A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Prefabricated UHPC (Ultra High Performance Concrete) board-corrugated steel laminated bridge deck connecting structure
The invention relates to the technical field of bridge deck connection, in particular to a prefabricated UHPC plate-corrugated steel laminated bridge deck connecting structure which comprises a main beam and a bridge deck slab and further comprises a waterproof assembly, and the waterproof assembly comprises a connecting steel plate, a first steel plate, first corrugated teeth, a second steel plate, second corrugated teeth, a movable plate, water blocking rubber and a mounting component. The first steel plate is fixedly connected with the connecting steel plate; the first corrugated teeth are fixedly connected with the first steel plate; the second steel plate is arranged on the first steel plate; the second corrugated teeth are fixedly connected with the second steel plate; the installation component is arranged on the main beam and connected with the first steel plate, water can be prevented from flowing into the expansion joint of the main beam under the first steel plate and the second steel plate through the water blocking rubber, and then the water is prevented from flowing into the expansion joint of the main beam to cause erosion damage to the main beam.
本发明涉及桥面连接技术领域，具体涉及一种预制UHPC板‑波型钢叠合式桥面连接结构，包括主梁和桥面板，还包括防水组件，防水组件包括连接钢板、第一钢板、第一波纹齿、第二钢板、第二波纹齿、移动板、阻水橡胶和安装构件，连接钢板与主梁通过安装构件连接，第一钢板与连接钢板固定连接，第一波纹齿与第一钢板固定连接，第二钢板设置在第一钢板上，第二波纹齿与第二钢板固定连接，移动板与第二钢板固定连接，阻水橡胶与移动板固定连接，安装构件设置在主梁上，并与第一钢板连接，通过阻水橡胶能够避免水体流入到第一钢板和第二钢板正下方的主梁的伸缩缝中，进而避免水体流入主梁的伸缩缝中对主梁造成侵蚀损坏。
Prefabricated UHPC (Ultra High Performance Concrete) board-corrugated steel laminated bridge deck connecting structure
The invention relates to the technical field of bridge deck connection, in particular to a prefabricated UHPC plate-corrugated steel laminated bridge deck connecting structure which comprises a main beam and a bridge deck slab and further comprises a waterproof assembly, and the waterproof assembly comprises a connecting steel plate, a first steel plate, first corrugated teeth, a second steel plate, second corrugated teeth, a movable plate, water blocking rubber and a mounting component. The first steel plate is fixedly connected with the connecting steel plate; the first corrugated teeth are fixedly connected with the first steel plate; the second steel plate is arranged on the first steel plate; the second corrugated teeth are fixedly connected with the second steel plate; the installation component is arranged on the main beam and connected with the first steel plate, water can be prevented from flowing into the expansion joint of the main beam under the first steel plate and the second steel plate through the water blocking rubber, and then the water is prevented from flowing into the expansion joint of the main beam to cause erosion damage to the main beam.
本发明涉及桥面连接技术领域，具体涉及一种预制UHPC板‑波型钢叠合式桥面连接结构，包括主梁和桥面板，还包括防水组件，防水组件包括连接钢板、第一钢板、第一波纹齿、第二钢板、第二波纹齿、移动板、阻水橡胶和安装构件，连接钢板与主梁通过安装构件连接，第一钢板与连接钢板固定连接，第一波纹齿与第一钢板固定连接，第二钢板设置在第一钢板上，第二波纹齿与第二钢板固定连接，移动板与第二钢板固定连接，阻水橡胶与移动板固定连接，安装构件设置在主梁上，并与第一钢板连接，通过阻水橡胶能够避免水体流入到第一钢板和第二钢板正下方的主梁的伸缩缝中，进而避免水体流入主梁的伸缩缝中对主梁造成侵蚀损坏。
Prefabricated UHPC (Ultra High Performance Concrete) board-corrugated steel laminated bridge deck connecting structure
一种预制UHPC板-波型钢叠合式桥面连接结构
LU YA (author) / WANG SHU (author) / ZHU QUPING (author) / ZHANG XIN (author) / YUAN LAN (author) / ZHANG MENGRAN (author) / WANG LINGQIN (author) / FENG HAIBO (author)
2024-01-26
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
| European Patent Office | 2015
Steel-concrete-UHPC (Ultra High Performance Concrete) combined bridge deck slab
| European Patent Office | 2022
| European Patent Office | 2023
Composite bridge deck based on steel and UHPC (Ultra High Performance Concrete)
| European Patent Office | 2015
Steel bridge deck UHPC (Ultra High Performance Concrete) framing paving construction method
| European Patent Office | 2024