Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Bridge construction method and bridge dragging traction system
The invention provides a bridge construction method and a bridge dragging traction system. The method comprises the steps that an ashore temporary support and a main pier are erected ashore, and a first sliding way part used for providing a sliding way is supported through the ashore temporary support and the main pier; a sliding supporting part is arranged on a sliding way of the first sliding way part in a sliding mode; the steel structure bridge is split into a first part which cannot be transported through a road and a second part which can be transported through the road, so that the first part is converted to a slide way of the first slide way part; then, an underwater temporary support, an anti-sliding pier and a main pier are erected in the water area, a second sliding way part used for providing a sliding way is supported through the underwater temporary support, the anti-sliding pier and the main pier in the water area, and a sliding way of the first sliding way part and a sliding way of the second sliding way part are in butt joint to form a dragging sliding way; and the traction sliding support part slides along the traction slide way. By means of the method, the difficulty of water transportation is lowered, and a dragging slide way and a traction system are convenient to build.
本发明提供了一种桥梁施工方法和桥梁拖拉牵引系统，所述方法，包括在岸上架设岸上临时支架和主墩，通过岸上临时支架和主墩支撑用于提供滑道的第一滑道部；在所述第一滑道部的滑道上滑动设置滑动支撑部；所述钢结构桥梁拆分为不可通过公路运输的第一部分和可通过公路运输的第二部分；使得所述第一部分转换到第一滑道部的滑道上；在水域内架设水中临时支架、抗滑墩和主墩，通过水域内的水中临时支架、抗滑墩和主墩支撑用于提供滑道的第二滑道部，并使得第一滑道部的滑道和第二滑道部的滑道对接形成拖拉滑道；牵引滑动支撑部沿着拖拉滑道滑动。本发明降低了水上运输的难度要求，便于拖拉滑道和牵引系统的搭建。
Bridge construction method and bridge dragging traction system
The invention provides a bridge construction method and a bridge dragging traction system. The method comprises the steps that an ashore temporary support and a main pier are erected ashore, and a first sliding way part used for providing a sliding way is supported through the ashore temporary support and the main pier; a sliding supporting part is arranged on a sliding way of the first sliding way part in a sliding mode; the steel structure bridge is split into a first part which cannot be transported through a road and a second part which can be transported through the road, so that the first part is converted to a slide way of the first slide way part; then, an underwater temporary support, an anti-sliding pier and a main pier are erected in the water area, a second sliding way part used for providing a sliding way is supported through the underwater temporary support, the anti-sliding pier and the main pier in the water area, and a sliding way of the first sliding way part and a sliding way of the second sliding way part are in butt joint to form a dragging sliding way; and the traction sliding support part slides along the traction slide way. By means of the method, the difficulty of water transportation is lowered, and a dragging slide way and a traction system are convenient to build.
本发明提供了一种桥梁施工方法和桥梁拖拉牵引系统，所述方法，包括在岸上架设岸上临时支架和主墩，通过岸上临时支架和主墩支撑用于提供滑道的第一滑道部；在所述第一滑道部的滑道上滑动设置滑动支撑部；所述钢结构桥梁拆分为不可通过公路运输的第一部分和可通过公路运输的第二部分；使得所述第一部分转换到第一滑道部的滑道上；在水域内架设水中临时支架、抗滑墩和主墩，通过水域内的水中临时支架、抗滑墩和主墩支撑用于提供滑道的第二滑道部，并使得第一滑道部的滑道和第二滑道部的滑道对接形成拖拉滑道；牵引滑动支撑部沿着拖拉滑道滑动。本发明降低了水上运输的难度要求，便于拖拉滑道和牵引系统的搭建。
Bridge construction method and bridge dragging traction system
一种桥梁施工方法和桥梁拖拉牵引系统
CHEN JIANJUN (Autor:in) / WANG JINGFENG (Autor:in) / LIANG QIAO (Autor:in) / HU ZHIHAN (Autor:in) / LIU HONG (Autor:in) / YUAN PENG (Autor:in) / HAN LINBING (Autor:in) / SU YAOTONG (Autor:in) / LU FEI (Autor:in) / WANG HANLAN (Autor:in)
10.12.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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