用于网片中的横向钢筋与纵向钢筋的定位、紧固。墙楼板施工法包括网片层级连接器的组装及与一模板的连接、由网片层级连接器对上、下网片的横纵向钢筋交叉节点定位并夹紧的步骤，在墙体钢筋笼上连接另一模板，现场将其整体立起并吊运定位，再将其与墙或梁柱连接，浇筑混凝土。
Reinforced concrete plate type member reinforcement cage, assembling method and mesh hierarchical connector
钢筋砼板式构件钢筋笼、组装方法及网片层级连接器
ZHANG HONG (author) / LUO SHEN (author) / ZHANG JUNJUN (author) / WU YANHUA (author) / CONG MENG (author) / HEI SHANGGANG (author) / WANG HAINING (author) / ZHANG LIRUI (author)
2023-07-07
Patent
Electronic Resource
Chinese
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