Seep guide apparatus for automatically removing water in soil

Abstract

The invention relates to a seepage guidance device which is used for removing water from a soil body automatically. The seepage guidance device is characterized in that the seepage guidance device is a pipe body which is transversely arranged in the soil body containing water; the lower part of the pipe body is a watertight water collecting sump; the upper part of the pipe body is provided with apermeable filter layer; and two ends of the pipe body are provided with filter meshes. The seepage guidance device can separate the water and even confined water in the holes of the soil body automatically, reduces the pore water stress in the soil, increases the natural strength of the soil body, improves the stability of the combined action of a building, a construction and the soil body and resists the hazard caused by soil water environment.

Description

technical field [0001] The invention relates to a seepage guide device for automatically removing water in soil, and is a kind of constructions used in civil engineering, water conservancy, road and railway engineering, slopes, retaining walls, embankments, underground structures, etc. , a seepage-conducting device that removes water in the soil is required. Background technique [0002] Due to the influence of the surrounding water environment, the water content of the soil may increase under natural conditions, which increases the pore water stress in the soil and reduces the shear strength of the soil, which directly affects the buildings interacting with the soil. The safety of the use of buildings and structures may even lead to landslides and collapse of the soil mass, resulting in instability of the structures. [0003] At present, the traditional direct drainage method is still used for the soil drainage of various projects, that is, the solid pipe is directly burie...

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Problems solved by technology

[0003] At present, the traditional straight drainage method is still used for the soil drainage of various projects, that is, the solid pipe is directly buried in the soil to discharge the accumulated water at the mouth of the pipe, but this method is prone to blockage

Since environmental water infiltrates and accumulates through the soil, the range of influence is spatial. Therefore, the traditional direct drainage method cannot achieve the effect of directly seeping and outputting the seepage water in the soil space, let alone resisting the water environment. multi-terminal changes

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