A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated triangular truss cantilever supporting frame system and mounting method thereof
The invention provides an assembly type triangular truss overhanging supporting frame system which is characterized in that a wall leaning square pipe, an inclined supporting square pipe and a top square pipe are connected end to end and welded into a triangular truss overhanging supporting frame, and an inner supporting inclined square pipe, an inner supporting transverse square pipe and an inner supporting vertical square pipe are fixed into the triangular truss overhanging supporting frame through welding; through-wall bolts penetrate through the reserved bolt holes to fix the triangular truss cantilever supporting frame to a structural wall, one face of the backing steel plate is welded and fixed to the wall-leaning square pipe, the other face of the backing steel plate is pressed to the structural wall, and the I-shaped steel is perpendicularly fixed to the top square pipe through the zigzag fastening gasket. The invention further discloses an installation method of the assembly type triangular truss cantilever supporting frame system. The high-strength bolts are fixedly connected with the structural wall, damage to structural steel bars and concrete is extremely small, and meanwhile the later-period leakage hidden danger caused by a large hole reserved in the wall is reduced. The device is firm, stable, good in integrality, convenient to mount and dismount, not prone to damage and high in turnover frequency, and has good economic benefits.
本发明提供一种装配式三角桁架悬挑支撑架体系，靠墙方管、斜撑方管和顶部方管首尾相连焊接成三角桁架悬挑支撑架，内撑斜方管、内撑横方管和内撑竖方管通过焊接固定到三角桁架悬挑支撑架内部，通过穿墙螺栓穿过预留螺栓孔将三角桁架悬挑支撑架固定在结构墙体上，背衬钢板一面与靠墙方管焊接固定，背衬钢板另一面压紧到结构墙体上，所述工字钢通过之字形紧固垫片垂直固定于顶部方管。还公开了装配式三角桁架悬挑支撑架体系的安装方法。本发明通过高强螺栓与结构墙体连接固定，对结构钢筋、混凝土损伤极小，同时降低了墙体预留较大洞口带来的后期渗漏隐患。具有牢固稳定，整体性好，安装、拆除方便，不易损坏，周转次数高，具有很好的经济效益。
Fabricated triangular truss cantilever supporting frame system and mounting method thereof
The invention provides an assembly type triangular truss overhanging supporting frame system which is characterized in that a wall leaning square pipe, an inclined supporting square pipe and a top square pipe are connected end to end and welded into a triangular truss overhanging supporting frame, and an inner supporting inclined square pipe, an inner supporting transverse square pipe and an inner supporting vertical square pipe are fixed into the triangular truss overhanging supporting frame through welding; through-wall bolts penetrate through the reserved bolt holes to fix the triangular truss cantilever supporting frame to a structural wall, one face of the backing steel plate is welded and fixed to the wall-leaning square pipe, the other face of the backing steel plate is pressed to the structural wall, and the I-shaped steel is perpendicularly fixed to the top square pipe through the zigzag fastening gasket. The invention further discloses an installation method of the assembly type triangular truss cantilever supporting frame system. The high-strength bolts are fixedly connected with the structural wall, damage to structural steel bars and concrete is extremely small, and meanwhile the later-period leakage hidden danger caused by a large hole reserved in the wall is reduced. The device is firm, stable, good in integrality, convenient to mount and dismount, not prone to damage and high in turnover frequency, and has good economic benefits.
本发明提供一种装配式三角桁架悬挑支撑架体系，靠墙方管、斜撑方管和顶部方管首尾相连焊接成三角桁架悬挑支撑架，内撑斜方管、内撑横方管和内撑竖方管通过焊接固定到三角桁架悬挑支撑架内部，通过穿墙螺栓穿过预留螺栓孔将三角桁架悬挑支撑架固定在结构墙体上，背衬钢板一面与靠墙方管焊接固定，背衬钢板另一面压紧到结构墙体上，所述工字钢通过之字形紧固垫片垂直固定于顶部方管。还公开了装配式三角桁架悬挑支撑架体系的安装方法。本发明通过高强螺栓与结构墙体连接固定，对结构钢筋、混凝土损伤极小，同时降低了墙体预留较大洞口带来的后期渗漏隐患。具有牢固稳定，整体性好，安装、拆除方便，不易损坏，周转次数高，具有很好的经济效益。
Fabricated triangular truss cantilever supporting frame system and mounting method thereof
一种装配式三角桁架悬挑支撑架体系及其安装方法
GENG DONGGE (author) / WANG YOULONG (author) / ZHU MINGHUA (author) / CHENG YUQI (author) / GONG WENLIANG (author) / YAN ZHICHAO (author) / ZHANG SHUAI (author) / WU YANNI (author) / LI LE (author) / ZHOU JINHAN (author)
2023-04-04
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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