An energy-saving and environment-friendly marine pipeline floating device

Abstract

The invention discloses an energy-saving and environment-friendly marine pipeline floating body device, which comprises a floating body, four sliding blocks and a floating body. A manual telescopic rod is fixed on the outer wall of the top of the floating body by bolts, and the top end of the manual telescopic rod is fixed by bolts. There are hinges, and the hinges are hinged with solar panels. The outer wall of the floating part body has an annular groove, and the inner walls on both sides of the annular groove are fixed with slide rails by bolts. The outer walls of the top and bottom of the four sliding blocks are welded respectively. There are wind fan blades and revolving fan blades, and the wind fan blades and revolving fan blades are all arc streamlined structures. The invention prevents the floating body from entering water when it is impacted by huge waves, and does not cause the air pressure in the connection box to change, resulting in disconnection of the connection of the floating body. The oblique groove and the arc fan of the L-shaped mechanism cooperate with each other , increasing the friction between the swirling fan blades and the water flow, reducing the loss of wave energy.

Description

technical field [0001] The invention relates to the technical field of marine engineering, in particular to an energy-saving and environment-friendly marine pipeline floating body device. Background technique [0002] The large marine floating body is composed of a plurality of separate floating bodies connected back and forth through the connecting device. In the complex marine environment, the connecting device will withstand the impact of the waves, so the stability of the connection of the connecting device is very important. There are some connecting devices in the existing devices. There are some problems. The connection structure is not stable enough, and the floating body is often disconnected. Some devices only use the principle of negative pressure to connect, but the use of the principle of negative pressure is limited to the surface, and the floating body is not considered to be impacted by huge waves. Whether there will be a short disconnection, which will lead ...

AI Technical Summary

Problems solved by technology

[0002] Large-scale marine floating bodies are composed of multiple individual floating bodies connected front and rear through connecting devices. In complex ocean environments, connecting devices will withstand the impact of waves, so the stability of connecting devices is very important. Some connecting devices in existing devices There are some problems. The connection structure is not stable enough, and the connection of the floating body is often prone to disconnection. Some devices only use the principle of negative pressure to connect, but the use of the principle of negative pressure is limited to the surface, and the floating body is not considered to be impacted by huge waves. Whether there will be a short-term disconnection during the time, which will lead to water ingress and eventually make the connection unstable. Due to the huge ocean area, if a large area of ​​floating body construction will be invested in a large amount of resources, and there will be some marine debris in the ocean, affecting For the construction of the marine environment, the existing devices do not deal with the residual tension on the ocean surface, which cannot meet the modern construction concept of energy saving and environmental protection

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