A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Floating platform type wave dissipation net
The invention relates to the field of ocean science and technology, in particular to a floating platform type wave dissipation net which comprises two floating platforms, a wave dissipation net body and a wave dissipation net body, the two floating platforms comprise a penetrating floating platform and a blocking floating platform which are perpendicular to the sea level, and a buffering floating space is formed between the two floating platforms; the wave dissipation mechanism is located in the buffering floating space and installed on the side face of the blocking floating platform; the anchor assemblies are arranged on the two sides of the buffering floating space respectively, and the penetrating floating platform and the blocking floating platform are connected with the seabed through the anchor assemblies; the monitoring device comprises an overwater device and an underwater device, the overwater device is arranged on the upper surface of the blocking floating platform, the underwater device is located on the lower portion of the blocking floating platform, and the monitoring device is used for solving the stability problem of the floating platform type wave dissipation device, providing stable real-time monitoring data for research of the efficiency of the wave dissipation device and improving the wave dissipation efficiency; the service life of the floating platform type wave dissipation net is prolonged; the stability of the blocking floating platform is enhanced, and the safety, stability and reliability of data collection of the monitoring device are improved.
本发明涉及海洋科技领域，更具体地，涉及一种浮台式消浪网，其中，包括：两个浮台，包括垂于海平面放置的穿透浮台和阻挡浮台，两个浮台之间形成缓冲浮动空间；消浪机构，位于所述缓冲浮动空间内，安装于所述阻挡浮台的侧面；锚锭组件，分别设于所述缓冲浮动空间两侧，所述穿透浮台和阻挡浮台通过锚锭组件与海底相连；监测装置，包括水上装置和水下装置，所述水上装置设于所述阻挡浮台上表面，所述水下装置位于所述阻挡浮台的下部，用于解决浮台式消浪装置的稳定性问题，以及为消浪装置效率的研究提供稳定的实时监测数据，提升消浪效率；延长浮台式消浪网的使用寿命；增强阻挡浮台的稳定性，提高所述监测装置的数据收集的安全性、稳定性和可靠性。
Floating platform type wave dissipation net
The invention relates to the field of ocean science and technology, in particular to a floating platform type wave dissipation net which comprises two floating platforms, a wave dissipation net body and a wave dissipation net body, the two floating platforms comprise a penetrating floating platform and a blocking floating platform which are perpendicular to the sea level, and a buffering floating space is formed between the two floating platforms; the wave dissipation mechanism is located in the buffering floating space and installed on the side face of the blocking floating platform; the anchor assemblies are arranged on the two sides of the buffering floating space respectively, and the penetrating floating platform and the blocking floating platform are connected with the seabed through the anchor assemblies; the monitoring device comprises an overwater device and an underwater device, the overwater device is arranged on the upper surface of the blocking floating platform, the underwater device is located on the lower portion of the blocking floating platform, and the monitoring device is used for solving the stability problem of the floating platform type wave dissipation device, providing stable real-time monitoring data for research of the efficiency of the wave dissipation device and improving the wave dissipation efficiency; the service life of the floating platform type wave dissipation net is prolonged; the stability of the blocking floating platform is enhanced, and the safety, stability and reliability of data collection of the monitoring device are improved.
本发明涉及海洋科技领域，更具体地，涉及一种浮台式消浪网，其中，包括：两个浮台，包括垂于海平面放置的穿透浮台和阻挡浮台，两个浮台之间形成缓冲浮动空间；消浪机构，位于所述缓冲浮动空间内，安装于所述阻挡浮台的侧面；锚锭组件，分别设于所述缓冲浮动空间两侧，所述穿透浮台和阻挡浮台通过锚锭组件与海底相连；监测装置，包括水上装置和水下装置，所述水上装置设于所述阻挡浮台上表面，所述水下装置位于所述阻挡浮台的下部，用于解决浮台式消浪装置的稳定性问题，以及为消浪装置效率的研究提供稳定的实时监测数据，提升消浪效率；延长浮台式消浪网的使用寿命；增强阻挡浮台的稳定性，提高所述监测装置的数据收集的安全性、稳定性和可靠性。
Floating platform type wave dissipation net
一种浮台式消浪网
SHENG YANFENG (author) / FEI JUNMING (author) / WANG CHONGHAO (author) / FENG ZIMIN (author) / SUN QING (author)
2023-06-23
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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