A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge deck splicing construction method
The invention relates to a bridge deck splicing construction method, and belongs to the technical field of bridge deck splicing. According to the scheme, a sliding groove hole and a sliding block are arranged, firstly, a bridge deck slab is lifted to the top of the sliding groove hole of a first bridge slab through a crane, and the bridge deck slab is lowered through the crane; one side of the sliding block of the bridge deck slab is connected with one side of the sliding groove hole in a matched mode, and due to the fact that only one side of the sliding block is connected with one side of the sliding groove hole in a matched mode, matching of the sliding block and the sliding groove hole is easily guaranteed; meanwhile, due to the fact that the sliding blocks are matched with the sliding groove holes, the bridge deck is limited to only move in the arrangement direction of the sliding groove holes, matching of the sliding blocks and the sliding groove holes cannot be affected even if the sliding blocks are blown by sea wind, connection between the bridge deck and the head bridge deck is smoothly achieved, then the bridge deck is pulled through pulling of the sliding oil cylinders, and therefore the bridge deck can be fixed. And the complete matching of the sliding block and the sliding groove hole is realized.
本发明涉及一种桥面拼接施工方法，属于桥面拼接技术领域，本方案通过设置有滑动槽孔和滑动块，首先利用吊机将桥面板吊升至首部桥板的滑动槽孔的顶部，并利用吊机下降桥面板，使得桥面板的滑动块一侧与滑动槽孔的一侧实现配合连接，由于只是滑动块的一侧部分与滑动槽孔的一侧部分实现配合连接，这样的设置不仅容易确保滑动块与滑动槽孔的配合；同时，由于滑动块与滑动槽孔发生配合，进而限制桥面板只能沿着滑动槽孔的设置方向进行移动，即使由于海风的吹动，也不会影响滑动块与滑动槽孔的配合，使得桥面板顺利实现其与首部桥板的连接，接着通过滑动油缸的拉动，拉动桥面板，实现滑动块与滑动槽孔的完全配合。
Bridge deck splicing construction method
The invention relates to a bridge deck splicing construction method, and belongs to the technical field of bridge deck splicing. According to the scheme, a sliding groove hole and a sliding block are arranged, firstly, a bridge deck slab is lifted to the top of the sliding groove hole of a first bridge slab through a crane, and the bridge deck slab is lowered through the crane; one side of the sliding block of the bridge deck slab is connected with one side of the sliding groove hole in a matched mode, and due to the fact that only one side of the sliding block is connected with one side of the sliding groove hole in a matched mode, matching of the sliding block and the sliding groove hole is easily guaranteed; meanwhile, due to the fact that the sliding blocks are matched with the sliding groove holes, the bridge deck is limited to only move in the arrangement direction of the sliding groove holes, matching of the sliding blocks and the sliding groove holes cannot be affected even if the sliding blocks are blown by sea wind, connection between the bridge deck and the head bridge deck is smoothly achieved, then the bridge deck is pulled through pulling of the sliding oil cylinders, and therefore the bridge deck can be fixed. And the complete matching of the sliding block and the sliding groove hole is realized.
本发明涉及一种桥面拼接施工方法，属于桥面拼接技术领域，本方案通过设置有滑动槽孔和滑动块，首先利用吊机将桥面板吊升至首部桥板的滑动槽孔的顶部，并利用吊机下降桥面板，使得桥面板的滑动块一侧与滑动槽孔的一侧实现配合连接，由于只是滑动块的一侧部分与滑动槽孔的一侧部分实现配合连接，这样的设置不仅容易确保滑动块与滑动槽孔的配合；同时，由于滑动块与滑动槽孔发生配合，进而限制桥面板只能沿着滑动槽孔的设置方向进行移动，即使由于海风的吹动，也不会影响滑动块与滑动槽孔的配合，使得桥面板顺利实现其与首部桥板的连接，接着通过滑动油缸的拉动，拉动桥面板，实现滑动块与滑动槽孔的完全配合。
Bridge deck splicing construction method
一种桥面拼接施工方法
LI YIHUAN (author) / LIU XINLAI (author) / LI YUNMING (author) / FANG HAITAO (author) / YANG GUOHUI (author) / HUANG HONGGEN (author) / ZHANG JIAHAO (author) / CHEN ZHIYONG (author) / LI XUE (author) / HONG HUACONG (author)
2024-12-31
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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