Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Novel telescopic floating pier and arrangement method thereof
The invention discloses a novel telescopic floating wharf and an arrangement method thereof.The telescopic floating wharf comprises a wharf boat, a springboard and floating wharfs which are connected in sequence, one end of the springboard is hinged to the previous floating wharf, the other end of the springboard is slidably connected with the next floating wharf, the springboard or the floating wharf jointly serves as a walking channel, and under the driving effect of the wharf boat, the wharf boat drives the floating wharf to walk. The extension and contraction of the whole structure of the floating wharf can be realized, the offshore distance of the front line changes continuously, the width change requirement of the floating wharf can be calculated according to the elevation difference generated by the change of the water line, and the adaptability of the floating wharf to the water level change and channel limitation and the navigation safety of the wharf are improved to a great extent; the troubles that a traditional floating wharf frequently needs to change along with the water level and floating wharf and springboard facilities are frequently increased or decreased are avoided, the use cost is reduced, the floating wharf is stably supported by arranging the stranding platform in the dry season, inclination of the floating wharf and distortion of springboards are reduced, damage to the facilities is reduced, and the comfort of personnel passing is improved.
本发明公开了一种新型伸缩式浮码头及其布置方法，伸缩式浮码头包括依次连接设置的趸船、跳板、浮趸，通过跳板一端与前一个浮趸铰接、另一端与后一个浮趸滑动连接，跳板或与浮趸共同作为行走通道，在趸船驱动作用下，能够实现浮码头整体结构的伸展与收缩，前沿线离岸距离呈连续性变化，根据水位线变化产生的高程差可计算出浮码头的宽度变化需求，很大程度提高了浮码头对水位变化及航道限制的适应性、码头的通航安全性，避免传统浮码头经常需随水位变化，频繁增减浮趸及跳板设施的麻烦，降低了使用成本，且在枯水期时通过设置搁浅平台平稳支撑浮趸，减少了浮趸的倾斜和跳板的扭曲，减少对设施的损坏，提高了人员通行的舒适性。
Novel telescopic floating pier and arrangement method thereof
The invention discloses a novel telescopic floating wharf and an arrangement method thereof.The telescopic floating wharf comprises a wharf boat, a springboard and floating wharfs which are connected in sequence, one end of the springboard is hinged to the previous floating wharf, the other end of the springboard is slidably connected with the next floating wharf, the springboard or the floating wharf jointly serves as a walking channel, and under the driving effect of the wharf boat, the wharf boat drives the floating wharf to walk. The extension and contraction of the whole structure of the floating wharf can be realized, the offshore distance of the front line changes continuously, the width change requirement of the floating wharf can be calculated according to the elevation difference generated by the change of the water line, and the adaptability of the floating wharf to the water level change and channel limitation and the navigation safety of the wharf are improved to a great extent; the troubles that a traditional floating wharf frequently needs to change along with the water level and floating wharf and springboard facilities are frequently increased or decreased are avoided, the use cost is reduced, the floating wharf is stably supported by arranging the stranding platform in the dry season, inclination of the floating wharf and distortion of springboards are reduced, damage to the facilities is reduced, and the comfort of personnel passing is improved.
本发明公开了一种新型伸缩式浮码头及其布置方法，伸缩式浮码头包括依次连接设置的趸船、跳板、浮趸，通过跳板一端与前一个浮趸铰接、另一端与后一个浮趸滑动连接，跳板或与浮趸共同作为行走通道，在趸船驱动作用下，能够实现浮码头整体结构的伸展与收缩，前沿线离岸距离呈连续性变化，根据水位线变化产生的高程差可计算出浮码头的宽度变化需求，很大程度提高了浮码头对水位变化及航道限制的适应性、码头的通航安全性，避免传统浮码头经常需随水位变化，频繁增减浮趸及跳板设施的麻烦，降低了使用成本，且在枯水期时通过设置搁浅平台平稳支撑浮趸，减少了浮趸的倾斜和跳板的扭曲，减少对设施的损坏，提高了人员通行的舒适性。
Novel telescopic floating pier and arrangement method thereof
一种新型伸缩式浮码头及其布置方法
WOO JUNG-SEO (Autor:in) / FENG XIANDAO (Autor:in) / WANG QUAN (Autor:in) / LIU XINMIN (Autor:in) / CHEN XIN (Autor:in) / LU XIWEI (Autor:in) / CHEN GAO (Autor:in) / LIU XIANGLIANG (Autor:in) / LIU LU (Autor:in)
16.04.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
| Europäisches Patentamt | 2024