A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Passive-type building stainless steel assembly-type reinforcement structure system
The invention relates to a passive-type building stainless steel assembly-type reinforcement structure system. The system comprises multiple main ribs. The main ribs are arranged to be pouring spacesused for pouring a concrete material, threads are arranged on the peripheral surfaces of the main ribs, and the system further comprises multiple sets of hooping. Each set of hooping comprises multiple single ribs, the two ends of each single rib each correspond to one main rib, and the adjacent single ribs are in contact and are welded at the contact points. In the axial direction of the main ribs, two diagonal braces are arranged between every two adjacent single ribs in the same place, the contact points between the single ribs, the diagonal braces and the main ribs as well as the contact points between the diagonal braces are welded, the system further comprises bridge-cut-off thermal insulation rebar components, the bridge-cut-off thermal insulation rebar components are hung and buckled together in a non-contact manner by adopting a stamping structural member shaped like a Chinese character "Ji", and the broken joint parts of the centers of the bridge-cut-off thermal insulation rebar components are subjected to injection molding packaging according to the design intensity. According to the system, the technical problem is effectively solved that in the prior art, the demands of the reinforcement structure for improving the strength and reducing the application amount of stainless steel are difficult to meet at the same time.
本发明涉及一种被动式建筑不锈钢装配式配筋结构系统，包括多条主筋，主筋布置成用于浇筑混凝土物料的浇筑空间，主筋外周面设置有螺纹，还包括多组箍筋，每组箍筋包括多条单筋，单筋的两端各对应一条主筋，相邻单筋之间接触且在接触点处焊接，在主筋的轴向上，同一平面内的相邻两个单筋之间设置有两条斜拉筋，单筋、斜拉筋与主筋的接触点、斜拉筋与斜拉筋的接触点均采用焊接方式连接，还包括断桥隔热钢筋构件，断桥隔热钢筋构件采用几字形冲压结构件不接触地挂扣在一起并在其中心断开的结合部根据设计强度注塑封装，本发明有效解决了现有技术中存在的配筋结构关于提高强度和减少不锈钢用量的需求难以同时满足的技术问题。
Passive-type building stainless steel assembly-type reinforcement structure system
The invention relates to a passive-type building stainless steel assembly-type reinforcement structure system. The system comprises multiple main ribs. The main ribs are arranged to be pouring spacesused for pouring a concrete material, threads are arranged on the peripheral surfaces of the main ribs, and the system further comprises multiple sets of hooping. Each set of hooping comprises multiple single ribs, the two ends of each single rib each correspond to one main rib, and the adjacent single ribs are in contact and are welded at the contact points. In the axial direction of the main ribs, two diagonal braces are arranged between every two adjacent single ribs in the same place, the contact points between the single ribs, the diagonal braces and the main ribs as well as the contact points between the diagonal braces are welded, the system further comprises bridge-cut-off thermal insulation rebar components, the bridge-cut-off thermal insulation rebar components are hung and buckled together in a non-contact manner by adopting a stamping structural member shaped like a Chinese character "Ji", and the broken joint parts of the centers of the bridge-cut-off thermal insulation rebar components are subjected to injection molding packaging according to the design intensity. According to the system, the technical problem is effectively solved that in the prior art, the demands of the reinforcement structure for improving the strength and reducing the application amount of stainless steel are difficult to meet at the same time.
本发明涉及一种被动式建筑不锈钢装配式配筋结构系统，包括多条主筋，主筋布置成用于浇筑混凝土物料的浇筑空间，主筋外周面设置有螺纹，还包括多组箍筋，每组箍筋包括多条单筋，单筋的两端各对应一条主筋，相邻单筋之间接触且在接触点处焊接，在主筋的轴向上，同一平面内的相邻两个单筋之间设置有两条斜拉筋，单筋、斜拉筋与主筋的接触点、斜拉筋与斜拉筋的接触点均采用焊接方式连接，还包括断桥隔热钢筋构件，断桥隔热钢筋构件采用几字形冲压结构件不接触地挂扣在一起并在其中心断开的结合部根据设计强度注塑封装，本发明有效解决了现有技术中存在的配筋结构关于提高强度和减少不锈钢用量的需求难以同时满足的技术问题。
Passive-type building stainless steel assembly-type reinforcement structure system
一种被动式建筑不锈钢装配式配筋结构系统
CAO BAOJUN (author) / ZHOU YUNQING (author) / CUI GUOYOU (author) / LI LITA (author) / LI QING (author) / HAN MANKU (author) / YANG YUFENG (author) / LI YANG (author) / ZHANG SHULIANG (author) / LI PENGFEI (author)
2020-10-20
Patent
Electronic Resource
Chinese
Prefabricated assembly type steel reinforcement cage structure for building foundation
| European Patent Office | 2020