Movable agricultural solar seedling raising device

Abstract

The invention belongs to the technical field of agricultural equipment, and particularly relates to a movable agricultural solar seedling raising device. The movable agricultural solar seedling raising device comprises a plurality of seedling raising units, each seedling raising unit comprises a seedling raising box, a linkage shaft, a first solar panel set, a water recycling box and a supporting frame, and each first solar panel set comprises a solar panel A, a telescopic rod A and a first power source. The movable agricultural solar seedling raising device has the advantages that the seedling raising boxes are used for raising seedlings, the multiple seedling raising units are arranged side by side, the seedlings in the seedling raising boxes are in a natural growth environment after being placed in an outdoor environment, and the seedling raising boxes can better reflect the real growth conditions and physiological characteristics of the seedlings compared with an indoor environment or an environmental climate box; the first solar panel sets with the variable structures are arranged to generate electricity, keep out wind and rain and protect the seedlings; and the cyclic utilization rate of water resources is improved through the water recycling boxes.

Description

technical field [0001] The invention belongs to the technical field of agricultural equipment, and in particular relates to a movable solar seedling raising device for agricultural agronomy. Background technique [0002] Agriculture and forestry seedling breeding is an important means of cultivating new varieties, variety domestication, and variety quality evaluation. Seedling raising methods are divided into field seedling raising and laboratory seedling raising. Because field seedling cultivation is carried out in a natural environment, it can measure the natural growth characteristics of plant varieties and reflect the true quality of plant varieties. However, it is also due to the influence of complex environmental factors such as sun and rain in the natural environment, high and low temperature differences, etc., resulting in extreme Plant species with poor environmental tolerance have low survival rate or slow growth rate of seedlings, which will affect subsequent expe...

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Problems solved by technology

Because field seedling cultivation is carried out in a natural environment, it can measure the natural growth characteristics of plant varieties and reflect the true quality of plant varieties. However, it is also due to the influence of complex environmental factors such as sun and rain in the natural environment, high and low temperature differences, etc., resulting in extreme Plant species with poor environmental tolerance have low survival rate or slow growth rate of seedlings, which will affect subsequent plant growth and other experiments.

Laboratory seedling cultivation is usually carried out in an environmental climate chamber. This equipment has functions such as temperature control, humidity control, lighting duration control, lighting intensity control, and oxygen and carbon dioxide content control. It can provide mild growth for plants with poor environmental tolerance. environment, and can simulate various extreme environments to investigate the stress resistance of plants; but this kind of equipment is placed indoors and consumes more indoor power. When the indoor power is provided by a thermal power station, it consumes too much and is not clean Energy, not conducive to environmental protection, and due to the influence of the indoor area, the seedling cultivation area of ​​the indoor environment climate box is small

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