Emergency water retaining movable splicing water storage dam device

Abstract

The invention discloses an emergency water-retaining movable water storage dam splicing technology and a combined device. The combined device comprises a fast spliced and piled combined wall dam which is ingeniously and uniquely designed, a combined wall base bottom plate, a step conveying hose and large-volume water storage bags, wherein the fast spliced and piled combined wall dam is a steady whole which is formed in the manner that a certain number of single foldable rectangular water storage independent plate frames are subjected to buckling, left-right splicing and up-down piling through hooks under the great pressure of a large amount of stored water; erecting is fast and easy, environment condition limitation is avoided, and the combined device can respond to the requirements of flood prevention and rushing to deal with an emergency, or heightening or strengthening a dam or newly building a temporary wall dam in emergency; and more particularly, local materials can be used, water is used for preventing water, and the beneficial effects that the combined device saves resources and is economic and practical are achieved. After a flood season ends and water subsides, the combined device can also continue to play a role for drought resisting, water retaining and water storage. The combined device has the beneficial effects that the combined device can be repeatedly used and folded to be minimum, the size is reduced so that the combined device can be favorable for storage or loading and transporting, and the combined device is greener and more environment-friendly and is friendly to the ecological environment.

Description

technical field [0001] The invention relates to flood control and anti-flood equipment, in particular to an emergency water retaining movable joint water storage dam device. Background technique [0002] Flood control in rivers and lakes has been a way for people to get along with and fight against nature since ancient times. With the development of society and economy and the improvement of water conservancy technology, people have been able to effectively deal with large floods and droughts. However, in the flood season, rivers and lakes Flood control and flood fighting are still inevitable high-probability events, especially environmental changes and the emergence of the El Niño phenomenon, which have increased the frequency and degree of damage of floods. my country has a vast territory, diverse climates, and numerous water systems. Floods in the whole basin or in local areas often occur, posing a major threat to social life and people's lives and property. Flood control...

AI Technical Summary

Problems solved by technology

And because it is a one-time use, after the flood season, a large amount of plastic woven bags buried in the soil or submerged in the water will also become white garbage, polluting and destroying the environment.

In addition, filling sand bags requires a lot of digging and soil extraction, which will not only cause damage to the vegetation, crops and field mellow soil near the dam, but also some dams are located in an environment where it is impossible to obtain soil locally, and the earth and rock can only be transported long distances. However, the manpower and material resources for excavation, loading and stacking construction are huge, time-consuming and labor-intensive, and even affect the construction emergency progress, threatening the safety of the embankment, and when the flood recedes, many temporary piles of sandbags and soil bags need to be invested again. Secondary processing, resulting in a huge waste of resources

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