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Full-assembly type aluminum alloy cable-supported grid structure and forming method thereof
The invention relates to the technical field of constructional engineering, in particular to a full-assembly type aluminum alloy cable-supported grid structure and a forming method thereof.The cable-supported grid structure comprises a plurality of cable-supported grid structure nodes, each cable-supported grid structure node comprises a supporting rod, the top end of each supporting rod is sleeved with a node component, the bottom end of each supporting rod is hinged to a cable clamp, and the cable clamps clamp inhaul cables; the node component comprises a node plate and a plurality of chord members, the node plate sleeves the supporting rod, the chord members surround the supporting rod, each chord member comprises a web plate and a flange plate, the flange plates and the node plate are assembled and connected through connecting pieces, the node plate or the web plate is limited on the supporting rod through a limiting component, and the limiting component is assembled and connected with the supporting rod. The supporting rods, the chord members, the cable clamps and the limiting components are all aluminum alloy components formed through one-time extrusion, and the gusset plates are aluminum alloy plates. The supporting rod shearing force can be effectively transmitted, the force transmission effect is good, stability is good, welding and casting processes are not needed in the forming method, and the supporting rod has the advantages that the production speed is high, the construction efficiency is high, and precision and quality are easy to guarantee.
本发明涉及建筑工程技术领域，特别涉及一种全装配式铝合金索承网格结构及其成形方法，该索承网格结构包括若干索承网格结构节点，每一索承网格结构节点包括撑杆，撑杆顶端套装节点构件，底端铰接索夹，索夹夹持拉索，节点构件包括节点板和若干弦杆，节点板套装于撑杆，若干弦杆环绕撑杆设置，弦杆包括腹板和翼缘板，翼缘板与节点板通过连接件装配连接，节点板或腹板通过限位构件限位于撑杆，限位构件与所述撑杆装配连接，撑杆、弦杆、索夹和限位构件均为铝合金一次挤压成型构件，节点板为铝合金板。能够有效传递撑杆剪力，传力效果较好、稳定性较好，其成形方法无需采用焊接、铸造工艺，具备生产速度快、施工效率高、精度及质量易于保证的优点。
Full-assembly type aluminum alloy cable-supported grid structure and forming method thereof
The invention relates to the technical field of constructional engineering, in particular to a full-assembly type aluminum alloy cable-supported grid structure and a forming method thereof.The cable-supported grid structure comprises a plurality of cable-supported grid structure nodes, each cable-supported grid structure node comprises a supporting rod, the top end of each supporting rod is sleeved with a node component, the bottom end of each supporting rod is hinged to a cable clamp, and the cable clamps clamp inhaul cables; the node component comprises a node plate and a plurality of chord members, the node plate sleeves the supporting rod, the chord members surround the supporting rod, each chord member comprises a web plate and a flange plate, the flange plates and the node plate are assembled and connected through connecting pieces, the node plate or the web plate is limited on the supporting rod through a limiting component, and the limiting component is assembled and connected with the supporting rod. The supporting rods, the chord members, the cable clamps and the limiting components are all aluminum alloy components formed through one-time extrusion, and the gusset plates are aluminum alloy plates. The supporting rod shearing force can be effectively transmitted, the force transmission effect is good, stability is good, welding and casting processes are not needed in the forming method, and the supporting rod has the advantages that the production speed is high, the construction efficiency is high, and precision and quality are easy to guarantee.
本发明涉及建筑工程技术领域，特别涉及一种全装配式铝合金索承网格结构及其成形方法，该索承网格结构包括若干索承网格结构节点，每一索承网格结构节点包括撑杆，撑杆顶端套装节点构件，底端铰接索夹，索夹夹持拉索，节点构件包括节点板和若干弦杆，节点板套装于撑杆，若干弦杆环绕撑杆设置，弦杆包括腹板和翼缘板，翼缘板与节点板通过连接件装配连接，节点板或腹板通过限位构件限位于撑杆，限位构件与所述撑杆装配连接，撑杆、弦杆、索夹和限位构件均为铝合金一次挤压成型构件，节点板为铝合金板。能够有效传递撑杆剪力，传力效果较好、稳定性较好，其成形方法无需采用焊接、铸造工艺，具备生产速度快、施工效率高、精度及质量易于保证的优点。
Full-assembly type aluminum alloy cable-supported grid structure and forming method thereof
一种全装配式铝合金索承网格结构及其成形方法
FENG YUAN (author) / XIANG XIN'AN (author) / XIA XUN (author) / ZHANG YAN (author) / ZHAN BENQIANG (author) / HAN KELIANG (author) / QUAN WENYU (author) / LOU SHUYANG (author)
2024-02-20
Patent
Electronic Resource
Chinese
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