A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Lifting scaffold for high-rise building
The invention relates to the field of building scaffolds, and discloses a lifting scaffold for a high-rise building. The lifting scaffold for the high-rise building comprises a main frame and guardrails arranged on the main frame, wherein the main frame comprises upright tubes, horizontal pillars and scaffold boards; the horizontal pillars are perpendicularly fixed onto one upright tube at intervals; each scaffold board is laid between each two horizontally adjacent horizontal pillars; each guardrail is fixed between two corresponding adjacent upright tubes; at least two layers of scaffold boards are arranged; a crawling ladder mechanism is arranged between each two adjacent upper and lower layers of scaffold boards; a movable port is formed in each upper-layer scaffold board; and each crawling ladder mechanism comprises a long ladder rotatably connected to the corresponding lower-layer scaffold board and a support structure arranged in the corresponding movable port and used for supporting the corresponding long ladder. The lifting scaffold for the high-rise building provided by the invention has the following advantages and effects that each long ladder located on the corresponding lower-layer scaffold board can be in lap joint with the corresponding upper and lower layers of scaffold boards without the need of being installed additionally; and each support structure can be used for supporting and fixing the corresponding long ladder located between the corresponding upper and lower layers of scaffold boards, so that constructors can conveniently move between different building floors, and the problem that the resource waste is caused by lifting the scaffold as a whole is avoided.
本发明涉及建筑脚手架的领域，公开了高层建筑升降脚手架，包括主框架和设置于主框架上的护栏，主框架包括立杆、水平支柱和脚手板，水平支柱垂直并间隔固定于同一立杆上，脚手板铺设于水平相邻的两根水平支柱之间，护栏固定于相邻的两根立杆之间；脚手板至少设置两层，上下两层的脚手板之间设置有爬梯机构；上层脚手板开设有活动口，爬梯机构包括转动连接于下层脚手板的长梯和设置于活动口内用于支撑长梯的支撑结构。本发明具有以下优点和效果：位于下层脚手板上的长梯无需另外安装即可搭接上下层脚手板；支撑结构可支撑固定位于上下层脚手板之间的长梯，由此便捷实现施工人员在不同建筑层之间的移动，避免整体升降脚手架造成资源浪费的问题。
Lifting scaffold for high-rise building
The invention relates to the field of building scaffolds, and discloses a lifting scaffold for a high-rise building. The lifting scaffold for the high-rise building comprises a main frame and guardrails arranged on the main frame, wherein the main frame comprises upright tubes, horizontal pillars and scaffold boards; the horizontal pillars are perpendicularly fixed onto one upright tube at intervals; each scaffold board is laid between each two horizontally adjacent horizontal pillars; each guardrail is fixed between two corresponding adjacent upright tubes; at least two layers of scaffold boards are arranged; a crawling ladder mechanism is arranged between each two adjacent upper and lower layers of scaffold boards; a movable port is formed in each upper-layer scaffold board; and each crawling ladder mechanism comprises a long ladder rotatably connected to the corresponding lower-layer scaffold board and a support structure arranged in the corresponding movable port and used for supporting the corresponding long ladder. The lifting scaffold for the high-rise building provided by the invention has the following advantages and effects that each long ladder located on the corresponding lower-layer scaffold board can be in lap joint with the corresponding upper and lower layers of scaffold boards without the need of being installed additionally; and each support structure can be used for supporting and fixing the corresponding long ladder located between the corresponding upper and lower layers of scaffold boards, so that constructors can conveniently move between different building floors, and the problem that the resource waste is caused by lifting the scaffold as a whole is avoided.
本发明涉及建筑脚手架的领域，公开了高层建筑升降脚手架，包括主框架和设置于主框架上的护栏，主框架包括立杆、水平支柱和脚手板，水平支柱垂直并间隔固定于同一立杆上，脚手板铺设于水平相邻的两根水平支柱之间，护栏固定于相邻的两根立杆之间；脚手板至少设置两层，上下两层的脚手板之间设置有爬梯机构；上层脚手板开设有活动口，爬梯机构包括转动连接于下层脚手板的长梯和设置于活动口内用于支撑长梯的支撑结构。本发明具有以下优点和效果：位于下层脚手板上的长梯无需另外安装即可搭接上下层脚手板；支撑结构可支撑固定位于上下层脚手板之间的长梯，由此便捷实现施工人员在不同建筑层之间的移动，避免整体升降脚手架造成资源浪费的问题。
Lifting scaffold for high-rise building
高层建筑升降脚手架
YAN ENBIN (author) / LI TING (author) / HONG ZUYONG (author)
2020-10-02
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste