Rapid assembly type flood prevention retaining wall and application method thereof

Abstract

The invention relates to a rapid assembly type flood prevention retaining wall and an application method thereof. The rapid assembly type flood prevention retaining wall comprises a chair-shaped plate bottom plate and a chair-shaped plate vertical plate. The chair-shaped plate vertical plate is vertically arranged at the end of the chair-shaped plate bottom plate, and an L-type chair-shaped plate is formed. Multiple protruding protrusions are arranged on the L-type chair-shaped plate formed by the chair-shaped plate vertical plate and the chair-shaped plate bottom plate. The protrusions are in arc transition at the joint of the chair-shaped plate vertical plate and the chair-shaped plate bottom plate. The chair-shaped plate bottom plate and the chair-shaped plate vertical plate are provided with clamping mechanisms used for adjacent rapid assembly type flood prevention retaining walls. The rapid assembly type flood prevention retaining wall has the beneficial effects that the structure is simple, design is reasonable, and mounting and using are convenient; manpower and time needed for carrying and laying are greatly saved; invasion of instant storm flood is effectively stopped; and various communal facilities and commercial and home environments are protected from water logging threats.

Description

technical field [0001] The invention relates to the technical field of flood control and emergency rescue, in particular to a rapidly assembled flood control retaining wall and a method for using the same. Background technique [0002] As the trend of global warming continues to intensify, some areas prone to floods and waterlogging in China will encounter floods every year. There are many traditional methods of flood control and drainage. The more common method is to use sandbags to build embankments. In terms of weight, each linear meter of this method can easily weigh hundreds of kilograms, so this method needs to consume a lot of energy. Manpower and time. In order to improve this situation, people also use large-scale machinery for handling. However, there are also high manpower and time costs in scheduling. Therefore, it has important research significance and economic significance to propose a rapid flood control method that can effectively reduce manpower, material ...

AI Technical Summary

Problems solved by technology

There are many traditional methods of flood control and drainage. The most common method is to build embankments with sandbags. In terms of weight, each linear meter of this method can easily weigh hundreds of kilograms. Therefore, this method needs to consume a lot of water Manpower and time. In order to improve this situation, people also use large-scale machinery for handling. However, there are also high manpower and time costs in scheduling.

Images