Overwater suspended environment-friendly water culture building constructed through waste containers

Abstract

The invention provides an overwater suspended environment-friendly water culture building constructed through waste containers. The edges of the sides of every three waste containers are connected through supports to form a building layer of an equilateral triangle structure, the bottoms of the connecting portions of every two adjacent waste containers are connected through a connecting platform,the up-down adjacent equilateral triangle structures are staggered and then stacked to form a water culture building body, the middle portion of the building layer of the equilateral triangle structure at the bottom is connected through a bottom board, a lower water absorption hard sponge is arranged below the building layer of the equilateral triangle structure at the bottom, the outer sides of the waste containers of the building layer of the equilateral triangle structure at the bottom are connected with strip-shaped floating balls through floating ball connecting frames, a building entrance floating bridge is arranged on the outer side of one waste container of the building layer of the equilateral triangle structure at the bottom, and a jointing platform of the top containers is arranged on the building layer of the equilateral triangle structure at the top. The main structure is composed of the waste containers, and the whole building is an up-down integrated plant water culturebuilding with the lower portion using river water and the upper portion using rainwater.

Description

technical field [0001] The invention relates to the field of building structures, in particular to a floating environment-friendly hydroponic building on water constructed by using waste containers. Background technique [0002] The greatest success of the container lies in the standardization of its products and a complete set of transportation systems established thereby. It can standardize a behemoth with a load of dozens of tons, and gradually realize the logistics system supporting ships, ports, routes, highways, transfer stations, bridges, tunnels, and multimodal transportation worldwide on this basis. This is indeed worthwhile. It is called one of the great miracles created by human beings in history, but the recycling of abandoned containers has always been a relatively big problem, and China has developed relatively late in the utilization of second-hand containers. In recent years, China has also closely followed the footsteps of the world, reinvesting containers ...

AI Technical Summary

Problems solved by technology

It is indeed worthy of the standardization of a behemoth with a load of tens of tons, and based on this, the gradual realization of a global logistics system for ships, ports, routes, highways, transfer stations, bridges, tunnels, and multimodal transport. It is called one of the great miracles created by human beings in history, but the recycling of abandoned containers has always been a relatively big problem, and China has developed relatively late in the utilization of second-hand containers

In recent years, China has also followed the footsteps of the world, putting containers into the second-hand container, turning waste into treasure has become a new development space for second-hand containers. Air pollution in my country has always been a serious problem, but due to limited urban space, it often leads to greening. The area is not enough to plant corresponding plants. Hydroponic plants can greatly reduce pollution, and water buildings do not occupy urban ground. At present, hydroponics mainly use small hydroponic devices on the water surface. Because small hydroponic devices are often small in size, Therefore, it is limited to a small number of water surfaces, but it cannot be used for large water surfaces that are easily affected by water flow fluctuations, and large-scale hydroponic buildings cannot be used in batches due to their high cost. Therefore, it is possible to consider designing a water-suspended environment-friendly water that is built using discarded containers. Building

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