A ship bollard with pull force detection function

Abstract

The invention discloses a ship mooring bollard with a tension detection function, which belongs to the technical field of ship outfitting. A ship bollard with a tension detection function includes a pile body and an adjustment auxiliary inspection base. Built-in adjustment groove, the top of the pile body is embedded with a pressure adjustment box, the pressure adjustment box runs through the outer wall of the built-in adjustment groove and extends into the built-in adjustment groove, the outer wall of the bottom end of the pressure adjustment box slides through and is provided with a rough anti-sliding plate, the pressure adjustment The activity inside the box is equipped with a matching piston plate. The mooring bollard in the present invention can detect the pulling force on the cable, and when it detects that the pulling force on the cable is relatively large, it can automatically give an alarm, prompting the staff to make corresponding treatment in time, thereby effectively reducing the tension of the cable. The occurrence of the snapping phenomenon greatly improves the functionality of the bollard, and by adjusting the setting of the auxiliary inspection base, the accuracy of the tension detection can be effectively guaranteed.

Description

technical field [0001] The invention relates to the technical field of ship outfitting, and more specifically relates to a ship bollard with a tension detection function. Background technique [0002] Ship outfitting refers to all the things on the ship except the hull and ship power plant. According to the division of materials, ship outfitting can be divided into two parts: iron outfitting and wooden outfitting. Iron outfitting refers to the outfitting of the metal part, and wooden outfitting refers to non- The outfitting of the metal part, the bollard is a kind of iron outfitting. [0003] The mooring bollard refers to the pile fixed on the deck or on the side of the pier to tie the cable. It is generally made of metal casting or welding. Because it is under a lot of force during use, its base is required to be very firm. There are single cross bollards, double cross bollards, vertical bollards, inclined vertical bollards and croissant bollards, etc. [0004] The bollar...

AI Technical Summary

Problems solved by technology

[0004] The bollards on the ship and the wharf and the cables can fix the ship and prevent the ship from drifting away. When the ship floats with the current, the cable will be straightened by the pulling force from the ship. The pulling force that the cable can withstand limited, when the tension on the cable is too large, the cable is easy to break, most of the bollards in the prior art only have the effect of mooring the cable, and cannot detect the tensile force on the cable, so they cannot A warning is issued when the pulling force is large, so that the relevant staff cannot make corresponding processing in time, and the functionality is poor

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