Multi-layer three-dimensional seedbed structure

Abstract

The invention provides a multi-layer three-dimensional seedbed structure. The structure comprises bottom layer cultivation ponds, middle-layer cultivation ponds are arranged on the side edges of the bottom-layer cultivation ponds, and top-layer cultivation ponds are arranged on the side edges of the middle-layer cultivation ponds; frames are vertically arranged in the middles of the bottom-layer cultivation ponds, vertical rods and transverse rods are welded on the frames, and the vertical rods and the transverse rods are vertically welded to form net-shaped supporting structures; binding ropes are tied on the net-shaped supporting structures, and the binding ropes are used for fixing vine cultivation pots on the net-shaped supporting structures; the bottom-layer cultivation ponds, the middle-layer cultivation ponds and the top-layer cultivation ponds are internally provided with seedling culture pots respectively. The three-dimensional seedbed structure can fully utilize cultivation space, habits of plants can be fully taken into consideration for interplanting, then the cultivation efficiency of nursery stocks is improved, cultivation resources are also fully utilized, and the cultivation cost is reduced.

Description

technical field [0001] The invention relates to the field of seedling cultivation facilities, in particular to a multi-level three-dimensional seedbed structure. Background technique [0002] With the continuous improvement of people's requirements for the ecological environment, it is necessary to green the environment. During the greening process, a large number of seedlings need to be planted. Therefore, initial cultivation of seedlings is required. Traditional seedling cultivation is carried out under natural conditions. The seedlings are cultivated separately, and there are several defects in the cultivation of seedlings by the above method: (1) The utilization rate of the cultivation space is low, the space structure cannot be fully utilized, and the reproduction rate and the cultivation period of the seedlings are long; (2) Due to different The growth of seedlings requires different temperature, humidity and light intensity, and the temperature and humidity cannot be ...

AI Technical Summary

Problems solved by technology

[0002] With the continuous improvement of people's requirements for the ecological environment, it is necessary to green the environment. During the greening process, a large number of seedlings need to be planted. Therefore, initial cultivation of seedlings is required. Traditional seedling cultivation is carried out under natural conditions. The seedlings are cultivated separately, and there are several defects in the cultivation of seedlings by the above method: (1) The utilization rate of the cultivation space is low, the space structure cannot be fully utilized, and the reproduction rate and the cultivation period of the seedlings are long; (2) Due to different The growth of seedlings requires different temperature, humidity and light intensity, and the traditional cultivation method cannot accurately control the temperature and humidity; (3) Interplanting of seedlings cannot be carried out, and thus the growth habits of different plants cannot be fully utilized for plant cultivation

[0003] Therefore, based on the above analysis, mass propagation cannot be carried out in the traditional seedling cultivation process, which seriously affects the cultivation quality and quantity of seedlings. It is necessary to develop and design new seedling cultivation facilities for the cultivation of seedlings.

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