Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Steel-concrete composite beam concrete bridge deck construction support and construction method thereof
The invention belongs to the technical field of construction of steel-concrete composite beam concrete bridge decks, and concretely relates to a steel-concrete composite beam concrete bridge deck construction support and a construction method thereof. The support comprises support stand columns, a support cross beam, hanging rods, a bottom die and a construction channel. The number of the supportstand columns and the number of the hanging rods are multiple. The support cross beam is horizontally arranged, and the support stand columns are vertically connected below the support cross beam at intervals, the bottom die is horizontally connected below the plurality of support stand columns, the support cross beam is connected with the bottom die through the hanging rods, and the constructionchannel is connected to the lower portion of the bottom die. A main bearing structure of a bridge deck slab of a support method in existing bridge deck construction is supported below the bridge deckslab, the whole support is of a pressed structure and is large in weight, the support is usually welded to or bolted to a steel plate beam, coating of the steel plate beam is damaged, the support is arranged above the bridge deck slab and mainly of a tension structure, the overall weight is small, the welding position of the support and the steel plate beam is located on the non-coating portion ofthe top face of the steel plate beam, and coating is effectively protected.
本发明属于钢混组合梁混凝土桥面板施工技术领域，具体提供了一种钢混组合梁混凝土桥面板施工支架及其施工方法，包括支架立柱、支架横梁、吊杆、底模和施工通道，支架立柱和吊杆的数量均为多根，支架横梁水平设置且支架横梁的下面间隔竖直连接多根支架立柱，多根支架立柱的下面水平连接底模，支架横梁和底模之间通过多根吊杆连接，底模的下面连接施工通道，解决了现有桥面板施工中托架法的桥面板主要承重结构支架在桥面板下方，整体为受压结构，重量较大，支架通常要与钢板梁焊接或者栓接，损伤钢板梁涂装的，本发明支架在桥面板上方，主要为受拉结构，整体重量小，支架与钢板梁焊接的位置在钢板梁顶面不涂装的部分，有效保护涂装。
Steel-concrete composite beam concrete bridge deck construction support and construction method thereof
The invention belongs to the technical field of construction of steel-concrete composite beam concrete bridge decks, and concretely relates to a steel-concrete composite beam concrete bridge deck construction support and a construction method thereof. The support comprises support stand columns, a support cross beam, hanging rods, a bottom die and a construction channel. The number of the supportstand columns and the number of the hanging rods are multiple. The support cross beam is horizontally arranged, and the support stand columns are vertically connected below the support cross beam at intervals, the bottom die is horizontally connected below the plurality of support stand columns, the support cross beam is connected with the bottom die through the hanging rods, and the constructionchannel is connected to the lower portion of the bottom die. A main bearing structure of a bridge deck slab of a support method in existing bridge deck construction is supported below the bridge deckslab, the whole support is of a pressed structure and is large in weight, the support is usually welded to or bolted to a steel plate beam, coating of the steel plate beam is damaged, the support is arranged above the bridge deck slab and mainly of a tension structure, the overall weight is small, the welding position of the support and the steel plate beam is located on the non-coating portion ofthe top face of the steel plate beam, and coating is effectively protected.
本发明属于钢混组合梁混凝土桥面板施工技术领域，具体提供了一种钢混组合梁混凝土桥面板施工支架及其施工方法，包括支架立柱、支架横梁、吊杆、底模和施工通道，支架立柱和吊杆的数量均为多根，支架横梁水平设置且支架横梁的下面间隔竖直连接多根支架立柱，多根支架立柱的下面水平连接底模，支架横梁和底模之间通过多根吊杆连接，底模的下面连接施工通道，解决了现有桥面板施工中托架法的桥面板主要承重结构支架在桥面板下方，整体为受压结构，重量较大，支架通常要与钢板梁焊接或者栓接，损伤钢板梁涂装的，本发明支架在桥面板上方，主要为受拉结构，整体重量小，支架与钢板梁焊接的位置在钢板梁顶面不涂装的部分，有效保护涂装。
Steel-concrete composite beam concrete bridge deck construction support and construction method thereof
一种钢混组合梁混凝土桥面板施工支架及其施工方法
DING YAHUI (Autor:in) / ZHANG MINGSHAN (Autor:in) / XU XUANXUAN (Autor:in) / JIAO WENZHENG (Autor:in) / SUN JIA (Autor:in)
24.07.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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