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A platform for research: civil engineering, architecture and urbanism
Anchoring structure of external prestressing steering device of composite beam
The invention discloses an anchoring structure of a composite beam external prestressing steering device, which comprises a composite beam steel plate, a concrete plate connected and attached to the composite beam steel plate, and a steering device mounted on the composite beam steel plate through an anchoring device, the anchoring plates are arranged in open holes in the composite beam steel plate in a penetrating mode and provided with anchoring parts embedded into the concrete plate, the anchoring plates are fixedly connected with the composite beam steel plate, a connecting mechanism used for installing a steering device is connected between the two anchoring plates, and the connecting mechanism is located on the side, opposite to the concrete plate, of the composite beam steel plate. The anchoring structure of the external prestressing steering device for the composite beam has the advantages that the connection stability of the steel plate and the concrete plate of the composite beam is good, the steel plate and the concrete plate are not easy to separate under the action of steering force, the structure is simple, and the stress is clear.
本发明公开了一种组合梁体外预应力转向装置的锚固结构，包括组合梁钢板、与组合梁钢板连接且贴合的混凝土板和通过锚固装置安装在组合梁钢板上的转向装置，锚固装置包括两块间隔布置的锚固板，锚固板穿设在设于组合梁钢板上的开孔中并设有嵌入到混凝土板内的锚固部，且锚固板与组合梁钢板固定连接，两块锚固板之间连接有用于安装转向装置的连接机构，连接机构位于组合梁钢板背向混凝土板一侧。该组合梁体外预应力转向装置的锚固结构具有使组合梁钢板和混凝土板连接稳固性好、转向力作用下不易分离及构造简单、受力明确的优点。
Anchoring structure of external prestressing steering device of composite beam
The invention discloses an anchoring structure of a composite beam external prestressing steering device, which comprises a composite beam steel plate, a concrete plate connected and attached to the composite beam steel plate, and a steering device mounted on the composite beam steel plate through an anchoring device, the anchoring plates are arranged in open holes in the composite beam steel plate in a penetrating mode and provided with anchoring parts embedded into the concrete plate, the anchoring plates are fixedly connected with the composite beam steel plate, a connecting mechanism used for installing a steering device is connected between the two anchoring plates, and the connecting mechanism is located on the side, opposite to the concrete plate, of the composite beam steel plate. The anchoring structure of the external prestressing steering device for the composite beam has the advantages that the connection stability of the steel plate and the concrete plate of the composite beam is good, the steel plate and the concrete plate are not easy to separate under the action of steering force, the structure is simple, and the stress is clear.
本发明公开了一种组合梁体外预应力转向装置的锚固结构，包括组合梁钢板、与组合梁钢板连接且贴合的混凝土板和通过锚固装置安装在组合梁钢板上的转向装置，锚固装置包括两块间隔布置的锚固板，锚固板穿设在设于组合梁钢板上的开孔中并设有嵌入到混凝土板内的锚固部，且锚固板与组合梁钢板固定连接，两块锚固板之间连接有用于安装转向装置的连接机构，连接机构位于组合梁钢板背向混凝土板一侧。该组合梁体外预应力转向装置的锚固结构具有使组合梁钢板和混凝土板连接稳固性好、转向力作用下不易分离及构造简单、受力明确的优点。
Anchoring structure of external prestressing steering device of composite beam
一种组合梁体外预应力转向装置的锚固结构
SHAO XUDONG (author) / LIU BIN (author) / LI PANPAN (author) / LIU GAN (author)
2023-03-21
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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