Porous ecological embankment and block body

Abstract

The invention discloses a porous ecological embankment block body. The porous ecological embankment block body comprises a single body and a connecting column; the single body is a hollow cuboid; the single body is provided with six side walls; a through plant growing hole is formed in a bottom wall and fish passing channels are formed in other side walls of the single body; cylindrical grooves, which have the same specification and are not through, are formed in the six side walls of the single body; the connecting column is a cylinder and the diameter of the connecting column is slightly smaller than that of each cylindrical groove; and the length of the connecting column two times as much as the depth of each cylindrical groove. The block body is provided with the six relatively thick walls and is made of ultrafine concrete; the block body has good stability so that the durability is guaranteed; the plant growing hole in the lower wall is through; and various building materials can be added through the plant growing hole and aquatic plants can be planted into the block body connected with the ground and provide organic matters needed by fishes, so that a relatively good fish collecting effect is realized.

Description

technical field [0001] The invention relates to a revetment, in particular to a porous ecological revetment and a block. Background technique [0002] For a long time, traditional old revetment works have been built in many cities across the country, and they have played a vital role in the development of my country's economy in recent years. However, the emphasis on functions such as flood control and drainage in traditional revetment projects has resulted in it not being well integrated into the local ecological environment. At the same time, the negative impact of traditional revetment, which is mostly built with hard materials such as stone and asphalt, on the natural environment and ecological balance has become increasingly obvious. Hard materials have their own advantages, such as firmness and durability, but the traditional revetment composed only of it breaks the balance of water and land ecology, makes the revetment itself a closed system, and destroys the surviva...

AI Technical Summary

Problems solved by technology

In the prior art, there are also "day" font revetment blocks, such as Figure 12 As shown, the structure of this "day"-shaped revetment block is also very simple, with a cuboid structure and two large grooves inside, but they are not connected to the ground, and the contact area between plants planted in the grooves and the water is too large. Small, it will not play the role of collecting fish, and the small round hole on the side does not provide a spacious passage for fish, so that the revetment block is too closed, it can only provide simple material exchange, and cannot form a complete food chain

In addition, the connection of the "day"-shaped revetment blocks has not been designed specifically, and a relatively stable structure cannot be formed after the connection

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