Stereoscopic culture device capable of industrially culturing green plants

Abstract

The invention discloses a stereoscopic culture device capable of industrially culturing green plants. The stereoscopic culture device comprises a rectangular frame base. Four stand columns are installed on the rectangular frame base and support a plurality of culture beds through adjustable slide sleeves. The top ends of the stand columns support a rectangular top frame. An ejecting oil cylinder is installed in the middle of each culture bed. A rotating shaft is installed on the side of each culture bed through an installation groove. A water tank is installed on the rectangular top frame. A rotating mechanism and a rotating plate are arranged on the side face of each rotating shaft. A reflection plate is installed on each rotating plate so that the light reflection angle of the reflectionplate can be easily adjusted. Thus, the culture device can culture the green plants in exposed sunlight and can also culture the green plants in dark indoor spaces, the culture device is high in practicability, the culture beds are detachably installed on the stand columns, the land area is saved, the green plants at various heights of various types can be cultured, the temperature and humidity can be controlled, water and nutrient solutions can be supplemented, functions are comprehensive, the green plant growth conditions and the culture environment are good, and harvesting is better.

Description

technical field [0001] The invention relates to the field of cultivating devices, in particular to a three-dimensional cultivating device capable of industrially cultivating green plants. Background technique [0002] Three-dimensional planting refers to a planting (breeding) method that makes full use of the three-dimensional space. A simple example is the combination of "rice-meal-fish" planting and breeding. Broadly speaking, three-dimensional planting can also be understood as making full use of time, space and other planting (breeding) conditions to achieve high-quality, high-yield, high-efficiency, energy-saving, and environmentally friendly agricultural planting and breeding models. [0003] Three-dimensional greening refers to greening other than plane greening. For example, vertical greening, roof greening, tree enclosure greening, slope protection greening, elevated greening, etc. Green plants are the abbreviation of green ornamental foliage plants, mostly produc...

AI Technical Summary

Problems solved by technology

[0006] (1) Most of them adopt a multi-layer three-dimensional structure, but the green plants on the bottom layer will be covered by the green plants on the upper layer, so some green plants that need sunlight cannot get enough light and cannot complete enough photosynthesis, so it has green plant cultivation Disadvantages such as unevenness and slow ripening;

[0007] (2) The height between the three-dimensional multi-layer incubators cannot be changed, so only certain fixed-height plants can be cultivated. When the height of the plants is higher than the distance between layers, the green plants need to be removed from the cultivation device or replaced Cultivation device, time-consuming and labor-intensive

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