A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Composite material trestle floor plate connecting structure and trestle floor laying method
The invention relates to the technical field of trestle construction, and discloses a composite material trestle deck plate connecting structure and a trestle deck laying method, at least two composition units comprise a composite material bridge deck plate, and the end face of the composite material bridge deck plate is provided with a protrusion used for being spliced with the adjacent composition unit; the bridge deck slab connecting I-shaped plate is provided with a groove matched with the bulge; the anti-impact composite material force isolation layers are laid on the bottom surfaces of the composite material bridge deck slabs and are arranged at the joints of the two adjacent composite material bridge deck slabs; and the reinforcing structure is arranged on the end faces of the composite bridge deck and the bridge deck connecting I-shaped plate. The connecting structure is connected through the bolt bridge deck slab, the bridge and other structures and is convenient to replace. Under the impact effect, the impact-resistant composite material cushion layer and the impact-resistant composite material force isolation layer can resist impact loads more effectively. The connecting piece has good designability, is easy to replace, has high impact resistance and is suitable for connecting trestle deck plates.
本发明涉及栈桥施工技术领域，公开了一种复合材料栈桥桥面板材连接结构及栈桥桥面铺设方法，至少两个组成单元，包括复合材料桥面板，其端面具有用于与相邻组成单元拼接的凸起；桥面板连接工形板具有与凸起配合的凹槽；抗冲击复合材料隔力层，铺设在复合材料桥面板的底面，且设置在相邻两个复合材料桥面板的接缝处；加固结构，设置在复合材料桥面板和桥面板连接工形板的端面。该连接结构通过螺栓桥面板、桥梁等结构连接，便于更换。在冲击作用下，抗冲击复合材料垫层和抗冲击复合材料隔力层可更有效的抵抗冲击载荷。本发明具有良好的可设计性，易更换，抗冲击能力强，适合栈桥桥面板材连接。
Composite material trestle floor plate connecting structure and trestle floor laying method
The invention relates to the technical field of trestle construction, and discloses a composite material trestle deck plate connecting structure and a trestle deck laying method, at least two composition units comprise a composite material bridge deck plate, and the end face of the composite material bridge deck plate is provided with a protrusion used for being spliced with the adjacent composition unit; the bridge deck slab connecting I-shaped plate is provided with a groove matched with the bulge; the anti-impact composite material force isolation layers are laid on the bottom surfaces of the composite material bridge deck slabs and are arranged at the joints of the two adjacent composite material bridge deck slabs; and the reinforcing structure is arranged on the end faces of the composite bridge deck and the bridge deck connecting I-shaped plate. The connecting structure is connected through the bolt bridge deck slab, the bridge and other structures and is convenient to replace. Under the impact effect, the impact-resistant composite material cushion layer and the impact-resistant composite material force isolation layer can resist impact loads more effectively. The connecting piece has good designability, is easy to replace, has high impact resistance and is suitable for connecting trestle deck plates.
本发明涉及栈桥施工技术领域，公开了一种复合材料栈桥桥面板材连接结构及栈桥桥面铺设方法，至少两个组成单元，包括复合材料桥面板，其端面具有用于与相邻组成单元拼接的凸起；桥面板连接工形板具有与凸起配合的凹槽；抗冲击复合材料隔力层，铺设在复合材料桥面板的底面，且设置在相邻两个复合材料桥面板的接缝处；加固结构，设置在复合材料桥面板和桥面板连接工形板的端面。该连接结构通过螺栓桥面板、桥梁等结构连接，便于更换。在冲击作用下，抗冲击复合材料垫层和抗冲击复合材料隔力层可更有效的抵抗冲击载荷。本发明具有良好的可设计性，易更换，抗冲击能力强，适合栈桥桥面板材连接。
Composite material trestle floor plate connecting structure and trestle floor laying method
一种复合材料栈桥桥面板材连接结构及栈桥桥面铺设方法
2024-09-13
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Construction method of trestle supporting structure, trestle supporting structure and trestle
| European Patent Office | 2023