An energy-consuming anti-collision wall with automatic storage, recovery and drainage functions

Abstract

The invention provides an energy-consuming anti-collision wall with functions of automatic storage, continuity and drainage, which belongs to the field of greening and beautification and anti-collision. body, the two sides of the water storage and energy consumption combination are provided with continuous water and energy consumption combination, the top of the water storage and energy consumption combination is provided with a transition chamber, the top of the transition chamber is provided with a partition, and the top of the partition is provided with a planting groove; the beneficial effect is The invention can be used as the anti-collision wall on both sides and in the middle of the viaduct, has good greening and drainage effects, can collect urban rainwater for recycling, has good comprehensive performance, and can play the role of temperature regulation. The structure can be recycled, stored and discharged. At the same time, rainwater can be continuously replenished and continued, and the automatic operation of self-storage, replenishment and drainage can be realized in the whole process only by the structure itself.

Description

technical field [0001] The invention belongs to the field of greening and beautification and anti-collision, in particular to an energy-consuming anti-collision wall with functions of automatic storage, renewal and drainage. Background technique [0002] Green plants can not only beautify the environment, purify the air, reduce noise, reduce the heat island effect, but also release a large amount of oxygen, which is closely related to people's lives. In large cities, in order to relieve traffic pressure, many three-dimensional traffic are built, but they are often only greened under viaducts or roads. It is difficult to implement greening for bridges located at high altitudes. Some cities have flower pot racks on both sides of the elevated road to increase the green area, beautify the city and improve the urban environment. At present, the flowerpots on both sides of the viaduct are hung on the outside of the viaduct guardrail, and the flowerpots are rarely set on the top o...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above-mentioned existing technical problems, the present invention provides an energy-consuming anti-collision wall with automatic storage, renewing and drainage functions, which can realize the automatic operation of self-storing, replenishing and renewing water and drainage in the whole process only by the structure itself. It effectively solves the shortcomings of existing viaducts that are difficult to be green. The water storage and energy dissipation chambers and the continuous water energy dissipation chambers can greatly increase the anti-collision buffering effect of the anti-collision wall. When the water storage and energy consumption chambers contain When in water, the anti-collision energy consumption effect of the anti-collision wall will increase significantly

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