Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Wave-gathering floating breakwater
The invention discloses a wave-gathering type floating breakwater which comprises a floating box body, the floating box body is provided with a moon pool, the moon pool divides the floating box body into a front floating box and a rear floating box which are symmetrically arranged front and back with the center line of the moon pool as the symmetry axis, a first flow guide hole penetrating through the front floating box is formed in the front floating box, and the extending path of the first flow guide hole is in an arc shape; the water inlet end of the first flow guide hole is located on the windward side of the front buoyancy tank, the water outlet end of the first flow guide hole is located on the top face of the front buoyancy tank, and the rear side of the rear buoyancy tank is provided with a leeside. The arc-shaped first wave gathering plate is arranged at the joint of the windward side of the front buoyancy tank and the bottom surface of the front buoyancy tank and extends to the inclined lower part of the front buoyancy tank, and the first wave gathering plate is used for guiding waves to the water inlet end of the first flow guide hole; the arc-shaped wing plate is arranged at the joint of the leeside of the rear buoyancy tank and the bottom surface of the rear buoyancy tank, and the arc-shaped wing plate and the first wave gathering plate are symmetrically arranged front and back with the center line of the moon pool as the symmetry axis. By means of the structure, the attenuation effect on long-period waves in the deep sea can be improved.
本申请公开了一种聚浪型浮式防波堤，包括：浮箱主体，具有月池，月池将浮箱主体分隔为以月池的中心线为对称轴前后对称设置的前浮箱和后浮箱，前浮箱的内部具有贯穿前浮箱且延伸路径呈弧形的第一导流孔，前浮箱的前侧具有迎风面，第一导流孔的进水端位于前浮箱的迎风面，第一导流孔的出水端位于前浮箱的顶面，后浮箱的后侧具有背风面；呈弧形的第一聚浪板，设置于前浮箱的迎风面与前浮箱的底面的衔接处并延伸至前浮箱的斜下方，第一聚浪板用于将波浪导流至第一导流孔的进水端；呈弧形的翼板，设置于后浮箱的背风面与后浮箱的底面的衔接处并与第一聚浪板以月池的中心线为对称轴前后对称设置。上述的结构能够提高对深远海中、长周期波浪的衰减效果。
Wave-gathering floating breakwater
The invention discloses a wave-gathering type floating breakwater which comprises a floating box body, the floating box body is provided with a moon pool, the moon pool divides the floating box body into a front floating box and a rear floating box which are symmetrically arranged front and back with the center line of the moon pool as the symmetry axis, a first flow guide hole penetrating through the front floating box is formed in the front floating box, and the extending path of the first flow guide hole is in an arc shape; the water inlet end of the first flow guide hole is located on the windward side of the front buoyancy tank, the water outlet end of the first flow guide hole is located on the top face of the front buoyancy tank, and the rear side of the rear buoyancy tank is provided with a leeside. The arc-shaped first wave gathering plate is arranged at the joint of the windward side of the front buoyancy tank and the bottom surface of the front buoyancy tank and extends to the inclined lower part of the front buoyancy tank, and the first wave gathering plate is used for guiding waves to the water inlet end of the first flow guide hole; the arc-shaped wing plate is arranged at the joint of the leeside of the rear buoyancy tank and the bottom surface of the rear buoyancy tank, and the arc-shaped wing plate and the first wave gathering plate are symmetrically arranged front and back with the center line of the moon pool as the symmetry axis. By means of the structure, the attenuation effect on long-period waves in the deep sea can be improved.
本申请公开了一种聚浪型浮式防波堤，包括：浮箱主体，具有月池，月池将浮箱主体分隔为以月池的中心线为对称轴前后对称设置的前浮箱和后浮箱，前浮箱的内部具有贯穿前浮箱且延伸路径呈弧形的第一导流孔，前浮箱的前侧具有迎风面，第一导流孔的进水端位于前浮箱的迎风面，第一导流孔的出水端位于前浮箱的顶面，后浮箱的后侧具有背风面；呈弧形的第一聚浪板，设置于前浮箱的迎风面与前浮箱的底面的衔接处并延伸至前浮箱的斜下方，第一聚浪板用于将波浪导流至第一导流孔的进水端；呈弧形的翼板，设置于后浮箱的背风面与后浮箱的底面的衔接处并与第一聚浪板以月池的中心线为对称轴前后对称设置。上述的结构能够提高对深远海中、长周期波浪的衰减效果。
Wave-gathering floating breakwater
聚浪型浮式防波堤
SUN PENGNAN (Autor:in) / WU SHIXIAN (Autor:in) / PENG YUXIANG (Autor:in) / LIU NIANNIAN (Autor:in)
15.03.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
Modularized wave power generation floating breakwater unit and breakwater
| Europäisches Patentamt | 2024