Vertical pile positioning landing stage

Abstract

A vertical pile positioning landing stage comprises vertical piles, auxiliary vertical piles and a landing stage frame body. A landing stage floor board is mounted on the landing stage frame body. A passage is arranged between a coast and the landing stage frame body. The vertical pile positioning landing stage is characterized in that the passage comprises a fixed section and a movable section. The fixed section is rested between the coast and the auxiliary vertical piles. The upper end of the movable section is hinged to the fixed section. The lower end of the movable section is disposed on the landing stage floor board and can synchronously slide on the landing stage floor board while the landing stage floor board moves up and down. Positioning rings are mounted on the landing stage frame body. One positioning ring is disposed on the periphery of each vertical pile. A buffer wheel which can move along each vertical pile is mounted on the corresponding positioning ring. The vertical pile positioning landing stage has the advantages that by the buffer wheels mounted on the positioning rings, multi-direction transmission and stress dispersion of the landing stage are guaranteed when the landing stage is impacted by sea waves and when sea level moves up and down, impact of the landing stage frame body to the vertical piles is reduced, the angle between the movable section of the passage and the landing stage floor board can be adjusted flexibly along with up and down movement of the landing stage frame body, and normal operation of the passage can be constantly kept.

Description

technical field [0001] The invention relates to a combined floating wharf, in particular to a pile positioning floating wharf. Background technique [0002] Several decades ago, some scholars pointed out that the 21st century is the century of the ocean. In order to adapt to the development of the situation, China is currently stepping up the construction of all aspects of the ocean power. At present, domestic coastal production resources are gradually decreasing due to offshore production resources. In order to adapt to the development of the new situation, share the fruits of development and seize development opportunities, yachts will gradually enter the lives of ordinary people in China, and yacht marinas in coastal areas will become more and more more. However, the existing marina has the following disadvantages: firstly, the marina structure is relatively heavy, the hoisting and installation are extremely inconvenient, the construction environment is harsh, and the op...

AI Technical Summary

Problems solved by technology

However, the existing marina has the following disadvantages: First, the marina structure is relatively heavy, the hoisting and installation are extremely inconvenient, the construction environment is harsh, and the operation is difficult

It can be seen that although the floating dock overcomes the defects that the structure of the floating parts is not stable enough and the floating parts are easy to shake, it has the advantages of low cost, simple structure, strong adaptability and high overall stability. The up and down movement of the floating part can change the angle relative to the horizontal plane of the floating part. However, the adjustment of the angle between the upper and lower trestles and the surface of the floating part is not flexible enough, and the upper and lower trestles are prone to malfunction and cause malfunction

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