Method for constructing anti-flood wall with splicing components

Abstract

The invention relates to a method for constructing an anti-flood wall with splicing components. A user fixes a panel and a connecting block to compose an anti-flood wall basic splicing component withprotrusions and grooves at side edges, and then aligns the protrusion of the basic splicing component with a groove of another basic splicing component to splice the basic splicing components together; the basic splicing components are alternately spliced in vertical and horizontal directions; furthermore, by utilizing different bending shapes of the connecting blocks and bolts and shaped holes onthe panels, the splicing component and another splicing component are kept at a certain bending angle and vertically staggered when being spliced to compose the multi-layer anti-flood wall accordingto the terrain, and plus supporting devices, the wall is prevented from falling. The method can meet the needs of quickly constructing an anti-flood wall during flood control, and reduces input of earth and stone and labor.

Description

technical field [0001] The invention relates to a method for building a flood control wall, in particular to a technical method for building a flood control wall with spliced ​​components. The method relates to the fields of building technology and disaster prevention. Background technique [0002] Floods often cause rivers and lakes to swell, causing dikes to overflow or dykes to be washed away. People need to build high embankments with earth and stones before going up, which consumes a lot of sand, earth and stones. Once the embankment breaks, tons of earth and rocks will need to be dumped. People use woven bags to temporarily take a large amount of soil from around the embankment and pile it on the embankment, hoping that the height of the flood control embankment can withstand the rise of the water level. This not only destroys water and soil, but also consumes a lot of labor. [0003] We envisage using prefabricated panels to assemble basic structural parts, modula...

AI Technical Summary

Problems solved by technology

But on the embankment, the height of the columns of the wall cannot be predicted before the flood, that is, the wall cannot be flexibly expanded upwards

In the known patent document "A Prefabricated Wallboard" (Application No. 201920383249.3), the wallboard is stacked upwards through the fixed boss on the top of the wallboard, but the dovetail groove type card slot used when extending the wallboard to the left and right The design makes the wall panels unable to bend and flexibly adapt to the curved landform of the embankment

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