Shore power transmission line floater

Abstract

The invention relates to the field of shore power transmission, in particular to a shore power transmission line floater, a shore power transmission system composed of a certain number of floaters, and a device for safely transmitting shore power to a ship engineering equipment. The shore power transmission line floater comprises a gas valve connected to the lower end of the floater, a movable plate frame switch button, a balance mounting column, a movable plate frame, a tightness adjusting button, a tightness adjusting device, a pretightening device, a detachable locking movable switch and anauxiliary supporting frame. The tightness adjusting device is adjusted to float up and down by the detachable locking movable switch and the tightness adjusting button to fix the cable; a rotatable movable plate frame is used in the mechanism to make the mechanism compact; the balancing effect is achieved by a balanced mounting post disposed at both ends.

Description

technical field [0001] The invention relates to the field of shore power transmission, in particular to a shore power transmission line buoy device, a shore power transmission system composed of a certain number of buoy devices, and a device for safely transmitting shore power to ship engineering equipment. Background technique [0002] With the widespread application of clean energy, traditional dredgers use diesel engines as the main power equipment. This method consumes energy, increases carbon emissions and other gas emissions that pollute the environment, and does not conform to the development concept of energy conservation and emission reduction. The concept of using clean energy for shore power transmission is very good, but how to transmit shore power to engineering equipment has always been a thorny issue. On the basis of considering environmental protection and economical applicability, the traditional method can no longer satisfy people's needs. Demand, there are...

AI Technical Summary

Problems solved by technology

[0002] With the widespread application of clean energy, traditional dredgers use diesel engines as the main power equipment. This method consumes energy, increases carbon emissions and other gas emissions that pollute the environment, and does not conform to the development concept of energy conservation and emission reduction.

The concept of using clean energy for shore power transmission is very good, but how to transmit shore power to engineering equipment has always been a thorny issue. On the basis of considering environmental protection and economical applicability, the traditional method can no longer satisfy people's needs. There are many problems that have not been properly solved in the design of mechanical and mechanical structures, the problem of floating balance on the water surface, the problem of fixing the buoy device, etc., all of which restrict the reliability of the buoy device.

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