Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Stiffening bearing type outer-frame-free construction platform for residential building and construction method
The invention discloses a stiffening bearing type outer-frame-free construction platform for a residential building and a construction method. The stiffening bearing type outer-frame-free constructionplatform is mainly composed of a triangular truss bearing structure, high-strength bolts, fixing sleeves, angle steel bearings and triangular stiffening ribs. The protection construction platform isflexible to assemble and disassemble and high in assembling degree, the frame type scaffold can be inserted into the round steel pipe connecting pieces in a construction site, the structure is installed by screwing down the bolts, then the whole protection construction platform is hoisted to a preset position to be inserted into the fixing sleeve, the overall consumable amount is reduced, and safety is high. Meanwhile, the protection construction platform is clear in stress, the bearing capacity is remarkably improved, and the bolt sleeve is creatively welded to the hole opening position of the steel pipe to perform stiffening treatment on the local part of the steel pipe. The construction protection platform is simple in structure assembly, high in construction efficiency, high in safetyand low in construction cost, and is a novel fabricated outer-frame-free protection construction platform suitable for a civil residential building of a current shear wall system.
本发明公开了一种用于住宅建筑的加劲承托型无外架施工平台及作法，该结构主要由三角桁架承重结构、高强螺栓、固定套管、角钢承托及三角加劲肋组成。本发明涉及的防护施工平台按拆灵活，装配化程度高，可在施工场地将框架形式脚手架插到圆钢管连接件，拧紧螺栓将结构安装好，而后整体吊装到预定位置插入固定套管即可，整体耗材量减少，安全性高。同时本发明涉及的防护施工平台受力明确，承载力显著提高，本发明创造性的在钢管开孔位置焊接螺栓套筒，对其局部进行加劲处理。该种施工防护平台结构组装简单、施工效率高、安全性高、施工造价低，是适用于当前剪力墙体系民用住宅建筑的一种新的装配式无外架防护施工平台。
Stiffening bearing type outer-frame-free construction platform for residential building and construction method
The invention discloses a stiffening bearing type outer-frame-free construction platform for a residential building and a construction method. The stiffening bearing type outer-frame-free constructionplatform is mainly composed of a triangular truss bearing structure, high-strength bolts, fixing sleeves, angle steel bearings and triangular stiffening ribs. The protection construction platform isflexible to assemble and disassemble and high in assembling degree, the frame type scaffold can be inserted into the round steel pipe connecting pieces in a construction site, the structure is installed by screwing down the bolts, then the whole protection construction platform is hoisted to a preset position to be inserted into the fixing sleeve, the overall consumable amount is reduced, and safety is high. Meanwhile, the protection construction platform is clear in stress, the bearing capacity is remarkably improved, and the bolt sleeve is creatively welded to the hole opening position of the steel pipe to perform stiffening treatment on the local part of the steel pipe. The construction protection platform is simple in structure assembly, high in construction efficiency, high in safetyand low in construction cost, and is a novel fabricated outer-frame-free protection construction platform suitable for a civil residential building of a current shear wall system.
本发明公开了一种用于住宅建筑的加劲承托型无外架施工平台及作法，该结构主要由三角桁架承重结构、高强螺栓、固定套管、角钢承托及三角加劲肋组成。本发明涉及的防护施工平台按拆灵活，装配化程度高，可在施工场地将框架形式脚手架插到圆钢管连接件，拧紧螺栓将结构安装好，而后整体吊装到预定位置插入固定套管即可，整体耗材量减少，安全性高。同时本发明涉及的防护施工平台受力明确，承载力显著提高，本发明创造性的在钢管开孔位置焊接螺栓套筒，对其局部进行加劲处理。该种施工防护平台结构组装简单、施工效率高、安全性高、施工造价低，是适用于当前剪力墙体系民用住宅建筑的一种新的装配式无外架防护施工平台。
Stiffening bearing type outer-frame-free construction platform for residential building and construction method
一种用于住宅建筑的加劲承托型无外架施工平台及作法
CAO WANLIN (Autor:in) / YANG ZHAOYUAN (Autor:in) / ZHANG KESHENG (Autor:in) / GAO SHUOLIANG (Autor:in) / LU YAN (Autor:in) / YIN FEI (Autor:in) / ZHANG YONG'AN (Autor:in)
15.01.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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