Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Breakwater energy dissipation structure for coastline
The breakwater energy dissipation structure comprises a novel thrust reverser, a connecting end, a positioning block, a heightening block and a backflow groove, the novel thrust reverser is embedded into the surface layer of the positioning block through the connecting end, the connecting end and the surface layer of the positioning block are of an integrated structure, the heightening block is embedded into the upper end of the positioning block, and the backflow groove is formed in the upper end of the heightening block. The backflow groove is formed in the heightening block and is of an integrated structure; after the novel thrust reverser is further improved, the rigid rebound shaft, the solid plate and other components can be effectively mounted in the surface layer area of the positioning block through the locking block of the adaptive plate; a heightening block at the top of a positioning block reversely guides the sea waves through a backflow groove, meanwhile, stress on the front section of a rigid rebound shaft is gradually weakened, a solid plate can be driven to push outwards, and therefore the bottom of the sea waves can be pushed out in the reverse direction, the use strength of the energy dissipation structure can be improved, and the sea wave push-back effect can be improved.
本发明提供一种用于海岸线的防波堤消能结构，其结构包括：新型反推器、衔接端、定位块、增高块、回流槽，新型反推器通过衔接端嵌入于定位块表层，衔接端与定位块表层为一体化结构，增高块嵌入于定位块的上端，回流槽开拓于增高块当中并为一体化结构；本发明由新型反推器进一步改进后，通过适配板的锁定块能有效的将钢性反弹轴及实心板等部件进行安装于定位块的表层区域，为此海浪冲击时，定位块顶部的增高块通过回流槽将海浪进行反向引导的同时钢性反弹轴前段受力逐渐减弱能带动实心板向外进行推动，从而提高将海浪底部进行反方向推出，为此能够提高消能结构的使用强度，提高海浪回推的效果。
Breakwater energy dissipation structure for coastline
The breakwater energy dissipation structure comprises a novel thrust reverser, a connecting end, a positioning block, a heightening block and a backflow groove, the novel thrust reverser is embedded into the surface layer of the positioning block through the connecting end, the connecting end and the surface layer of the positioning block are of an integrated structure, the heightening block is embedded into the upper end of the positioning block, and the backflow groove is formed in the upper end of the heightening block. The backflow groove is formed in the heightening block and is of an integrated structure; after the novel thrust reverser is further improved, the rigid rebound shaft, the solid plate and other components can be effectively mounted in the surface layer area of the positioning block through the locking block of the adaptive plate; a heightening block at the top of a positioning block reversely guides the sea waves through a backflow groove, meanwhile, stress on the front section of a rigid rebound shaft is gradually weakened, a solid plate can be driven to push outwards, and therefore the bottom of the sea waves can be pushed out in the reverse direction, the use strength of the energy dissipation structure can be improved, and the sea wave push-back effect can be improved.
本发明提供一种用于海岸线的防波堤消能结构，其结构包括：新型反推器、衔接端、定位块、增高块、回流槽，新型反推器通过衔接端嵌入于定位块表层，衔接端与定位块表层为一体化结构，增高块嵌入于定位块的上端，回流槽开拓于增高块当中并为一体化结构；本发明由新型反推器进一步改进后，通过适配板的锁定块能有效的将钢性反弹轴及实心板等部件进行安装于定位块的表层区域，为此海浪冲击时，定位块顶部的增高块通过回流槽将海浪进行反向引导的同时钢性反弹轴前段受力逐渐减弱能带动实心板向外进行推动，从而提高将海浪底部进行反方向推出，为此能够提高消能结构的使用强度，提高海浪回推的效果。
Breakwater energy dissipation structure for coastline
一种用于海岸线的防波堤消能结构
CHEN DING (Autor:in) / SUN YIYAN (Autor:in) / YU DESHUANG (Autor:in) / WANG GANG (Autor:in) / LI XING (Autor:in) / LIU NIANFEI (Autor:in)
24.09.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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