A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Ship-collision-resistant steel jacket box for pile foundation and mounting method of ship-collision-resistant steel jacket box
The invention discloses a ship-collision-resistant steel jacket box for a pile foundation. The ship-collision-resistant steel jacket box comprises an inner jacket box body, two outer jacket box bodies and two guide jacket box bodies. The inner sleeve box surrounds the outer side of the side surface of the pier bearing platform; the two outer sleeve boxes are arranged on the two sides of the upstream direction and the downstream direction of the bearing platform correspondingly, a cavity is formed between each outer sleeve box and the corresponding inner sleeve box, and a plurality of elastic structures are arranged in the cavities; the elastic structure is respectively connected with the outer sleeve box and the inner sleeve box; the two guide sleeve boxes are symmetrically arranged on the two sides of the bearing platform respectively, the ends, away from the bearing platform, of the guide sleeve boxes are in a protruding arc shape, the ends, close to the bearing platform, of the guide sleeve boxes are provided with concave parts matched with the outer sleeve boxes, and the concave parts are fixedly connected with the outer sleeve boxes. The device is simple in structure and convenient to construct, modular design is adopted, modular maintenance can be carried out when ship collision or other damage conditions occur, all the modules can be replaced independently, the later maintenance cost is greatly reduced, and high economic applicability is achieved.
本发明公开了一种桩基抗船撞钢套箱，包括内套箱、两外套箱、两导向套箱；内套箱环绕设置在桥墩承台侧面的外侧；两外套箱分别设置在承台上游和下游方向的两侧，每一外套箱与一内套箱之间设有空腔，空腔内设置有若干弹性结构；弹性结构分别与外套箱及内套箱连接；两导向套箱分别对称设置在承台两侧，导向套箱远离承台的一端呈凸设的圆弧状，导向套箱靠近承台的一端设置有与外套箱适配的凹陷部，凹陷部与外套箱固定连接。本发明使用的结构简单，施工便捷，且采用模块化设计，在发生船舶撞击或其它破坏情况时可进行模块化维修，且各模块可独立更换，后期维护成本大大降低，具有较强的经济适用性。
Ship-collision-resistant steel jacket box for pile foundation and mounting method of ship-collision-resistant steel jacket box
The invention discloses a ship-collision-resistant steel jacket box for a pile foundation. The ship-collision-resistant steel jacket box comprises an inner jacket box body, two outer jacket box bodies and two guide jacket box bodies. The inner sleeve box surrounds the outer side of the side surface of the pier bearing platform; the two outer sleeve boxes are arranged on the two sides of the upstream direction and the downstream direction of the bearing platform correspondingly, a cavity is formed between each outer sleeve box and the corresponding inner sleeve box, and a plurality of elastic structures are arranged in the cavities; the elastic structure is respectively connected with the outer sleeve box and the inner sleeve box; the two guide sleeve boxes are symmetrically arranged on the two sides of the bearing platform respectively, the ends, away from the bearing platform, of the guide sleeve boxes are in a protruding arc shape, the ends, close to the bearing platform, of the guide sleeve boxes are provided with concave parts matched with the outer sleeve boxes, and the concave parts are fixedly connected with the outer sleeve boxes. The device is simple in structure and convenient to construct, modular design is adopted, modular maintenance can be carried out when ship collision or other damage conditions occur, all the modules can be replaced independently, the later maintenance cost is greatly reduced, and high economic applicability is achieved.
本发明公开了一种桩基抗船撞钢套箱，包括内套箱、两外套箱、两导向套箱；内套箱环绕设置在桥墩承台侧面的外侧；两外套箱分别设置在承台上游和下游方向的两侧，每一外套箱与一内套箱之间设有空腔，空腔内设置有若干弹性结构；弹性结构分别与外套箱及内套箱连接；两导向套箱分别对称设置在承台两侧，导向套箱远离承台的一端呈凸设的圆弧状，导向套箱靠近承台的一端设置有与外套箱适配的凹陷部，凹陷部与外套箱固定连接。本发明使用的结构简单，施工便捷，且采用模块化设计，在发生船舶撞击或其它破坏情况时可进行模块化维修，且各模块可独立更换，后期维护成本大大降低，具有较强的经济适用性。
Ship-collision-resistant steel jacket box for pile foundation and mounting method of ship-collision-resistant steel jacket box
一种桩基抗船撞钢套箱及其安装方法
WANG SHENG (author) / TANG KEREN (author) / LI XINRAN (author) / LI ZHENYUAN (author) / YIN SHENG (author) / TANG YAQI (author) / LIAO XIAOLIANG (author) / DENG JUNJIE (author)
2024-07-26
Patent
Electronic Resource
Chinese
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