A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Aluminum alloy grid structure node system and curtain wall system and forming method thereof
The invention relates to the technical field of constructional engineering structures, in particular to an aluminum alloy grid structure node system and a curtain wall system and a forming method thereof. The grid structure node system comprises a plurality of grid structure nodes, and each grid structure node comprises a center connecting rod and a node component; the node component comprises a node plate and a plurality of chord members arranged around the central connecting rod, the node plate sleeves the central connecting rod, flange plates of the chord members are assembled and connected with the node plate, web plates of the node plate or the chord members are limited to the central connecting rod through limiting components, and the central connecting rod, the chord members and the limiting components are all aluminum alloy components formed through one-time extrusion. The gusset plate is an aluminum alloy plate. The influence of the welding process on the strength of the aluminum alloy component is avoided, and the bearing capacity and reliability of the grid structure node and the utilization rate of the aluminum alloy material are improved. According to the curtain wall system, relative independent arrangement of the curtain wall system and the grid structure node system is achieved through the single center connecting rod, and all layers of structures can reach the optimal state.
本发明涉及建筑工程结构技术领域，特别涉及一种铝合金网格结构节点系统及其幕墙系统和成形方法，该网格结构节点系统包括若干网格结构节点，每一网格结构节点包括中心连接杆和节点构件，节点构件包括节点板和若干环绕中心连接杆设置的弦杆，节点板套装于中心连接杆，弦杆的翼缘板与节点板装配连接，节点板或弦杆的腹板通过限位构件限位于中心连接杆，中心连接杆、弦杆和限位构件均为一次挤压成型铝合金构件，节点板为铝合金板。避免了焊接工艺对铝合金构件强度的影响，有利于提高网格结构节点的承载力、可靠性和铝合金材料利用率。该幕墙系统通过单一中心连接杆实现幕墙系统和网格结构节点系统的相对独立设置，能够使各层结构均能够达到最优状态。
Aluminum alloy grid structure node system and curtain wall system and forming method thereof
The invention relates to the technical field of constructional engineering structures, in particular to an aluminum alloy grid structure node system and a curtain wall system and a forming method thereof. The grid structure node system comprises a plurality of grid structure nodes, and each grid structure node comprises a center connecting rod and a node component; the node component comprises a node plate and a plurality of chord members arranged around the central connecting rod, the node plate sleeves the central connecting rod, flange plates of the chord members are assembled and connected with the node plate, web plates of the node plate or the chord members are limited to the central connecting rod through limiting components, and the central connecting rod, the chord members and the limiting components are all aluminum alloy components formed through one-time extrusion. The gusset plate is an aluminum alloy plate. The influence of the welding process on the strength of the aluminum alloy component is avoided, and the bearing capacity and reliability of the grid structure node and the utilization rate of the aluminum alloy material are improved. According to the curtain wall system, relative independent arrangement of the curtain wall system and the grid structure node system is achieved through the single center connecting rod, and all layers of structures can reach the optimal state.
本发明涉及建筑工程结构技术领域，特别涉及一种铝合金网格结构节点系统及其幕墙系统和成形方法，该网格结构节点系统包括若干网格结构节点，每一网格结构节点包括中心连接杆和节点构件，节点构件包括节点板和若干环绕中心连接杆设置的弦杆，节点板套装于中心连接杆，弦杆的翼缘板与节点板装配连接，节点板或弦杆的腹板通过限位构件限位于中心连接杆，中心连接杆、弦杆和限位构件均为一次挤压成型铝合金构件，节点板为铝合金板。避免了焊接工艺对铝合金构件强度的影响，有利于提高网格结构节点的承载力、可靠性和铝合金材料利用率。该幕墙系统通过单一中心连接杆实现幕墙系统和网格结构节点系统的相对独立设置，能够使各层结构均能够达到最优状态。
Aluminum alloy grid structure node system and curtain wall system and forming method thereof
一种铝合金网格结构节点系统及其幕墙系统和成形方法
FENG YUAN (author) / XIANG XIN'AN (author) / XIA XUN (author) / ZHAN BENQIANG (author) / HAN KELIANG (author) / QUAN WENYU (author) / LOU SHUYANG (author) / ZHANG YAN (author)
2024-01-05
Patent
Electronic Resource
Chinese
| European Patent Office | 2022
Aluminum alloy glass curtain wall mounting structure and glass curtain wall
| European Patent Office | 2023
| European Patent Office | 2024