Vertical row-connected hydraulic reclamation dam structure for water areas

Abstract

The invention provides a vertical row-connected hydraulic reclamation dam structure for water areas. The dam structure comprises a single row or multiple rows of vertical row-connected walls, wherein every two adjacent rows of vertical row-connected walls are connected through horizontal connecting rods. Each vertical row-connected wall comprises a rod system structure and a plate system structure. When each single row of vertical row-connected wall is arranged, the single row of vertical row-connected wall is connected with a hydraulic reclamation side pulling and anchoring structure. When two rows or multiple rows of vertical row-connected walls are arranged, the two rows of multiple rows of vertical row-connected walls are connected with hydraulic reclamation side pulling and anchoring structures, and every two adjacent rows of walls are connected through the horizontal connecting rods. The vertical row-connected hydraulic reclamation dam structure for water areas has the advantages that when the dam structure is used for construction, the technical difficulty of the dam construction is low, each team can complete 50 m to 100 m of dam everyday, a plurality of construction faces can be arranged at the same time, and the dam structure is convenient to popularize and use; required building materials are drawn locally generally and easy to obtain; dust and mud pollutants will not be generated, and negative effect on the environment is little; the dam structure is suitable for areas locking sand and stone materials and has broad popularization and application prospects.

Description

technical field [0001] The invention relates to a technology for building enclosures for dredging and reclamation projects in civil engineering, in particular to a water area vertical row-by-row dredging and reclamation enclosure structure used to build temporary dredging enclosures in enclosed areas. Background technique [0002] With the rapid development of urban construction in my country's coastal areas, the contradiction of "less land and more people" has become increasingly prominent, and land resources have become increasingly tense. There are more and more engineering projects using tidal flats or directly reclamation from the sea, and land reclamation as an economical and mature process is widely used. In my country's Yangtze River Basin, Shanghai Huangpu River Basin, both sides of the Pearl River in Guangzhou, Tianjin Binhai area and Caofeidian and other places, a large number of dredging methods are used to form land areas. Dredging fill is to use dredgers to di...

AI Technical Summary

Problems solved by technology

[0004] The selection of enclosure structures should be based on the principles of economy, practicability and adapting measures to local conditions. Most of the enclosures for dredging and reclamation in coastal areas of my country use soil enclosures, sand enclosures, pond enclosures, riprap enclosures, sand-filled enclosures, and sheet piles. Structural types such as enclosures, in today's advocacy of green construction, these structures obviously cannot achieve the goals of resource conservation, energy conservation and emission reduction

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