Two-way cross-shaped transparent combination type system

Abstract

The invention relates to a two-way cross-shaped transparent combination type system. The two-way cross-shaped transparent combination type system comprises at least one caisson; two partitions are placed at the inner side of each caisson; the caissons are placed on a foundation bed; the outer wall of each caisson is provided with a plurality of rows of wave dissipating holes arranged at intervals; each partition is also provided with a plurality of rows of wave dissipating holes arranged at intervals, the wave dissipating holes are used for seawater to pass through; a first concrete cover plate is arranged at the top of each caisson, a second concrete cover plate is installed at the top of each first cover plate; a passage used for the seawater to pass through is formed between each first concrete cover plate and the corresponding second concrete cover plate; and the second concrete cover plates communicates with each other through panels . According to the two-way cross-shaped transparent combination type system, waves can pass through the upper and the lower layers of vertical wave dissipating holes, and the waves can also pass through the passage formed in the horizontal space between upper and lower pier columns, so that waves can flow through in a vertical and horizontal two-way cross-shape mode, and the effect that horizontal force of the waves and rising of the waves are reduced through the mutual effects among the flowing-through water bodies is achieved.

Description

technical field [0001] The invention relates to a two-way cross-hole combined type system. Background technique [0002] During the period of high-speed economic growth in my country, the import of crude oil, coal, ore and other bulk bulk goods still maintains a considerable amount of demand for a long period of time. Over the years, through large-scale port construction in my country, most of the deep-water coastlines with good shelter conditions and excellent construction conditions have been developed and utilized, and gradually transferred to other usable coastline areas for construction. [0003] A large number of coastal areas such as Liaoning, Shandong, Fujian, Guangdong, and Guangxi in China are based on rock foundations. Building gravity-type wharf structures on rock foundations has the advantages of saving investment and good durability. With the trend of large-scale ships and the need to reduce logistics costs, under the existing shoreline resource conditions, it...

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Problems solved by technology

[0004] However, in the prior art, under the action of larger wave loads, larger structural dimensions are still required to meet the stability requirements, so that the structural investment is still high, and the construction difficulty is still relatively large. Still relatively strong, still need to properly raise the elevation of the top of the wharf and reduce the number of days of wharf operations

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