Exposed deck mooring bollard structure of ship

Abstract

The invention discloses an exposed deck mooring bollard structure of a ship. The exposed deck mooring bollard structure comprises an internal hollow pile. The pile is fixed on a deck of the ship through the pile. The exposed deck bollard structure also comprises a controller and at least a heating element. The heating elements are equably disposed on the inner wall of the pile. One end of each of the heating elements is fixed on an interior wall of the pile through a fastener. The other end of each of the heating elements is connected with the controller after running through the pile. The controller is disposed in a cabin under the deck and the controller is connected with a power supply. As the heating elements are arranged in the pile and are controlled by the controller in the cabin, the technical problem that frozen ship mooring bollard in cold region affects the operation is solved. The exposed deck mooring bollard structure has the function of heating, which can unfreeze the ice on the mooring bollard automatically and relieve sailors' tedious manual labor for deicing. In addition, the exposed deck mooring bollard structure has the advantages of saving time and labor, being simple structure and being convenient to use.

Description

technical field [0001] The invention relates to a mooring device, in particular to a cable pile structure on a ship's open deck, and belongs to the electrical technical field of ship accessories. Background technique [0002] The bollard is a device used for mooring ships. The bollard is set on the shore, and the bollard is set on the ship. Such as figure 1 with image 3 As shown, the structure of the traditional cable bollard: it has one or two short posts fixed on the deck to tie and operate the fixed structure of the cable. When the ship is docked on the shore or other ships and marine structures, the two ends of the cable are tightly tied to the cable piles of the ship and the object to avoid relative movement between the ship and the object. [0003] Cable bollards are generally located outdoors, and they will be affected by environments such as rain soaking, snow covering, and sunlight exposure during use. For example, in colder regions in winter, ice and snow will...

AI Technical Summary

Problems solved by technology

This will cause the cables to be unable to be tied to the bollards; or after the snow melts due to weather changes, the cables tied to the bollards will loosen, making the ship unstable or even moving the ship. Will greatly affect the safety of ship mooring operations

On the other hand, when the ship is docked at the wharf, if the bollard freezes, the crew needs to use de-icing tools to de-ice, which is time-consuming and labor-intensive, resulting in difficulties in untwisting

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