A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of angle-adjustable pull-up cantilever scaffold corner support
The invention provides a construction method for a corner support of an angle-adjustable pull-up cantilever scaffold, and belongs to the technical field of corner supports of pull-up cantilever scaffolds.The construction method for the corner support of the angle-adjustable pull-up cantilever scaffold comprises the steps that a hole is horizontally drilled in a wall at a fixed angle; concrete is poured on the periphery of the wall body; after the concrete is completely solidified and aired, the angle-adjustable pull-up cantilever scaffold corner support is fixedly connected with the hollow threaded pipe through a bolt; after the angle-adjustable pull-up type cantilever scaffold corner support is fixed, concrete pouring is conducted again, and connection between the angle-adjustable pull-up type cantilever scaffold corner support and the building body is further reinforced so that the stability of the angle-adjustable pull-up type cantilever scaffold corner support can be improved; i-shaped steel is connected with the angle-adjustable pull-up cantilever scaffold corner support, and then the angle is adjusted and fixed; by means of the method, the problems that an existing pull-up type cantilever scaffold corner support has the high requirement for the cutting angle and the high requirement for welding precision can be solved.
本发明提供了一种角度可调式上拉式悬挑脚手架转角支座施工方法，属于上拉式悬挑脚手架转角支座技术领域，该角度可调式上拉式悬挑脚手架转角支座施工方法为在墙体的内部定角度水平钻孔；在所述墙体的周围浇筑混凝土；待所述混凝土完全凝固晾干后将角度可调式上拉式悬挑脚手架转角支座通过螺栓与所述中空螺纹管固定连接；固定好所述角度可调式上拉式悬挑脚手架转角支座后，再次进行混凝土浇筑，进一步加固所述角度可调式上拉式悬挑脚手架转角支座与建筑主体的连接以增加其稳定性；将工字钢与所述角度可调式上拉式悬挑脚手架转角支座连接后调整角度固定；该方法能够解决现有上拉式悬挑脚手架转角支座对切割角度要求较高，焊接精度要求高的问题。
Construction method of angle-adjustable pull-up cantilever scaffold corner support
The invention provides a construction method for a corner support of an angle-adjustable pull-up cantilever scaffold, and belongs to the technical field of corner supports of pull-up cantilever scaffolds.The construction method for the corner support of the angle-adjustable pull-up cantilever scaffold comprises the steps that a hole is horizontally drilled in a wall at a fixed angle; concrete is poured on the periphery of the wall body; after the concrete is completely solidified and aired, the angle-adjustable pull-up cantilever scaffold corner support is fixedly connected with the hollow threaded pipe through a bolt; after the angle-adjustable pull-up type cantilever scaffold corner support is fixed, concrete pouring is conducted again, and connection between the angle-adjustable pull-up type cantilever scaffold corner support and the building body is further reinforced so that the stability of the angle-adjustable pull-up type cantilever scaffold corner support can be improved; i-shaped steel is connected with the angle-adjustable pull-up cantilever scaffold corner support, and then the angle is adjusted and fixed; by means of the method, the problems that an existing pull-up type cantilever scaffold corner support has the high requirement for the cutting angle and the high requirement for welding precision can be solved.
本发明提供了一种角度可调式上拉式悬挑脚手架转角支座施工方法，属于上拉式悬挑脚手架转角支座技术领域，该角度可调式上拉式悬挑脚手架转角支座施工方法为在墙体的内部定角度水平钻孔；在所述墙体的周围浇筑混凝土；待所述混凝土完全凝固晾干后将角度可调式上拉式悬挑脚手架转角支座通过螺栓与所述中空螺纹管固定连接；固定好所述角度可调式上拉式悬挑脚手架转角支座后，再次进行混凝土浇筑，进一步加固所述角度可调式上拉式悬挑脚手架转角支座与建筑主体的连接以增加其稳定性；将工字钢与所述角度可调式上拉式悬挑脚手架转角支座连接后调整角度固定；该方法能够解决现有上拉式悬挑脚手架转角支座对切割角度要求较高，焊接精度要求高的问题。
Construction method of angle-adjustable pull-up cantilever scaffold corner support
一种角度可调式上拉式悬挑脚手架转角支座施工方法
GU SHAOCUN (author) / LONG TAO (author) / ZHANG KAIHUA (author) / LIU HUA (author) / WANG HUI (author) / ZHOU YANJUN (author)
2024-09-10
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Pull-up tool type cantilever scaffold construction method
| European Patent Office | 2023
| European Patent Office | 2021
Angle-adjustable cantilever beam assembly for external scaffold
| European Patent Office | 2020
Pull-up type cantilever scaffold construction device and method
| European Patent Office | 2021
Pull-up type cantilever scaffold construction device and method thereof
| European Patent Office | 2022