Combination pond and building method thereof

Abstract

The invention discloses a combination pond and a building method of the combination pond. A pond body entrance and a pond body exit are arranged in the combination pond. The combination pond comprises a plurality of building pond single bodies, each side of the building pond single bodies is provided with a convex structure or a concave structure, each convex structure and each concave structure are identical in length, width and height, and the convex structures and the concave structures of every two opposite sides can be vertically clamped or horizontally clamped in a matching mode. Two adjacent building single bodies are sealed through a single body sealing part. The combination pond is formed by the building pond single bodies in a splicing and combining mode. In a production process, floor area in reproduction of the building pond single bodies is reduced, cost in production forming is reduced, and work loads of production are reduced. In a transportation process, the combination pond is small in size and convenient to transport. In application, the combination pond can be combined into combination ponds of different sizes based on required sizes and can be detached and conveniently and repeatedly utilized. Meanwhile, the shape of a square combination pond can be formed, and a utilization rate is higher.

Description

technical field [0001] The invention relates to the field of construction of combined pools, in particular to a combined pool and a construction method thereof. Background technique [0002] With the growth of population, the development of society and the acceleration of urbanization, the number of high-rise buildings is increasing day by day. When building high-rise buildings, most of them need to set up combined pools such as septic tanks, fire pits, sewage pools, rainwater recovery pools, and square pools. [0003] At present, the types of septic tanks, fire water (box) pools, sewage pools, rainwater recovery pools, square pools or other pools (boxes) mainly include reinforced cement civil construction pools, carbon steel welding and cylindrical glass fiber reinforced plastic construction pools . The traditional cylindrical glass fiber reinforced plastic pool body has been used by many real estate and industrial plants because of its durability, short construction peri...

AI Technical Summary

Problems solved by technology

The traditional cylindrical glass fiber reinforced plastics construction of the pool body is to use different molds to manufacture pools of different specifications, so there are the following disadvantages in industrial production: ①The volume of the factory molding is large, which leads to a large space requirement for the equipment workshop and wastes land resources; ②There are many sizes and specifications for product forming, and many specifications of molds are required to be produced. The production process requires a lot of manual labor and low production efficiency; Restrictions; ④ When the user needs a pool of 1000 cubic meters or larger, the traditional cylindrical FRP pool is difficult to produce and transport; ⑤ The elliptical structure makes the space volume utilization rate not high

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