A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
System for stabilizing climbing scaffold
The invention relates to the technical field of climbing scaffolds, in particular to a system for stabilizing a climbing scaffold. The system comprises a reinforcing frame arranged between two adjacent horizontal structural parts, a plurality of wall connecting rods are detachably arranged on the reinforcing frame, the suspended ends of the wall connecting rods are connected with the climbing scaffold, and the reinforcing frame can be assembled. According to the system, the reinforcing frame between the horizontal structural parts is arranged, the wall connecting rods are arranged on the reinforcing frame, and the suspended ends of the wall connecting rods are connected with the climbing scaffold so that the reinforcing frame can serve as a new acting point of the climbing scaffold, and then in the case of buildings such as skipped floors, staggered floors and hollow buildings, the connecting wall rods on the reinforcing frame are connected with the climbing scaffold to ensure that thedistance between the adjacent wall connecting rods is less than a specific value, such as 6 meters, so that the climbing scaffold does not face the risk of deformation, overturning and the like whenthe horizontal structural parts such as the skipped floors, staggered floors and hollow buildings and the like occur.
本发明涉及爬升脚手架的技术领域，具体公开一种用于稳固爬升脚手架的系统，包括设置在相邻两水平结构件之间的加固架，所述加固架上可拆卸地设置有若干连墙杆，所述连墙杆的悬空端与爬升脚手架连接；所述加固架可组装。本发明通过在水平结构件之间设置加固架，加固架上设置连墙杆，连墙杆的悬空端与爬升脚手架连接，使得加固架能够作为爬升脚手架的新的着力点，进而在出现跳层、错层、中空等建筑时，加固架上的连墙杆与爬升脚手架连接，保证相邻的连墙杆之间的距离小于特定值，如6米，进而防止出现跳层、错层、中空等水平结构件时，爬升脚手架不会面临变形、倾覆等风险。
System for stabilizing climbing scaffold
The invention relates to the technical field of climbing scaffolds, in particular to a system for stabilizing a climbing scaffold. The system comprises a reinforcing frame arranged between two adjacent horizontal structural parts, a plurality of wall connecting rods are detachably arranged on the reinforcing frame, the suspended ends of the wall connecting rods are connected with the climbing scaffold, and the reinforcing frame can be assembled. According to the system, the reinforcing frame between the horizontal structural parts is arranged, the wall connecting rods are arranged on the reinforcing frame, and the suspended ends of the wall connecting rods are connected with the climbing scaffold so that the reinforcing frame can serve as a new acting point of the climbing scaffold, and then in the case of buildings such as skipped floors, staggered floors and hollow buildings, the connecting wall rods on the reinforcing frame are connected with the climbing scaffold to ensure that thedistance between the adjacent wall connecting rods is less than a specific value, such as 6 meters, so that the climbing scaffold does not face the risk of deformation, overturning and the like whenthe horizontal structural parts such as the skipped floors, staggered floors and hollow buildings and the like occur.
本发明涉及爬升脚手架的技术领域，具体公开一种用于稳固爬升脚手架的系统，包括设置在相邻两水平结构件之间的加固架，所述加固架上可拆卸地设置有若干连墙杆，所述连墙杆的悬空端与爬升脚手架连接；所述加固架可组装。本发明通过在水平结构件之间设置加固架，加固架上设置连墙杆，连墙杆的悬空端与爬升脚手架连接，使得加固架能够作为爬升脚手架的新的着力点，进而在出现跳层、错层、中空等建筑时，加固架上的连墙杆与爬升脚手架连接，保证相邻的连墙杆之间的距离小于特定值，如6米，进而防止出现跳层、错层、中空等水平结构件时，爬升脚手架不会面临变形、倾覆等风险。
System for stabilizing climbing scaffold
一种用于稳固爬升脚手架的系统
HU XIAOMING (author) / YAN ZHAOTAO (author) / CEN XI (author) / LIN WENFENG (author) / CAO SUIDONG (author) / WU YOULAI (author) / ZHANG ZHENG (author) / XIE WENHAI (author) / ZHAO YU (author) / LI ZHAO (author)
2020-08-18
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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