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A platform for research: civil engineering, architecture and urbanism
Rapid erection emergency guarantee floating breakwater based on dynamic positioning and erection method
The invention discloses a rapid erection emergency guarantee floating breakwater based on dynamic positioning and an erection method. The resonance wave absorbing box enables the water body in the cavity to resonate with the outside water body; the buoyancy positioning box is arranged between the resonance wave absorbing boxes and used for providing buoyancy for the whole breakwater, and a torpedo anchor is arranged in the buoyancy positioning box and used for being quickly positioned at a fixed position. The module butt-joint parts are arranged at the front ends and the rear ends of the breakwater modules and used for connecting the two adjacent breakwater modules and enhancing the anti-swing capacity, and cable tensioning devices are arranged in the module butt-joint parts and used for fast butt-joint and disassembly of the breakwater; the battery compartment is arranged at the bottom of the breakwater module. The quick emergency guarantee floating breakwater is suitable for offshore areas with severe sea conditions, breakwater modules with proper lengths are preassembled according to ports of different scales, the breakwater can autonomously reach a designated area and can be quickly butted and erected under emergency conditions, waves can be effectively prevented and reduced through a resonance structure of the breakwater, a dynamic positioning system and torpedo anchors, and the service life of the breakwater is prolonged. And safety guarantee is provided for firefighters and coastal infrastructures.
一种基于动力定位的快速架设应急保障浮式防波堤及架设方法。共振消波箱使得腔室内水体与外界水体产生共振；浮力定位箱设置在共振消波箱之间，用于提供整个防波堤浮力，其内部设有鱼雷锚用于快速定位在固定位置；模块对接部设置在防波堤模块前后两端，用于连接相邻两个防波堤模块并增强抗摇能力，其内部设有缆绳张紧装置，用于快速对接和拆卸防波堤；电池舱设置在防波堤模块底部。本发明的快速应急保障浮式防波堤适用于海况恶劣的近海区域，根据不同规模的港口预装成长度适合的防波堤模块，在紧急情况下可自主到达指定区域并快速对接架设，通过自身共振结构、动力定位系统以及鱼雷锚可以有效防波减浪，为消防人员和沿岸基础设施提供安全保障。
Rapid erection emergency guarantee floating breakwater based on dynamic positioning and erection method
The invention discloses a rapid erection emergency guarantee floating breakwater based on dynamic positioning and an erection method. The resonance wave absorbing box enables the water body in the cavity to resonate with the outside water body; the buoyancy positioning box is arranged between the resonance wave absorbing boxes and used for providing buoyancy for the whole breakwater, and a torpedo anchor is arranged in the buoyancy positioning box and used for being quickly positioned at a fixed position. The module butt-joint parts are arranged at the front ends and the rear ends of the breakwater modules and used for connecting the two adjacent breakwater modules and enhancing the anti-swing capacity, and cable tensioning devices are arranged in the module butt-joint parts and used for fast butt-joint and disassembly of the breakwater; the battery compartment is arranged at the bottom of the breakwater module. The quick emergency guarantee floating breakwater is suitable for offshore areas with severe sea conditions, breakwater modules with proper lengths are preassembled according to ports of different scales, the breakwater can autonomously reach a designated area and can be quickly butted and erected under emergency conditions, waves can be effectively prevented and reduced through a resonance structure of the breakwater, a dynamic positioning system and torpedo anchors, and the service life of the breakwater is prolonged. And safety guarantee is provided for firefighters and coastal infrastructures.
一种基于动力定位的快速架设应急保障浮式防波堤及架设方法。共振消波箱使得腔室内水体与外界水体产生共振；浮力定位箱设置在共振消波箱之间，用于提供整个防波堤浮力，其内部设有鱼雷锚用于快速定位在固定位置；模块对接部设置在防波堤模块前后两端，用于连接相邻两个防波堤模块并增强抗摇能力，其内部设有缆绳张紧装置，用于快速对接和拆卸防波堤；电池舱设置在防波堤模块底部。本发明的快速应急保障浮式防波堤适用于海况恶劣的近海区域，根据不同规模的港口预装成长度适合的防波堤模块，在紧急情况下可自主到达指定区域并快速对接架设，通过自身共振结构、动力定位系统以及鱼雷锚可以有效防波减浪，为消防人员和沿岸基础设施提供安全保障。
Rapid erection emergency guarantee floating breakwater based on dynamic positioning and erection method
一种基于动力定位的快速架设应急保障浮式防波堤及架设方法
LI ZHIFU (author) / WAN BINGBING (author) / NING DEZHI (author) / SHI YUYUN (author) / CONG PEIWEN (author) / WANG RONGQUAN (author)
2024-03-01
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau