A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Scaffold erecting construction method
The invention discloses a scaffold erecting construction method which comprises the following steps that S1, a foundation is treated, and it is ensured that the strength of a foundation concrete plate can meet the transfer load for bearing a scaffold; s2, distance fixing and positioning are carried out, the distances between the inner vertical rod and the outer vertical rod and the building wall are measured on the outer side of the building, positioning lines are marked, and a full-length scaffold board and a base are positioned and arranged; s3, a scaffold is built, and longitudinal bottom horizontal tubes, vertical rods, transverse bottom horizontal tubes, large transverse rods, small transverse rods, inclined struts and diagonal bracings are sequentially erected; s4, bearing parts are embedded in the scaffold in a segmented mode, one end of each bearing part extends into the building and is connected with the building into a whole through outer wrapping concrete, the other end of each bearing part is connected with the corresponding vertical rod, and transmission loads of the scaffold are borne through the building in a segmented mode; s5, a scaffold board is laid on the scaffold; and S6, a protective barrier and a safety net are tied to the outer side, away from the building, of the scaffold.
本申请公开了一种脚手架搭设工法，包括以下步骤：S1，地基基础处理，确保地基混凝土板强度能够满足承载脚手架的传递荷载；S2，定距定位，在建筑物外侧测量出内立杆和外立杆离建筑物墙的距离并标记定位线，定位设置通长脚手板和底座；S3，搭建脚手架，依次搭设纵向扫地杆、立杆、横向扫地杆、大横杆、小横杆、斜撑及剪刀撑；S4，在所述脚手架上分段埋设承载件，所述承载件的一端伸入所述建筑物内部并通过外包混凝土与所述建筑物连接为一体，所述承载件的另一端与所述立杆连接，通过所述建筑物分段承载所述脚手架的传递荷载；S5，在所述脚手架上铺脚手板；S6，在所述脚手架背离所述建筑物的外侧扎设防护栏杆及安全网。
Scaffold erecting construction method
The invention discloses a scaffold erecting construction method which comprises the following steps that S1, a foundation is treated, and it is ensured that the strength of a foundation concrete plate can meet the transfer load for bearing a scaffold; s2, distance fixing and positioning are carried out, the distances between the inner vertical rod and the outer vertical rod and the building wall are measured on the outer side of the building, positioning lines are marked, and a full-length scaffold board and a base are positioned and arranged; s3, a scaffold is built, and longitudinal bottom horizontal tubes, vertical rods, transverse bottom horizontal tubes, large transverse rods, small transverse rods, inclined struts and diagonal bracings are sequentially erected; s4, bearing parts are embedded in the scaffold in a segmented mode, one end of each bearing part extends into the building and is connected with the building into a whole through outer wrapping concrete, the other end of each bearing part is connected with the corresponding vertical rod, and transmission loads of the scaffold are borne through the building in a segmented mode; s5, a scaffold board is laid on the scaffold; and S6, a protective barrier and a safety net are tied to the outer side, away from the building, of the scaffold.
本申请公开了一种脚手架搭设工法，包括以下步骤：S1，地基基础处理，确保地基混凝土板强度能够满足承载脚手架的传递荷载；S2，定距定位，在建筑物外侧测量出内立杆和外立杆离建筑物墙的距离并标记定位线，定位设置通长脚手板和底座；S3，搭建脚手架，依次搭设纵向扫地杆、立杆、横向扫地杆、大横杆、小横杆、斜撑及剪刀撑；S4，在所述脚手架上分段埋设承载件，所述承载件的一端伸入所述建筑物内部并通过外包混凝土与所述建筑物连接为一体，所述承载件的另一端与所述立杆连接，通过所述建筑物分段承载所述脚手架的传递荷载；S5，在所述脚手架上铺脚手板；S6，在所述脚手架背离所述建筑物的外侧扎设防护栏杆及安全网。
Scaffold erecting construction method
一种脚手架搭设工法
CHEN LIN (author) / HUANG TAO (author) / TAO LEI (author) / ZHANG YONG (author) / HUANG ZONGQING (author) / CHEN XU (author) / CHEN ZHE (author) / SONG WENJIE (author) / GONG WU (author)
2022-09-30
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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