Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Bridge anti-collision device based on flexible composite structure and mounting method thereof
The invention provides a bridge anti-collision device based on a flexible composite structure and an installation method thereof.The device comprises an outer steel jacket box, an inner steel jacket box, elastic ropes, buffer pieces and foam buoyancy tanks, the outer steel jacket box and the inner steel jacket box are each formed by connecting a plurality of lattice boxes in a surrounding mode to form a full-surrounding-shaped frame, the buffer pieces are installed on the two sides of the outer portion of the outer steel jacket box respectively, and the foam buoyancy tanks are installed on the outer steel jacket box. The inner steel jacket box is located in the outer steel jacket box, a plurality of tensioned elastic ropes are connected between the inner side of the outer steel jacket box and the inner steel jacket box, and the foam floating box is installed at the bottom of the inner steel jacket box. The device is suitable for an anti-collision facility of a bridge pier in a navigable water area, compared with an existing anti-collision structure, 15%-35% of ship body collision force can be reduced, a ship body can be deflected when the ship body collides, the ship body can be better protected, and the device is simple in structure, convenient and fast to install and suitable for popularization.
本发明提供的基于柔性组合结构的桥梁防撞装置及其安装方法，该装置包括外钢套箱、内钢套箱、弹力绳、缓冲件和泡沫浮箱，所述外钢套箱和内钢套箱均分别由多片格构箱围设连接成全包围状框架，外钢套箱外部两侧分别安装缓冲件，内钢套箱位于外钢套箱内，外钢套箱内侧与内钢套箱之间连接有多根拉紧的弹力绳，泡沫浮箱安装在内钢套箱底部。该装置适用于通航水域桥梁桥墩的防撞设施，相对于现有防撞结构能减少15％～35％的船体撞击力，且能在船体撞击时偏转船身，能够更好的保护船体，且结构简单、安装便捷，适合推广。
Bridge anti-collision device based on flexible composite structure and mounting method thereof
The invention provides a bridge anti-collision device based on a flexible composite structure and an installation method thereof.The device comprises an outer steel jacket box, an inner steel jacket box, elastic ropes, buffer pieces and foam buoyancy tanks, the outer steel jacket box and the inner steel jacket box are each formed by connecting a plurality of lattice boxes in a surrounding mode to form a full-surrounding-shaped frame, the buffer pieces are installed on the two sides of the outer portion of the outer steel jacket box respectively, and the foam buoyancy tanks are installed on the outer steel jacket box. The inner steel jacket box is located in the outer steel jacket box, a plurality of tensioned elastic ropes are connected between the inner side of the outer steel jacket box and the inner steel jacket box, and the foam floating box is installed at the bottom of the inner steel jacket box. The device is suitable for an anti-collision facility of a bridge pier in a navigable water area, compared with an existing anti-collision structure, 15%-35% of ship body collision force can be reduced, a ship body can be deflected when the ship body collides, the ship body can be better protected, and the device is simple in structure, convenient and fast to install and suitable for popularization.
本发明提供的基于柔性组合结构的桥梁防撞装置及其安装方法，该装置包括外钢套箱、内钢套箱、弹力绳、缓冲件和泡沫浮箱，所述外钢套箱和内钢套箱均分别由多片格构箱围设连接成全包围状框架，外钢套箱外部两侧分别安装缓冲件，内钢套箱位于外钢套箱内，外钢套箱内侧与内钢套箱之间连接有多根拉紧的弹力绳，泡沫浮箱安装在内钢套箱底部。该装置适用于通航水域桥梁桥墩的防撞设施，相对于现有防撞结构能减少15％～35％的船体撞击力，且能在船体撞击时偏转船身，能够更好的保护船体，且结构简单、安装便捷，适合推广。
Bridge anti-collision device based on flexible composite structure and mounting method thereof
基于柔性组合结构的桥梁防撞装置及其安装方法
XIE KAIZHONG (Autor:in) / HAN CHENGLONG (Autor:in) / LI YAO (Autor:in) / QIN ZEQI (Autor:in)
04.04.2023
Patent
Elektronische Ressource
Chinesisch
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