A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Climbing device of formwork construction platform
The invention relates to the technical field of building construction, in particular to a climbing device of a formwork construction platform, which comprises a hanging seat fixed on a formed concrete foundation, a guide rail fixed on the hanging seat and arranged along the climbing direction of the formwork platform, a load-bearing tripod capable of climbing along the guide rail, and a climbing mechanism for driving the load-bearing tripod to move. The stand columns and the guide rails are in wrapping design, the stand columns can be attached to the guide rails more tightly, and the distance between the stand columns and the guide rails is greatly reduced. By means of the close fit design, shaking under the action of external factors such as wind power is reduced, the distance between the bearing tripod and a building is reduced, and therefore the overall stability of the formwork platform is remarkably improved. Especially in offshore construction, canyon bridge construction and extra-high pier foundation construction, the design can effectively resist influence of sea wind, canyon wind and wind power in the pier construction process, shake of the formwork platform is reduced, and construction safety and stability of construction equipment are guaranteed.
本发明涉及建筑施工技术领域，具体为一种模架施工平台的爬升装置，包括固定于已成型混凝土基础上的挂座、固定于挂座且沿模架平台的爬升方向布设的导轨、可沿导轨爬升的承重三脚架，以及用于驱动承重三脚架移动的爬升机构。通过将立柱与导轨进行包合设计，立柱能够更紧密地贴合在导轨上，极大地降低了立柱与导轨之间的间距。这种紧密贴合的设计不仅减少了在风力等外部因素作用下的晃动，还降低了承重三脚架和构筑物之间的距离，从而显著提高了模架平台的整体稳定性。特别是在海上施工、峡谷桥梁建设和特高桥墩基础施工中，这种设计能够有效抵抗海风、峡谷风和桥墩施工过程中的风力影响，减少模架平台的晃动，确保施工安全和施工设备的稳定。
Climbing device of formwork construction platform
The invention relates to the technical field of building construction, in particular to a climbing device of a formwork construction platform, which comprises a hanging seat fixed on a formed concrete foundation, a guide rail fixed on the hanging seat and arranged along the climbing direction of the formwork platform, a load-bearing tripod capable of climbing along the guide rail, and a climbing mechanism for driving the load-bearing tripod to move. The stand columns and the guide rails are in wrapping design, the stand columns can be attached to the guide rails more tightly, and the distance between the stand columns and the guide rails is greatly reduced. By means of the close fit design, shaking under the action of external factors such as wind power is reduced, the distance between the bearing tripod and a building is reduced, and therefore the overall stability of the formwork platform is remarkably improved. Especially in offshore construction, canyon bridge construction and extra-high pier foundation construction, the design can effectively resist influence of sea wind, canyon wind and wind power in the pier construction process, shake of the formwork platform is reduced, and construction safety and stability of construction equipment are guaranteed.
本发明涉及建筑施工技术领域，具体为一种模架施工平台的爬升装置，包括固定于已成型混凝土基础上的挂座、固定于挂座且沿模架平台的爬升方向布设的导轨、可沿导轨爬升的承重三脚架，以及用于驱动承重三脚架移动的爬升机构。通过将立柱与导轨进行包合设计，立柱能够更紧密地贴合在导轨上，极大地降低了立柱与导轨之间的间距。这种紧密贴合的设计不仅减少了在风力等外部因素作用下的晃动，还降低了承重三脚架和构筑物之间的距离，从而显著提高了模架平台的整体稳定性。特别是在海上施工、峡谷桥梁建设和特高桥墩基础施工中，这种设计能够有效抵抗海风、峡谷风和桥墩施工过程中的风力影响，减少模架平台的晃动，确保施工安全和施工设备的稳定。
Climbing device of formwork construction platform
一种模架施工平台的爬升装置
ZHANG YANGEN (author) / LIU ZHAOTONG (author) / LU CHEN (author) / GONG GUOQING (author) / ZHANG FAN (author) / ZHANG JIAN (author) / SHEN ZHAOCHENG (author)
2024-08-30
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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