Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Construction supporting platform and method suitable for cantilever type cover beam prestress tensioning
The invention belongs to the technical field of cover beam tensioning construction, and relates to a construction supporting platform and method suitable for cantilever type cover beam prestress tensioning, and the supporting platform comprises a small door type supporting frame structure, a large door type supporting frame structure, a bearing beam structure, a sliding rail structure, a sliding rod structure, a tensioning construction platform and a crawling ladder; the small door-shaped supporting frame structure and the large door-shaped supporting frame structure are connected through the bearing beam structure and the sliding rail structure to form a frame stabilizing structure. The sliding rail structure is connected to the bearing beam structure. The pulley of the sliding rod structure can move on the sliding rail of the sliding rail structure; the bearing beam structure is fixedly connected with the gate type supporting frame structure through a first inclined strut, and the tensioning construction platform is fixed to the gate type supporting frame structure through a second inclined strut. The lower end of the crawling ladder is fixed to the tensioning construction platform, and the upper end is fixed to the first inclined strut. The structure can safely and stably complete cantilever type cover beam prestress tensioning construction operation, can be used in a turnover mode, and improves operation efficiency.
本发明属于盖梁张拉施工技术领域，涉及一种适用于悬臂式盖梁预应力张拉的施工支撑平台及方法，该支撑平台包括小门型支撑架结构、大门型支撑架结构、承重梁结构、滑轨结构、滑杆结构、张拉施工平台和爬梯；小门型支撑架结构与大门型支撑架结构通过承重梁结构和滑轨结构连接形成框架稳定结构；所述的滑轨结构连接在承重梁结构上；滑杆结构的滑轮可在滑轨结构的滑轨上移动；承重梁结构通过第一斜撑与大门型支撑架结构固定连接，张拉施工平台通过第二斜撑固定在大门型支撑架结构上；爬梯下端固定在张拉施工平台上，上端固定在第一斜撑上。该结构能安全稳定的完成悬臂式盖梁预应力张拉施工作业，并能周转使用，提高作业效率。
Construction supporting platform and method suitable for cantilever type cover beam prestress tensioning
The invention belongs to the technical field of cover beam tensioning construction, and relates to a construction supporting platform and method suitable for cantilever type cover beam prestress tensioning, and the supporting platform comprises a small door type supporting frame structure, a large door type supporting frame structure, a bearing beam structure, a sliding rail structure, a sliding rod structure, a tensioning construction platform and a crawling ladder; the small door-shaped supporting frame structure and the large door-shaped supporting frame structure are connected through the bearing beam structure and the sliding rail structure to form a frame stabilizing structure. The sliding rail structure is connected to the bearing beam structure. The pulley of the sliding rod structure can move on the sliding rail of the sliding rail structure; the bearing beam structure is fixedly connected with the gate type supporting frame structure through a first inclined strut, and the tensioning construction platform is fixed to the gate type supporting frame structure through a second inclined strut. The lower end of the crawling ladder is fixed to the tensioning construction platform, and the upper end is fixed to the first inclined strut. The structure can safely and stably complete cantilever type cover beam prestress tensioning construction operation, can be used in a turnover mode, and improves operation efficiency.
本发明属于盖梁张拉施工技术领域，涉及一种适用于悬臂式盖梁预应力张拉的施工支撑平台及方法，该支撑平台包括小门型支撑架结构、大门型支撑架结构、承重梁结构、滑轨结构、滑杆结构、张拉施工平台和爬梯；小门型支撑架结构与大门型支撑架结构通过承重梁结构和滑轨结构连接形成框架稳定结构；所述的滑轨结构连接在承重梁结构上；滑杆结构的滑轮可在滑轨结构的滑轨上移动；承重梁结构通过第一斜撑与大门型支撑架结构固定连接，张拉施工平台通过第二斜撑固定在大门型支撑架结构上；爬梯下端固定在张拉施工平台上，上端固定在第一斜撑上。该结构能安全稳定的完成悬臂式盖梁预应力张拉施工作业，并能周转使用，提高作业效率。
Construction supporting platform and method suitable for cantilever type cover beam prestress tensioning
一种适用于悬臂式盖梁预应力张拉的施工支撑平台及方法
GUO RUI (Autor:in) / LIU YONGCHUN (Autor:in) / QIAO XUENING (Autor:in) / ZHANG WEI (Autor:in) / LI YUNYIN (Autor:in) / ZHANG YUHANG (Autor:in) / YANG JUNWU (Autor:in) / DING MINGJIE (Autor:in) / ZHAO ZICHUAN (Autor:in)
15.03.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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