A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated deepwater to-be-moored trestle platform
The embodiment of the invention provides an assembly type deepwater to-be-moored trestle platform, and relates to the field of trestle platforms. The assembly type deepwater to-be-berthed trestle platform comprises a trestle machine body, and a plurality of buffering components are evenly arranged on the edge of the trestle machine body and used for buffering when a ship body berths. When seawater enters a pressurizing guide and distribution cavity, the seawater can drive a sealing valve ball to be pushed into a drainage cavity to partition the interior of the drainage cavity, then the seawater is driven to enter a loading barrel to do work, finally, an expansion buffer assembly is driven to extend outwards to drive a buffer ball to move, and sea wave impact force is converted into mechanical kinetic energy; the buffer ball body can extend outwards to slow down the freight ship to buffer the berthing of the freight ship; and when the pressurizing guiding and matching cavity is not impacted by the seawater, the sealing valve ball can be pushed into the pressurizing guiding and matching cavity by utilizing the seawater, and the seawater is discharged and flows out through the water draining cavity, so that the buffering ball body is subjected to work by utilizing the seawater wave in a circulating and reciprocating manner.
本申请实施例提供一种装配式深水待泊栈桥平台，涉及栈桥平台领域。一种装配式深水待泊栈桥平台包括：栈桥机体，所述栈桥机体的边缘均匀设置有若干缓冲构件，用于船体靠泊时的缓冲。在海水进入至增压导配腔体内，海水能够带动密封阀球推送至疏水腔体内，对疏水腔体内进行隔断，继而带动海水进入至装载筒体内进行做工，最终带动扩展缓冲组件向外伸出带动缓冲球体位移，将海浪冲击力转化为机械动能，使缓冲球体能够向外长出缓低货运轮船对其停泊进行缓冲；而增压导配腔体无强有力的海水冲击时，能够利用海水推送密封阀球进入至增压导配腔体内，将海水通过疏水腔体排出流出，以此循环往复的利用海水浪击对缓冲球体进行做工。
Fabricated deepwater to-be-moored trestle platform
The embodiment of the invention provides an assembly type deepwater to-be-moored trestle platform, and relates to the field of trestle platforms. The assembly type deepwater to-be-berthed trestle platform comprises a trestle machine body, and a plurality of buffering components are evenly arranged on the edge of the trestle machine body and used for buffering when a ship body berths. When seawater enters a pressurizing guide and distribution cavity, the seawater can drive a sealing valve ball to be pushed into a drainage cavity to partition the interior of the drainage cavity, then the seawater is driven to enter a loading barrel to do work, finally, an expansion buffer assembly is driven to extend outwards to drive a buffer ball to move, and sea wave impact force is converted into mechanical kinetic energy; the buffer ball body can extend outwards to slow down the freight ship to buffer the berthing of the freight ship; and when the pressurizing guiding and matching cavity is not impacted by the seawater, the sealing valve ball can be pushed into the pressurizing guiding and matching cavity by utilizing the seawater, and the seawater is discharged and flows out through the water draining cavity, so that the buffering ball body is subjected to work by utilizing the seawater wave in a circulating and reciprocating manner.
本申请实施例提供一种装配式深水待泊栈桥平台，涉及栈桥平台领域。一种装配式深水待泊栈桥平台包括：栈桥机体，所述栈桥机体的边缘均匀设置有若干缓冲构件，用于船体靠泊时的缓冲。在海水进入至增压导配腔体内，海水能够带动密封阀球推送至疏水腔体内，对疏水腔体内进行隔断，继而带动海水进入至装载筒体内进行做工，最终带动扩展缓冲组件向外伸出带动缓冲球体位移，将海浪冲击力转化为机械动能，使缓冲球体能够向外长出缓低货运轮船对其停泊进行缓冲；而增压导配腔体无强有力的海水冲击时，能够利用海水推送密封阀球进入至增压导配腔体内，将海水通过疏水腔体排出流出，以此循环往复的利用海水浪击对缓冲球体进行做工。
Fabricated deepwater to-be-moored trestle platform
一种装配式深水待泊栈桥平台
HUANG JING-FENG (author) / QIN ZHENCHAO (author)
2024-03-19
Patent
Electronic Resource
Chinese
Fabricated trestle for passenger platform and using method of fabricated trestle
| European Patent Office | 2020
Deepwater bare rock large-span steel trestle and platform combined system
| European Patent Office | 2023
Fabricated steel trestle structure and steel trestle construction method
| European Patent Office | 2023