Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Impact buffering device for wharf
The invention relates to an impact buffering device for a wharf. The impact buffering device comprises a foundation, an impact bearing mechanism, a guide mechanism and a buffering mechanism. The foundation is arranged on a foundation below a water body beside a wharf; the collision bearing mechanism is arranged on the foundation and is used for absorbing energy and deforming after bearing impact; the guide mechanism is connected with the collision bearing mechanism and is used for guiding the collision bearing mechanism to move when the collision bearing mechanism is impacted; the buffering mechanism is connected with the collision bearing mechanism and used for relieving the impact of the collision bearing mechanism on the foundation, the collision bearing mechanism is arranged on the guide mechanism, so that the collision bearing mechanism can move after being impacted, and direct rigid collision is avoided. Due to the fact that the buffering mechanism is arranged between the foundation and the collision bearing mechanism, after the collision bearing mechanism moves, the buffering mechanism exerts resistance opposite to the impact force in direction on the collision bearing mechanism, the impact action time is prolonged, impact energy is gradually dissipated, and the peak value of the impact force is reduced.
本发明涉及一种用于码头的撞击缓冲装置包括基础、承撞机构、导向机构和缓冲机构；所述基础设置于码头边水体下方的地基；所述承撞机构设置于所述基础，用于在承受冲击后吸能形变；所述导向机构连接所述承撞机构，用于在所述承撞机构受到冲击时，引导所述承撞机构移动；所述缓冲机构连接所述承撞机构，用于减缓承撞机构对所述基础的冲击，通过将承撞机构设置在导向机构上，使得承撞机构在受到冲击后能够移动，避免直接发生刚性撞击。由于基础和承撞机构之间设置缓冲机构，在承撞机构移动后缓冲机构对承撞机构施加与冲击力方向相反的阻力，延长撞击的作用时间，使撞击的能量被逐渐耗散，以降低冲击力的峰值。
Impact buffering device for wharf
The invention relates to an impact buffering device for a wharf. The impact buffering device comprises a foundation, an impact bearing mechanism, a guide mechanism and a buffering mechanism. The foundation is arranged on a foundation below a water body beside a wharf; the collision bearing mechanism is arranged on the foundation and is used for absorbing energy and deforming after bearing impact; the guide mechanism is connected with the collision bearing mechanism and is used for guiding the collision bearing mechanism to move when the collision bearing mechanism is impacted; the buffering mechanism is connected with the collision bearing mechanism and used for relieving the impact of the collision bearing mechanism on the foundation, the collision bearing mechanism is arranged on the guide mechanism, so that the collision bearing mechanism can move after being impacted, and direct rigid collision is avoided. Due to the fact that the buffering mechanism is arranged between the foundation and the collision bearing mechanism, after the collision bearing mechanism moves, the buffering mechanism exerts resistance opposite to the impact force in direction on the collision bearing mechanism, the impact action time is prolonged, impact energy is gradually dissipated, and the peak value of the impact force is reduced.
本发明涉及一种用于码头的撞击缓冲装置包括基础、承撞机构、导向机构和缓冲机构；所述基础设置于码头边水体下方的地基；所述承撞机构设置于所述基础，用于在承受冲击后吸能形变；所述导向机构连接所述承撞机构，用于在所述承撞机构受到冲击时，引导所述承撞机构移动；所述缓冲机构连接所述承撞机构，用于减缓承撞机构对所述基础的冲击，通过将承撞机构设置在导向机构上，使得承撞机构在受到冲击后能够移动，避免直接发生刚性撞击。由于基础和承撞机构之间设置缓冲机构，在承撞机构移动后缓冲机构对承撞机构施加与冲击力方向相反的阻力，延长撞击的作用时间，使撞击的能量被逐渐耗散，以降低冲击力的峰值。
Impact buffering device for wharf
用于码头的撞击缓冲装置
ZHU YAN (Autor:in) / SUN DONGHUI (Autor:in) / PENG MING (Autor:in) / PENG YUNYA (Autor:in) / YIN JUN (Autor:in) / BI JINGCHAO (Autor:in)
27.09.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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