Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a combined type bridge self-floating anti-collision ring and an assembly process, and belongs to the field of bridge anti-collision facilities, the combined type bridge self-floating anti-collision ring structurally comprises a ring body, the ring body comprises two U-shaped sections, the splicing position of the two U-shaped sections is a splicing end, a connecting mechanism is arranged on the ring body and located at the splicing end, and the connecting mechanism is used for fixing the two spliced ends which are in butt joint. One splicing end of each U-shaped section is connected with an angle ring, the angle rings of the two U-shaped sections are hinged, the axial direction of a hinged shaft is the vertical direction, and the ring body is further provided with a control assembly used for controlling the two angle rings to rotate relatively. In the assembling construction, the two U-shaped sections are moved to the target position on the same side of the bridge pier, the two U-shaped sections can rotate relatively in the parallel and horizontal state, one U-shaped section is buckled beside the bridge pier, and then the other U-shaped section rotates to bypass the bridge pier and complete opposite buckling, so that convenience is provided for conveying and splicing operation of the ring body; and in addition, the equipment requirement in the operation process is low, and the cost is saved.
本申请涉及一种组合式桥梁自浮防撞圈及组装工艺，属于桥梁防撞设施领域，其结构包括圈体，圈体包括两个U型段，两个U型段的拼接位置为拼接端，圈体上且位于拼接端处设置有连接机构，连接机构用于使两个相对接的拼接端固定，U型段的其中一个拼接端处连接有角度环，两个U型段的角度环相铰接，其铰接轴的轴向为竖直方向，圈体上还设置有用于控制两个角度环相对转动的控制组件。组装施工中，将两个U型段于桥墩的同侧移至目标位置，两个U型段可在并列平放的状态下相对转动，先将一个U型段扣在桥墩旁，而后使另一个U型段转动以绕过桥墩并完成对向扣合，为圈体的运送和拼接操作提供了便利，且此操作过程的设备需求较低，节省了成本。
The invention relates to a combined type bridge self-floating anti-collision ring and an assembly process, and belongs to the field of bridge anti-collision facilities, the combined type bridge self-floating anti-collision ring structurally comprises a ring body, the ring body comprises two U-shaped sections, the splicing position of the two U-shaped sections is a splicing end, a connecting mechanism is arranged on the ring body and located at the splicing end, and the connecting mechanism is used for fixing the two spliced ends which are in butt joint. One splicing end of each U-shaped section is connected with an angle ring, the angle rings of the two U-shaped sections are hinged, the axial direction of a hinged shaft is the vertical direction, and the ring body is further provided with a control assembly used for controlling the two angle rings to rotate relatively. In the assembling construction, the two U-shaped sections are moved to the target position on the same side of the bridge pier, the two U-shaped sections can rotate relatively in the parallel and horizontal state, one U-shaped section is buckled beside the bridge pier, and then the other U-shaped section rotates to bypass the bridge pier and complete opposite buckling, so that convenience is provided for conveying and splicing operation of the ring body; and in addition, the equipment requirement in the operation process is low, and the cost is saved.
本申请涉及一种组合式桥梁自浮防撞圈及组装工艺，属于桥梁防撞设施领域，其结构包括圈体，圈体包括两个U型段，两个U型段的拼接位置为拼接端，圈体上且位于拼接端处设置有连接机构，连接机构用于使两个相对接的拼接端固定，U型段的其中一个拼接端处连接有角度环，两个U型段的角度环相铰接，其铰接轴的轴向为竖直方向，圈体上还设置有用于控制两个角度环相对转动的控制组件。组装施工中，将两个U型段于桥墩的同侧移至目标位置，两个U型段可在并列平放的状态下相对转动，先将一个U型段扣在桥墩旁，而后使另一个U型段转动以绕过桥墩并完成对向扣合，为圈体的运送和拼接操作提供了便利，且此操作过程的设备需求较低，节省了成本。
Combined bridge self-floating anti-collision ring and assembly process
一种组合式桥梁自浮防撞圈及组装工艺
YU PING (Autor:in)
26.05.2023
Patent
Elektronische Ressource
Chinesisch
Detachable self-floating cross-sea bridge steel pipe pile anti-collision device
| Europäisches Patentamt | 2025