In the marine hose of the present invention, protruded parts are provided at each axial direction end of the axial direction ends of the hose bodies, each axial direction end is located at both sides in the axial direction of the connection portion which is provided with limit mechanism. By this, when the marine hose is wound up to the reel, the protruded parts of the hose bodies contact the outer surface of the reel, the outer surface of the limit mechanism does not contact the outer surface of the reel. Thus, large amount of the bending force is not added to the limit mechanism.
1. A marine hose for transporting liquid and configured to be wound on a reel, comprising:
a plurality of elongated hose bodies, each of said hose bodies having opposite ends each with a tapered part that extends from an outer diameter of a main hose portion of the hose body radially inward to an end part of the hose body, the end part of the hose body including a protruded part that defines an outermost diameter of the marine hose greater than the outer diameter of the main hose portion, the protruded part tapering from the outermost diameter radially inward;
a plurality of connection joint members provided at the opposite ends of the hose bodies for connecting the hose bodies to each other;
a limit mechanism provided between the joint members, the limit mechanism being configured and adapted to release a connection between the joint members and close the ends of the hose bodies when a tensile force having a predetermined amount or larger in the axial direction is added to the limit mechanism; and
each protruded part being provided between the respective tapered part and the respective joint member, the protruded part, by virtue of its taper and its diameter being greater than that of the outer surface of the limit mechanism preventing the limit mechanism from coming in contact with the reel when the hose is wound on the reel.