Block material for lightweight carrying soil with drainage and floatage inhibition function

Abstract

The present invention provides a light soil-loading bulk materials with dewatering and buoyancy suppression performance, due to its epithem performance, the buoyancy is lightened, so it can obtain light soil-loading structure with excellent durability and exterior, and materials saving reduces costs. The light soil-loading bulk materials with dewatering and buoyancy suppression performance in the present invention is characterized by it is formed by the prism (2) of hard foam resin, one surface of the prism (2) and the contrast surface are cross equipped with at least one vertical drainage channel (3) and at least one horizontal drainage channel(4).

Description

technical field [0001] The present invention relates to use as a lightweight soil-loading member for roads, rockeries, dams, and caused land, or as a lightweight soil-loading member for constructing buildings or structures, and further as a soil-loading member for soft foundations Lightweight soil-carrying blocks with drainage and buoyancy suppression. Background technique [0002] At present, there are the following proposals as this kind of lightweight soil-loading blocks: on the foundation surface, the blocks made of rigid foamed resin such as polystyrene are laminated, or on the excavated foundation surface, the The blocks are layered and then covered with soil. That is to say, the lightweight soil-loading blocks are stacked above the ground on the foundation surface or in the ground, and then covered with soil, it can be said that the lightweight rigid foamed resin blocks have been used Soil-bearing core material. The use of the light-weight soil-loading blocks not o...

AI Technical Summary

Problems solved by technology

[0006] However, this form of light-weight soil-loading structure lacks water permeability due to the fact that there is almost no gap between the light-weight soil-loading blocks, or even if there is a small gap, so that due to the buoyancy of water , will cause the block to float up, so there are problems such as reduced durability and detrimental appearance

In addition, for example, in the case of using parts such as anchors to increase the strength of the soil-carrying structure or in the case of using wooden members, they are rusted or corroded, which is an important factor affecting the durability of the soil-carrying structure

In addition, for another example, when the rockery is used to plant trees and flowers, due to the lack of ventilation, they will not grow well, and problems such as root rot will occur. Furthermore, because the gap is small, more materials must be used, so raised the cost

[0007] In addition, since blocks for light soil loads generally have a large prism structure as described above, they are quite heavy and have poor operability or handling, making it difficult for a worker to handle them.

Furthermore, when the blocks are arranged and stacked in the horizontal direction and the height direction, for example, arranged in a staggered shape, since there are no marks for staggering on the blocks, it is not easy to handle, and sometimes there will be dimensional errors, so that The structure obtained after arranging and stacking with great difficulty is tilted and deformed, which reduces the strength and appearance of the soil-bearing structure

Images