The invention relates to the field of ship guide ropes, and particularly discloses a ship guide
rope structure. By arranging the rotating return assemblies, the telescopic cylinders, the mounting blocks, the rotating shafts, the hinge rods, the telescopic sliding rods and the external expansion plates, a guide
rope penetrates through the center of an annular hole formed by the mounting blocks, and during action, no matter the guide
rope turns towards any direction, the guide rope can be attached to the rotating shafts of the mounting blocks corresponding to one or more sets of telescopic cylinders, so that the guide rope is more stable. Sliding
friction force borne by the guide rope is converted into rolling
friction force through the rotating shaft, friction damage to the guide rope in the long-time using process is effectively reduced, when stress of the guide rope is increased or the direction change is large, the guide rope downwards presses the
telescopic cylinder through the rotating shaft and the mounting block, and the
telescopic cylinder retracts to drive the hinge rod to rotate; the
rotating hinge rod outwards pushes the telescopic sliding rod, the telescopic sliding rod outwards pushes the external expansion plate, at the moment, the distance between the external expansion plate and the rotating shaft is increased, the
turning angle of the guide rope is increased, and then abrasion to the guide rope during steering is effectively reduced.