Suspension platform with approach bridge and construction method of suspension platform

Abstract

The invention discloses a suspension platform with an approach bridge and a construction method of the suspension platform. The suspension platform with the approach bridge comprises a suspension component, a positioning component, a positioning pile and an approach bridge body, buoyant boxes are connected to form the suspension component, the positioning component is connected to the side face of the suspension component, the positioning pile is fixedly connected to a water bottom ground, the positioning component is movably connected to the outer side of the positioning pile in a sleeving manner, one end of the approach bridge body is hinged to a bank side platform, and a second end of the approach bridge body is provided with a roller and lapped on the upper surface of the suspension component through the roller. The suspension platform with the approach bridge has the advantages that horizontal movement of the buoyant boxes is limited by the positioning component connected to the outer side of the positioning pile in the sleeving manner, so that the positions of the buoyant boxes can be accurately limited, and the buoyant boxes can vertically move by the aid of the positioning component, so that the suspension component comprising the buoyant boxes can adjust the height along with change of water level to adapt to different water levels.

Description

technical field [0001] The invention relates to a building structure and a construction method thereof, in particular to a suspension platform with an approach bridge and a construction method thereof. Background technique [0002] In the prior art, it is usually necessary to set up a suspended platform on the water surface, such as a small boat dock or a small pontoon. These suspended platforms are usually assembled by various pontoons. Most of the floating tanks in the prior art are made of steel plate, aluminum alloy or engineering plastics. In the prior art, the buoys are usually anchored to the shore or positioning posts by steel cables. However, since the water level of the seawater usually rises and falls with the tide, the way of anchoring by steel cables will cause the buoy to move horizontally when the height of the buoy changes. [0003] In addition, the suspended platform usually needs to be connected to the land so that people can board the suspended platform...

AI Technical Summary

Problems solved by technology

[0004] The invention provides a suspension platform with an approach bridge and a construction method thereof. The suspension platform with an approach bridge can solve the problem that the existing suspension platform moves in the horizontal direction when the height changes, and can also solve the problem of the suspension platform in the prior art. Instability of the springboard between the shore and the shore

Images