Shore gangway

Abstract

The invention relates to a shore gangway. The shore gangway comprises a first gangway body, a second gangway body and a lifting rope mechanism. The first gangway body comprises a first walking plate and first handrails arranged on the two sides of the first walking plate, and the second gangway body comprises a second walking plate and second handrails arranged on the two sides of the second walking plate. One end of the second walking plate is rotatably connected to one end of the first walking plate, and the second walking plate can vertically rotate; the lifting rope mechanism comprises a winch device, a pulley set and a lifting rope; the winch device and the pulley set are both arranged on the first gangway body; and one end of the lifting rope is fixedly connected to the winch device, and the other end of the lifting rope penetrates the pulley set and then is fixedly connected to the second gangway body. The shore gangway is ingenious in design, simple and rapid in operation and capable of meeting various use requirements.

Description

technical field [0001] The invention relates to ship equipment, in particular to a wharf springboard. Background technique [0002] The springboard is the necessary equipment for the connection between the ship and the shore. People or vehicles can get on or off the ship only through the gangway. Therefore, the springboard is one of the necessary equipment for supporting the ship. In the beginning, the springboards were all wooden boards, with limited load-bearing capacity and low safety, especially after the emergence of large ships, the traditional wooden springboards could no longer meet the needs. Therefore, there is a common steel springboard at present. However, although the existing steel springboard has improved load-bearing capacity and safety, its adaptability is not strong. For example, when the tide is low, the edge of the ship is lower than the shore, and it is difficult for the traditional steel springboard to ride down on the edge of the ship. Another exa...

AI Technical Summary

Problems solved by technology

However, although the existing steel springboards have improved load-bearing capacity and safety, their adaptability is not strong

For example, when the tide is low, the edge of the boat is lower than the shore, and it is difficult for the traditional steel springboard to ride down on the edge of the boat.

Another example is that when the tide is high, the edge of the boat is higher than the shore, and it is difficult for the traditional steel springboard to ride up on the edge of the boat.

Images