Variable-volume anti-seepage pool

Abstract

The invention relates to a variable-volume anti-seepage pool. The variable-volume anti-seepage pool comprises a pool body, the pool body is formed by combining multiple composition boards, and the adjacent composition boards are in variable-angle connection through connecting assemblies. According to the anti-seepage pool, the occupied area defined by the pool body can be changed by increasing orreducing the number of the composition boards, and therefore the volume of the anti-seepage pool is adjusted. When the area defined by the pool body changes, the included angle between every two adjacent composition boards also needs to be adjusted, and therefore the angle between the adjacent composition boards is variable through the connecting assemblies, and the great-span volume change need of the pool body can be met.

Description

technical field [0001] The invention relates to a waste transfer device, in particular to a variable-capacity anti-seepage pool. Background technique [0002] Water storage equipment is a common equipment in industrial production. There are two traditional water storage methods, one is 50m 3 A small-capacity water storage iron tank, and a large-capacity concrete structure water storage tank. The former has problems such as small reserves, large operating area, and high transportation costs, while the latter has problems such as long construction time, high construction costs, difficult reclamation, and more land occupation than iron tanks for water storage. As the country pays more and more attention to the protection of resources and environment, the concrete structure reservoir has been gradually replaced by the movable reservoir. [0003] The invention patent with the patent number ZL201510176677.5 discloses an anti-seepage pool, which is easy to assemble and disassemb...

AI Technical Summary

Problems solved by technology

[0005] For example, the anti-seepage pond has a fixed capacity. The anti-seepage pond first determines the target water storage capacity in the design stage, and then customizes the pool body with the target water storage capacity as the target value. After it is actually put into use in the later stage, it may be In the face of insufficient water storage or capacity exceeding the actual water demand, the former situation will increase the equipment and labor costs for disposing of the remaining water, and the latter situation will cause waste due to the excessive occupation of the working area

[0006] For another example, the construction of the anti-seepage pool is divided into two steps. One is to build the pool body modules in sequence, and the other is to erect the anti-seepage layer on the inner edge of the pool and attach it to the inner wall. The process of erecting the anti-seepage layer is a huge workload. Resulting in greater time and labor costs

[0007] For another example, the water intake process of the anti-seepage pool has potential hidden dangers. The water intake pipe of the anti-seepage pool is arranged on the outer edge of the pool and extends along the pool wall to climb into the pool. The problem with this water intake method is that the auxiliary parts are in the anti-seepage Before the pool is put into operation, it needs to be placed inside the pool body, which may cause the anti-seepage layer to be damaged by foreign objects entering the pool body, thus seriously affecting the anti-seepage performance

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