Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Tightness-adjustable cantilever beam assembly and construction method thereof
The invention provides a tightness-adjustable cantilever beam assembly and a construction method thereof. The cantilever beam assembly comprises an I-shaped beam, a fixed ring, two embedded screw groups and two pull rod assemblies, wherein the two embedded screw groups are oppositely embedded in a wall up and down, the I-shaped beam is fixedly connected to one embedded screw group through an anchoring plate, the fixed ring is fixedly connected to the other embedded screw group through a fixed plate, two hanging ring groups are arranged on the I-shaped beam, the upper ends of the two pull rod assemblies are fixed to the fixed ring, and the lower ends of the two pull rod assemblies are fixed to the two hanging ring groups respectively. The tightness-adjustable cantilever beam assembly has the beneficial effects that the cantilever beam assembly is convenient to install, so that the construction period can be shortened; the cantilever beam assembly has high practicability, is basically not limited by the surrounding environment and can be installed as long as the strength of the main body structure of an embedded screw rod part meets the requirement; and according to the cantilever beam assembly, a lower frame body does not need to be erected, so that materials and the erecting cost are reduced, and wall penetrating is not needed, so that the wall penetrating hole blocking cost is reduced, and the I-shaped beam, the pull rod assemblies and quick release buckles can be used in a turnover mode.
本发明提供一种松紧可调式悬挑梁组件及其施工方法，其中悬挑梁组件包括工字梁、固定环、两预埋螺杆组和两拉杆组件，两预埋螺杆组相对上下预埋于墙体中，工字梁通过锚固板固定连接于一预埋螺杆组上，固定环通过固定板固定连接于另一预埋螺杆组上，工字梁上设有两吊环组，两拉杆组件上端均固定于固定环上，两拉杆组件下端分别固定于两吊环组上。本发明的有益效果为：该悬挑梁组件安装方便，能节约工期；该悬挑梁组件实用性强，基本不受周边环境限制，只要预埋螺杆部位主体结构强度满足要求即可安装；该悬挑梁组件无需搭设下部架体节省材料和搭设成本，无需穿墙，节省穿墙洞口封堵成本，工字梁、拉杆组件、快拆卡扣均可周转使用。
Tightness-adjustable cantilever beam assembly and construction method thereof
The invention provides a tightness-adjustable cantilever beam assembly and a construction method thereof. The cantilever beam assembly comprises an I-shaped beam, a fixed ring, two embedded screw groups and two pull rod assemblies, wherein the two embedded screw groups are oppositely embedded in a wall up and down, the I-shaped beam is fixedly connected to one embedded screw group through an anchoring plate, the fixed ring is fixedly connected to the other embedded screw group through a fixed plate, two hanging ring groups are arranged on the I-shaped beam, the upper ends of the two pull rod assemblies are fixed to the fixed ring, and the lower ends of the two pull rod assemblies are fixed to the two hanging ring groups respectively. The tightness-adjustable cantilever beam assembly has the beneficial effects that the cantilever beam assembly is convenient to install, so that the construction period can be shortened; the cantilever beam assembly has high practicability, is basically not limited by the surrounding environment and can be installed as long as the strength of the main body structure of an embedded screw rod part meets the requirement; and according to the cantilever beam assembly, a lower frame body does not need to be erected, so that materials and the erecting cost are reduced, and wall penetrating is not needed, so that the wall penetrating hole blocking cost is reduced, and the I-shaped beam, the pull rod assemblies and quick release buckles can be used in a turnover mode.
本发明提供一种松紧可调式悬挑梁组件及其施工方法，其中悬挑梁组件包括工字梁、固定环、两预埋螺杆组和两拉杆组件，两预埋螺杆组相对上下预埋于墙体中，工字梁通过锚固板固定连接于一预埋螺杆组上，固定环通过固定板固定连接于另一预埋螺杆组上，工字梁上设有两吊环组，两拉杆组件上端均固定于固定环上，两拉杆组件下端分别固定于两吊环组上。本发明的有益效果为：该悬挑梁组件安装方便，能节约工期；该悬挑梁组件实用性强，基本不受周边环境限制，只要预埋螺杆部位主体结构强度满足要求即可安装；该悬挑梁组件无需搭设下部架体节省材料和搭设成本，无需穿墙，节省穿墙洞口封堵成本，工字梁、拉杆组件、快拆卡扣均可周转使用。
Tightness-adjustable cantilever beam assembly and construction method thereof
一种松紧可调式悬挑梁组件及其施工方法
LIU LONG (Autor:in) / LONG GUOHONG (Autor:in) / LI YINGQUAN (Autor:in) / QIU FENG (Autor:in) / GUO JIANWEI (Autor:in) / GUO JIAHONG (Autor:in) / TENG KAIYI (Autor:in) / ZHANG JI (Autor:in) / SUN HUI (Autor:in) / GAN JIEBAO (Autor:in)
17.09.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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