Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a quick building scaffold erecting method which is realized through an erecting device and specifically comprises the following steps: S1, transversely placing a steel pipe and keeping the steel pipe stable; s2, the placed steel pipes are sequentially lifted to the required height, and the steel pipes are pivoted to be converted into the vertical state from the transverse state; s3, the steel pipe in the vertical state is pushed to the erecting position to be erected and fixed; steel pipes are transversely placed on the lifting piece, the annular belt is driven by the moving assembly to intermittently operate, the transversely-placed steel pipes are sequentially lifted to the required height position, then the transverse steel pipes are pushed to be close to the erecting position through the movable assembly, the steel pipes are pivoted from the transverse direction to the vertical direction, and the short connecting sections of the steel pipes are vertically downward; and finally, the vertical steel pipe is pushed to move to the erecting position for erecting, the steel pipe does not need to be manually held for erecting, the steel pipe is not prone to falling off, safety is good, the steel pipe can be continuously erected through circulating operation of the annular belt, and the scaffold erecting efficiency is effectively improved.
本发明公开了一种建筑用脚手架快速搭设方法，通过搭设装置实现，具体包括以下步骤：S1、横向放置钢管保持稳定；S2、依次将放置后的钢管提升至所需高度处，并枢转钢管从横向状态转变为竖向状态；S3、将竖向状态的钢管推动至搭设位置处进行搭设固定；本发明将钢管横向放置在托举件上，通过运动组件驱动环带间歇运转，依次将横向放置的钢管提升至所需的高度位置，然后通过活动组件推动横向钢管靠近搭设位置，再将钢管从横向枢转至竖向，使钢管较短的连接段竖直朝下，最后推动竖向的钢管运动至搭设位置处进行搭设，无需人工抱持钢管进行搭设，钢管不易掉落，安全性好，且通过环带的循环运转，可对钢管持续进行搭设，有效提高了脚手架搭设效率。
The invention discloses a quick building scaffold erecting method which is realized through an erecting device and specifically comprises the following steps: S1, transversely placing a steel pipe and keeping the steel pipe stable; s2, the placed steel pipes are sequentially lifted to the required height, and the steel pipes are pivoted to be converted into the vertical state from the transverse state; s3, the steel pipe in the vertical state is pushed to the erecting position to be erected and fixed; steel pipes are transversely placed on the lifting piece, the annular belt is driven by the moving assembly to intermittently operate, the transversely-placed steel pipes are sequentially lifted to the required height position, then the transverse steel pipes are pushed to be close to the erecting position through the movable assembly, the steel pipes are pivoted from the transverse direction to the vertical direction, and the short connecting sections of the steel pipes are vertically downward; and finally, the vertical steel pipe is pushed to move to the erecting position for erecting, the steel pipe does not need to be manually held for erecting, the steel pipe is not prone to falling off, safety is good, the steel pipe can be continuously erected through circulating operation of the annular belt, and the scaffold erecting efficiency is effectively improved.
本发明公开了一种建筑用脚手架快速搭设方法，通过搭设装置实现，具体包括以下步骤：S1、横向放置钢管保持稳定；S2、依次将放置后的钢管提升至所需高度处，并枢转钢管从横向状态转变为竖向状态；S3、将竖向状态的钢管推动至搭设位置处进行搭设固定；本发明将钢管横向放置在托举件上，通过运动组件驱动环带间歇运转，依次将横向放置的钢管提升至所需的高度位置，然后通过活动组件推动横向钢管靠近搭设位置，再将钢管从横向枢转至竖向，使钢管较短的连接段竖直朝下，最后推动竖向的钢管运动至搭设位置处进行搭设，无需人工抱持钢管进行搭设，钢管不易掉落，安全性好，且通过环带的循环运转，可对钢管持续进行搭设，有效提高了脚手架搭设效率。
STEEL-STRUCTURE BUILDING ENVELOPE CAPABLE OF ERECTING SCAFFOLD AND METHOD FOR ERECTING SCAFFOLD
| Europäisches Patentamt | 2025
Electric building scaffold erecting device and method
| Europäisches Patentamt | 2023
High-rise building external scaffold flat net erecting method
| Europäisches Patentamt | 2021